KAWAD OPERASI PAM 3A

i. Work Process Involved

Today, I participated in a Pump Operation Drill 3A, which involved handling the fire engine pump to supply water during firefighting operations. The process included:

1. Preparing the operation by inspecting the fire engine and equipment.

2. Connecting the suction hose to a water source and priming the pump.

3. Adjusting water pressure to the main attack hose.

4. Monitoring water pressure and flow throughout the operation.

5. Shutting down the pump and storing the equipment properly.

ii. Equipment Used

• Fire engine

• Main pump

• Suction hose and pressure hose

• Foot valve and strainer

• Pressure gauge (manometer)

• Fire hydrant wrench

iii. Relation to Theory and Practical Studies at UMK

This training is closely related to hydraulic principles learned in theory, such as water pressure, flow rate, and pump mechanics in firefighting systems. Practically, it provides hands-on experience in handling the pump and applying proper water control techniques during operations.

iv. Issues and Challenges Faced

• Difficulty in achieving a stable water flow due to air bubbles trapped in the suction hose.

• Inconsistent water pressure when multiple hoses were used simultaneously.

v. Solutions

• Conducting thorough pump priming to prevent air entrapment.

• Gradually adjusting the pump pressure to ensure balanced water supply.

• Coordinating with teammates to regulate hose usage effectively.

PENGISIAN UDARA ALAT PERNAFASAN

i. Work Process Involved

Today, I carried out the SCBA air filling process, which is essential for rescue and firefighting operations. The steps involved were:

1. Initial Inspection – Ensuring the SCBA cylinder is in good condition and free from damage.

2. Connecting to High-Pressure Air Compressor – Attaching the cylinder to the air compressor using the appropriate filling hose.

3. Air Filling – Regulating the air pressure filled into the cylinder according to the required specifications (typically 3000-4500 psi).

4. Pressure Check – Using a pressure gauge to verify that the cylinder is fully filled and leak-free.

5. Shutting Down and Storage – Closing the cylinder valve, safely disconnecting it, and storing the SCBA properly.

ii. Equipment Used

• SCBA Cylinder

• High-Pressure Air Compressor

• Pressure Gauge

• Air Filling Hose

• Safety Equipment (Gloves and Eye Protection)

iii. Relation to Theory and Practical Studies at UMK

SCBA air filling is closely related to gas pressure theories in physics and safety engineering. This practical session enhances understanding of:

• Boyle’s & Charles’ Laws in air compression.

• Safety measures in handling high-pressure cylinders.

• SCBA applications in real-life situations, such as rescue missions in confined spaces and firefighting in heavy smoke conditions.

iv. Issues and Challenges Faced

• Moisture in the air compressor can affect the air quality inside the SCBA cylinder.

• Inconsistent pressure control led to longer filling times.

v. Solutions

• Using an air filtration system in the compressor to prevent moisture from entering the SCBA cylinder.

• Gradual pressure adjustments to optimize the filling process without exceeding safe pressure limits.

PEMERIKSAAN PERALATAN

i. Work Process Involved

Today, I conducted an equipment inspection to ensure that all firefighting tools and safety gear were in good working condition. The inspection process involved:

1. Visual Inspection – Checking for any visible damage, rust, or wear on equipment.

2. Functional Testing – Ensuring that tools such as fire hoses, pumps, and breathing apparatus were operational.

3. Pressure & Air Checks – Verifying the air pressure in SCBA cylinders and the water pressure in hoses and pumps.

4. Battery & Power Supply Checks – Inspecting battery-powered equipment such as flashlights and communication devices.

5. Cleaning & Maintenance – Cleaning equipment and applying lubrication where necessary.

6. Recording & Reporting – Documenting the inspection results and reporting any faulty equipment for maintenance or replacement.

ii. Equipment Used

• Fire hoses and nozzles

• Self-Contained Breathing Apparatus (SCBA)

• Fire extinguishers

• Pumps and valves

• Flashlights and radios

• Pressure gauges and battery testers

iii. Relation to Theory and Practical Studies at UMK

Equipment inspection is linked to fire safety management and preventive maintenance principles. This process enhances knowledge of:

• Mechanical and operational aspects of firefighting tools.

• Safety standards and compliance with firefighting regulations.

• The importance of preventive maintenance to ensure readiness for emergencies.

iv. Issues and Challenges Faced

• Some SCBA cylinders showed low air pressure and required refilling.

• Fire hoses had minor leaks, which could reduce water pressure during operations.

• Some battery-powered devices were low on charge, affecting their functionality.

v. Solutions

• Refilling SCBA cylinders to the recommended pressure level.

• Replacing damaged hoses or sealing minor leaks to maintain optimal performance.

• Recharging batteries and replacing weak ones to ensure communication and lighting devices are functional.

KELAS PENERANGAN MENGISI BUKU LOG

i. Work Process Involved

Today, I attended a briefing session on filling in the logbook, which is essential for documenting daily tasks and training activities. The process covered:

1. Introduction to the Logbook – Understanding its purpose in tracking progress and performance.

2. Proper Documentation Techniques – Learning how to record daily activities systematically.

3. Key Sections in the Logbook – Identifying important components such as work processes, equipment used, challenges faced, and solutions applied.

4. Accuracy and Consistency – Ensuring that records are clear, detailed, and regularly updated.

5. Review and Feedback – Discussing common mistakes and best practices in logbook documentation.

ii. Equipment Used

• Logbook

• Pens and highlighters

• Reference materials (guidelines for logbook documentation)

iii. Relation to Theory and Practical Studies at UMK

Logbook documentation is crucial in both academic and professional settings. It enhances:

• Organizational and reporting skills for structured documentation.

• Attention to detail in tracking tasks, observations, and reflections.

• Compliance with standard procedures for work assessment and evaluation.

iv. Issues and Challenges Faced

• Difficulty in structuring detailed yet concise reports.

• Uncertainty about the correct format and level of detail required.

• Keeping the logbook updated regularly amidst other tasks.

v. Solutions

• Practicing concise and clear writing while ensuring completeness.

• Referring to sample logbook entries for better understanding.

• Setting a daily reminder to update the logbook consistently.

TOT PERALATAN KEBOMBAAN

i. Work Process Involved

Today, I participated in a Training of Trainers (TOT) session on firefighting equipment, aimed at enhancing knowledge and skills in handling various firefighting tools. The session included:

1. Introduction to Firefighting Equipment – Understanding the functions and specifications of different tools.

2. Hands-on Demonstration – Practicing the proper handling, operation, and maintenance of firefighting equipment.

3. Safety Procedures – Learning about safety measures when using high-pressure and high-temperature equipment.

4. Troubleshooting and Maintenance – Identifying common issues and performing routine checks to ensure equipment functionality.

5. Trainer Development Skills – Learning how to effectively teach and demonstrate the use of firefighting equipment to others.

ii. Equipment Used

• Fire hoses and nozzles

• Portable fire extinguishers (CO₂, Dry Powder, Foam)

• Self-Contained Breathing Apparatus (SCBA)

• Fire hydrant and standpipe systems

• Fire pump and suction hoses

• Forcible entry tools (Halligan bar, axe, bolt cutters, etc.)

iii. Relation to Theory and Practical Studies at UMK

This TOT session relates directly to fire safety management, equipment mechanics, and emergency response training. It provides:

• Practical exposure to firefighting equipment operation and maintenance.

• Application of fire suppression techniques based on theoretical knowledge.

• Understanding of safety regulations and best practices in firefighting.

iv. Issues and Challenges Faced

• Difficulty in handling high-pressure water hoses due to recoil force.

• Some equipment required additional troubleshooting due to minor malfunctions.

• Maintaining clear communication during hands-on training to ensure safety and efficiency.

v. Solutions

• Practicing proper stance and grip techniques to control hose recoil.

• Conducting pre-use equipment inspections to identify and fix minor faults.

• Implementing effective teamwork and communication strategies to coordinate tasks smoothly.

PANGGILAN PAGI BARIS ANGGOTA BERTUGAS

i. Work Process Involved

Today, I attended the morning roll call (parade) for on-duty personnel, a routine briefing to ensure readiness and coordination among firefighters. The process included:

1. Personnel Line-Up & Attendance Check – Ensuring all on-duty members are present and accounted for.

2. Uniform & Equipment Inspection – Verifying that personnel are properly attired and carrying essential firefighting gear.

3. Duty Assignments & Task Briefing – Assigning roles and responsibilities for the day’s operations.

4. Operational Updates & Safety Briefing – Reviewing key safety protocols and recent incidents or challenges.

5. Physical Readiness Check – Conducting light exercises or warm-ups to prepare for potential emergency responses.

6. Closing Orders & Dismissal – Final instructions before commencing the day's duties.

ii. Equipment Used

• Attendance register

• Firefighter uniforms & PPE (Personal Protective Equipment)

• Communication devices (radios, pagers, etc.)

• Station duty roster & briefing documents

iii. Relation to Theory and Practical Studies at UMK

The morning roll call aligns with leadership, team coordination, and operational readiness principles taught in firefighting and emergency response training. It reinforces:

• Discipline and accountability in firefighting operations.

• Effective communication and coordination within a firefighting unit.

• The importance of preparedness in emergency response situations.

iv. Issues and Challenges Faced

• Delayed attendance by some personnel, affecting schedule efficiency.

• Miscommunication of task assignments, leading to minor confusion.

• Fatigue among some team members due to previous night shifts.

v. Solutions

• Enforcing strict punctuality and attendance discipline.

• Improving task briefing clarity through clear and concise instructions.

• Implementing rotational rest schedules to ensure optimal performance.

  
  

  
  

  
  

PENGUNGSIAN BANGUNAN DEMO ALAT PEMADAM API DI LADANG CLUNY

Daily Activity: Fire Extinguisher Demonstration and Building Evacuation Drill at Cluny Estate

i. Work Process Involved

Today, I participated in a fire extinguisher demonstration and building evacuation drill at the Cluny Estate. The session focused on educating personnel about proper fire safety measures, as well as simulating a building evacuation during a fire emergency. The activities involved:

1. Fire Extinguisher Demonstration – Learning how to use various types of fire extinguishers (CO₂, foam, dry powder) to put out different types of fires.

2. Building Evacuation Drill – Practicing an emergency evacuation plan, including the use of escape routes, assembly points, and the role of the safety wardens.

3. Fire Safety Briefing – Providing information on fire prevention, the importance of fire drills, and the correct use of firefighting equipment.

4. Mock Fire Scenario – Simulating a fire scenario in the building and using fire extinguishers to control small fires.

5. Debrief and Evaluation – Reviewing the actions taken during the drill, discussing areas for improvement, and answering questions.

ii. Equipment Used

• Fire extinguishers (CO₂, foam, dry powder)

• Fire blankets

• Smoke detectors

• Evacuation route maps

• Emergency assembly point signs

• Fire safety cones and signage

iii. Relation to Theory and Practical Studies at UMK

This activity ties into fire safety education, emergency response planning, and firefighting equipment training, which are key aspects of disaster management and safety. It helps:

• Apply theoretical knowledge on fire types, extinguisher usage, and fire prevention strategies.

• Enhance practical firefighting skills through hands-on experience with extinguishers and emergency evacuations.

• Improve coordination and communication during a crisis situation.

iv. Issues and Challenges Faced

• Some participants were unfamiliar with the correct operation of specific fire extinguishers, leading to confusion during the demonstration.

• Evacuation times were longer than expected, as some individuals did not follow the designated escape routes correctly.

• Limited space for practicing a full-scale evacuation, which slightly hindered the effectiveness of the drill.

v. Solutions

• Conducting more hands-on practice sessions to improve familiarity with the fire extinguishers and firefighting techniques.

• Reviewing and updating the evacuation plan to ensure quicker and more efficient response times.

• Providing clearer instructions and guidelines for participants regarding evacuation routes and procedures.

KELAS AKTA 341

i. Work Process Involved

Today, I attended a training session on Act 341, which pertains to the Occupational Safety and Health Act (OSHA) in Malaysia. This session focused on the legal framework for ensuring workplace safety and the responsibilities of employers and employees. The process involved:

1. Overview of Act 341 – Introduction to the key provisions of the act, including safety regulations, employee rights, and employer obligations.

2. Understanding Workplace Hazards – Identifying common workplace hazards and discussing preventive measures.

3. Roles and Responsibilities – Clarifying the duties of employers, safety officers, and employees in maintaining a safe work environment.

4. Reporting and Compliance – Learning how to report safety violations and understanding the penalties for non-compliance.

5. Case Studies and Practical Examples – Reviewing real-life incidents to highlight the importance of adhering to safety standards.

ii. Equipment Used

• Presentation slides

• Training manuals

• Legal documents (Act 341 text)

• Safety equipment for demonstrations (if applicable)

iii. Relation to Theory and Practical Studies at UMK

This training is directly related to safety management, risk assessment, and workplace compliance, which are critical components of environmental health and safety courses at UMK. It helps:

• Apply legal knowledge in the context of safety regulations and compliance.

• Develop skills for identifying hazards and implementing preventive measures.

• Ensure adherence to safety laws in both theoretical and practical settings, particularly in industries like firefighting, manufacturing, and construction.

iv. Issues and Challenges Faced

• Difficulty in understanding legal jargon related to the act and its provisions.

• Some participants had limited knowledge of current workplace safety regulations, making certain sections harder to grasp.

• Engagement in the session was initially low due to the technical nature of the content.

v. Solutions

• Offering simplified explanations of complex legal terms and providing examples of their practical application.

• Encouraging active participation through group discussions and case study analysis.

• Using interactive teaching methods to keep the participants engaged, such as role-playing scenarios related to Act 341.

PEMANTAUAN BANJIR DI KUALA SLIM

i. Work Process Involved

Today, I was involved in flood monitoring activities at Kuala Slim, where heavy rainfall had raised concerns about possible flooding. The work process included:

1. Site Assessment – Conducting a visual inspection of flood-prone areas, including riverbanks and low-lying regions, to assess water levels and flow.

2. Monitoring Weather Conditions – Keeping track of weather forecasts and real-time updates on rainfall intensity and river levels.

3. Flood Gauge Checking – Measuring and recording water levels using flood gauges installed in the river and surrounding areas.

4. Evacuation Planning – Preparing contingency plans for potential evacuations in case water levels continue to rise.

5. Community Engagement – Informing local residents about the potential risks, advising on safety measures, and preparing emergency kits.

6. Collaboration with Authorities – Communicating with local authorities, including the National Disaster Management Agency (NADMA) and Fire and Rescue Services, to coordinate flood prevention and response efforts.

ii. Equipment Used

• Flood gauges

• Weather monitoring tools (rain gauges, barometers)

• Walkie-talkies and communication devices

• Personal protective equipment (PPE) (boots, gloves, high-visibility vests)

• Drones or cameras (if used for aerial surveillance)

• Maps and flood monitoring charts

iii. Relation to Theory and Practical Studies at UMK

This activity connects to disaster management, hydrology, and environmental studies taught at UMK. It enhances understanding of:

• Flood risk management and early warning systems based on weather forecasts and hydrological data.

• Community-based disaster preparedness and evacuation planning.

• Practical skills in real-time data collection and analysis to aid in decision-making during flood events.

iv. Issues and Challenges Faced

• Unpredictable weather patterns made it difficult to anticipate the exact timing and extent of flooding.

• Difficulty in accessing certain areas due to rising water levels and muddy conditions.

• Communication issues in remote areas, making it hard to coordinate effectively with emergency teams.

v. Solutions

• Utilizing weather prediction models and real-time satellite data to improve flood forecasting.

• Implementing alternative routes and transportation to access hard-to-reach areas during flooding.

• Setting up reliable communication channels (e.g., satellite phones, radio networks) for better coordination with authorities.

OPERASI BANJIR TAMAN SLIM PERMAI

i. Work Process Involved

Today, I was involved in a flood operation at Taman Slim Permai, where heavy rainfall caused rising water levels and flooding in the area. The process included:

1. Area Assessment and Inspection – Conducting an initial assessment of the affected areas, including residential homes, public infrastructure, and roads.

2. Water Level Monitoring – Using flood gauges and weather data to monitor water levels in real-time, identifying potential flood threats.

3. Evacuation Coordination – Organizing the evacuation of residents from flood-prone areas, ensuring that safe routes and emergency shelters were accessible.

4. Flood Control Measures – Deploying sandbags, flood barriers, and other preventive tools to control the water flow and minimize property damage.

5. Collaboration with Emergency Services – Coordinating with local authorities, including the Fire and Rescue Department, police, and National Disaster Management Agency (NADMA), to ensure a well-organized emergency response.

6. Community Assistance and Awareness – Informing the residents about safety protocols, providing guidance on flood precautions, and distributing emergency relief supplies such as food and water.

ii. Equipment Used

• Flood gauges and weather monitoring tools

• Sandbags and flood barriers

• Rescue boats (if necessary)

• Personal protective equipment (PPE) such as boots, gloves, and high-visibility vests

• Walkie-talkies and communication devices

• Emergency response kits (first aid, food, and water)

iii. Relation to Theory and Practical Studies at UMK

This operation ties into disaster management, flood risk management, and community-based emergency responsetaught at UMK. It enhances:

• Practical application of flood prevention and mitigation techniques based on theoretical flood risk studies.

• Community coordination and evacuation plans, in line with disaster preparedness principles.

• Real-time data collection and analysis, integrating the concepts of hydrology and environmental management.

iv. Issues and Challenges Faced

• Unpredictable rainfall patterns made it difficult to anticipate the exact duration and intensity of flooding.

• Difficulties in accessing flooded areas, especially during peak water levels, leading to delays in providing assistance.

• Communication issues in affected areas, especially in areas with poor mobile signal reception, causing coordination problems.

v. Solutions

• Utilizing weather prediction models and satellite data to improve forecasting and anticipate flood events more accurately.

• Establishing alternative routes and emergency transportation methods to reach flooded areas safely.

• Setting up reliable communication channels (satellite phones, radio networks) to maintain coordination with emergency teams.

• Community-based preparedness by conducting regular drills and informing residents on how to handle sudden flood events.

TOT PEMAKAIAN B.A

i. Work Process Involved

Today, I participated in a Training of Trainers (TOT) session on the proper usage of Breathing Apparatus (B.A.), which is essential for firefighting and rescue operations in hazardous environments. The session involved:

1. Introduction to Breathing Apparatus (B.A.) – Understanding the components and functions of the B.A., including the cylinder, mask, and regulator.

2. Correct Donning and Doffing Techniques – Demonstrating the proper way to wear and remove the B.A. to ensure safety and efficiency.

3. Fit Check – Performing a fit check to ensure a proper seal between the mask and the user’s face.

4. Breathing and Operation – Practicing controlled breathing and understanding how the B.A. operates during firefighting and rescue missions.

5. Maintenance and Care – Learning the essential maintenance procedures for the B.A., including cleaning, checking for leaks, and ensuring it is properly stored.

6. Trainer Preparation – Developing skills to effectively teach and assess others in the use of B.A. during emergency situations.

ii. Equipment Used

• Breathing Apparatus (B.A.) kits

• Pressure gauges

• Face masks and regulators

• Flow meters

• Maintenance tools (cleaning solutions, lubricants)

iii. Relation to Theory and Practical Studies at UMK

This training directly connects to firefighting and rescue operations, safety management, and personal protective equipment (PPE) studies at UMK. It helps:

• Apply theoretical knowledge of respiratory protection and safety in hazardous environments.

• Develop practical skills for using B.A. effectively in emergency situations.

• Enhance understanding of PPE standards and maintenance practices to ensure readiness during firefighting or rescue operations.

iv. Issues and Challenges Faced

• Some participants struggled with properly adjusting the mask for a secure fit, which can impact performance.

• Fatigue and discomfort while wearing the B.A. for extended periods, making it challenging to maintain focus.

• Difficulties in communicating while wearing the B.A. due to limited visibility and restricted speech.

v. Solutions

• Providing more practice sessions to help participants become comfortable with adjusting and sealing the mask.

• Implementing interval breaks to reduce discomfort and allow for rest during training.

• Introducing clear communication techniques such as hand signals or radios to overcome speech limitations while wearing the B.A.

AKTIVITI KECERGASAN

i. Work Process Involved

Today, I participated in a fitness activity aimed at improving overall physical health and stamina. The session focused on both cardiovascular endurance and strength training to ensure a balanced fitness routine. The process involved:

1. Warm-Up – Starting with light exercises such as jogging, stretching, and mobility drills to prepare the body for physical activity and reduce the risk of injury.

2. Cardio Exercise – Engaging in activities like running, cycling, or aerobics to enhance cardiovascular endurance and promote fat burning.

3. Strength Training – Performing resistance exercises such as weight lifting, bodyweight exercises (push-ups, squats), or using resistance bands to increase muscle strength and tone.

4. Cool Down – Finishing with stretching exercises to promote flexibility and help muscles recover after the workout.

5. Hydration and Nutrition – Ensuring adequate water intake before, during, and after the session, along with consuming a balanced snack to support recovery.

ii. Equipment Used

• Dumbbells, resistance bands, or kettlebells (for strength training)

• Treadmills or stationary bikes (for cardio workouts)

• Yoga mats (for stretching and bodyweight exercises)

• Water bottles

• Heart rate monitors (if applicable for tracking cardio performance)

iii. Relation to Theory and Practical Studies at UMK

This fitness activity ties into health, fitness, and physical education principles taught at UMK. It enhances understanding of:

• Physical fitness principles, such as strength training and cardiovascular endurance, which are essential for overall health and performance.

• The importance of regular exercise in maintaining a healthy lifestyle, reducing stress, and preventing chronic diseases.

• Practical experience in applying exercise techniques and creating balanced workout routines.

iv. Issues and Challenges Faced

• Some participants experienced fatigue due to a more intense workout than anticipated.

• Difficulty in maintaining proper form during strength exercises, which may have led to slight discomfort.

• Time management issues, as the session ran longer than planned, affecting the schedule for other activities.

v. Solutions

• Providing adjusted workout routines for different fitness levels to accommodate various participants.

• Offering guidance on exercise form and technique to prevent injury and maximize the benefits of each movement.

• Setting up time limits for each activity to ensure that the session runs efficiently and stays on track.

PEMANTAUAN BANJIR RPT KAMPUNG BALUN

Work Process Involved

• The activity began with assessing weather conditions and the water levels in the Kampung Balu area.

• Routine checks were carried out at several strategic locations, including low-lying areas and riverbanks, to ensure there were no overflow affecting residential homes.

• A water level gauge was used to gather accurate and up-to-date data.

• A daily report was prepared, detailing the current situation and suggesting any necessary actions.

Equipment Used

• Water level gauge (level sensor) for accurate river water level readings.

• Camera for capturing the current conditions and visual documentation of the field situation.

• GPS for location mapping and coordinates for the reference of rescue teams.

• Mobile phone for communication with other teams and authorities.

Connection Between Activity and Theory/Practical Lessons Learned at UMK

• This activity is closely related to the courses and practical lessons learned at UMK, particularly in the fields of disaster management and geoinformatics.

• The use of technology such as GPS and water level sensors directly applies to knowledge gained in the Geospatial Information Systems (GIS) and Natural Resource Management courses.

• The writing of reports and data analysis ties in with skills learned in Technical Writing and Report Presentation courses.

Issues and Challenges Faced in Completing the Task on That Day

• The unpredictable weather posed a challenge, especially with heavy rainfall that made field mobility difficult.

• Communication issues in areas with signal disruptions.

• Difficulty accessing some areas that were flooded, limiting full monitoring.

Solutions

• To overcome weather challenges, we waited for the rain to subside before continuing the monitoring process.

• We used more portable measurement equipment, such as mobile water level gauges, to ensure data could still be collected in flooded areas.

• Coordinated with local teams using radio communication to minimize communication problems.

MEMUSNAHKAN SARANG TEBUAN

i. Work Process Involved

Today, I was involved in a hornet nest removal operation to eliminate a potential threat to residents. The process included:

• Site Inspection and Risk Assessment – Identifying the location and size of the nest, assessing the potential danger, and determining the best approach for removal.

• Preparation and Safety Measures – Wearing full protective gear, ensuring all equipment was ready, and briefing team members on the procedure.

• Nest Neutralization – Using appropriate insecticides or fumigation techniques to eliminate the hornets while minimizing environmental impact.

• Nest Removal – Carefully detaching the nest and ensuring all hornets were eliminated to prevent reinfestation.

• Post-Operation Inspection – Checking the area for any remaining hornets, advising residents on preventive measures, and safely disposing of the nest.

ii. Equipment Used

• Protective suits, gloves, and face shields

• Insecticide spray or fumigation tools

• Long-handled removal tools

• Flashlights (for night operations)

• Safety harness (if working at height)

• Fire extinguishers (as a precaution)

iii. Relation to Theory and Practical Studies at UMK

This operation relates to pest control, environmental safety, and occupational health studies at UMK. It enhances:

• Practical application of pest control techniques based on entomology studies.

• Implementation of safety protocols in hazardous work environments.

• Community engagement in pest risk management.

iv. Issues and Challenges Faced

• The nest was located in a high and hard-to-reach area, making removal challenging.

• Hornets became aggressive during the removal process, increasing the risk of stings.

• Weather conditions (wind and rain) affected visibility and insecticide application.

v. Solutions

• Using extendable removal tools to access hard-to-reach nests safely.

• Conducting the operation at night when hornets are less active to reduce aggression.

• Ensuring a well-coordinated team effort and maintaining constant communication for a smooth and safe operation.

TAKLIMAT SISTEM SARAAN PERKHIDMATAN AWAM (SSPA)

i. Work Process Involved

Today, I attended a briefing on the Public Service Remuneration System (SSPA), which provided insights into the structure and policies of civil service compensation. The session covered:

• Introduction to SSPA – Understanding the objectives and components of the remuneration system in the public sector.

• Salary Structure and Allowances – Explanation of salary scales, increments, and various allowances available to public servants.

• Promotion and Career Development – Discussion on career progression, promotion criteria, and competency-based assessments.

• Retirement Benefits and Pensions – Overview of retirement schemes, gratuity benefits, and post-service financial security.

• Performance Evaluation – Explanation of how employee performance is assessed and linked to salary increments and promotions.

• Q&A Session – Engaging with speakers to clarify doubts and gain further insights into SSPA implementation.

ii. Equipment Used

• Presentation slides and projectors

• Printed materials (SSPA guidelines and handouts)

• Laptops and audio systems

• Online platforms (if conducted virtually)

iii. Relation to Theory and Practical Studies at UMK

This briefing is relevant to human resource management and public administration studies at UMK. It enhances:

• Understanding of salary structuring and financial planning in the public sector.

• Knowledge of HR policies and career development pathways in government service.

• Practical exposure to performance-based remuneration systems.

iv. Issues and Challenges Faced

• Complexity of the remuneration system, requiring detailed clarification.

• Difficulty in understanding technical terms related to pensions and allowances.

• Limited time for Q&A, leaving some participants with unanswered questions.

v. Solutions

• Providing additional reading materials for further reference.

• Conducting follow-up sessions or workshops for more in-depth discussions.

• Utilizing case studies to simplify complex remuneration structures.

PEMANTAUAN KEBAKARAN ELEKTRIK DI KAMPUNG SERI KLEDANG

i. Work Process Involved

Today, I was involved in an electrical fire monitoring operation at Kampung Seri Kledang to assess potential fire hazards caused by faulty wiring, overloaded circuits, and other electrical risks. The process included:

• Initial Site Inspection – Conducting a thorough assessment of residential and public areas for potential fire hazards.

• Identification of Electrical Faults – Checking for faulty wiring, overloaded power sources, and improper use of electrical appliances.

• Temperature and Heat Monitoring – Using thermal imaging devices to detect overheating in electrical panels and wiring.

• Risk Mitigation and Safety Measures – Advising residents on safe electrical usage, recommending repairs, and ensuring compliance with safety regulations.

• Coordination with Relevant Authorities – Collaborating with the electricity provider (TNB) and local authorities to address any immediate dangers.

• Public Awareness and Education – Informing the community about electrical fire prevention and emergency response procedures.

ii. Equipment Used

• Thermal imaging cameras

• Multimeters and voltage testers

• Fire extinguishers (CO₂ and dry powder for electrical fires)

• Personal protective equipment (PPE) – insulated gloves, boots, and helmets

• Walkie-talkies and communication devices

iii. Relation to Theory and Practical Studies at UMK

This monitoring operation is relevant to fire safety management and electrical hazard prevention studies at UMK. It enhances:

• Practical application of fire risk assessment techniques.

• Understanding of electrical fire hazards and mitigation strategies.

• Community engagement in fire safety awareness and emergency preparedness.

iv. Issues and Challenges Faced

• Limited access to certain areas due to structural obstructions.

• Some residents were unaware of the dangers of faulty electrical wiring, requiring additional education efforts.

• Hot weather conditions made prolonged monitoring challenging.

v. Solutions

• Using portable inspection tools to assess hard-to-reach electrical components.

• Conducting awareness campaigns to educate the public on fire hazards and prevention.

• Scheduling periodic fire safety inspections to ensure ongoing risk mitigation.

PEMINDAHAN BARANG JENTERA FRT KE LORI 3 TAN

i. Work Process Involved

Today, I was involved in the relocation of Fire Rescue Tender (FRT) machinery and equipment to a 3-ton truck to facilitate logistics and operational readiness. The process included:

• Pre-Move Equipment Inspection – Checking the condition of all machinery and tools to ensure they are functional and secure for transport.

• Weight and Load Distribution Planning – Organizing equipment based on weight distribution to maintain truck stability during transport.

• Safe Handling Procedures – Using proper lifting techniques and mechanical aids to prevent injuries and equipment damage.

• Loading Process – Carefully transferring heavy machinery and securing it with straps to prevent movement during transit.

• Final Inspection and Documentation – Ensuring all items are accounted for, properly loaded, and documented before departure.

• Transport and Unloading at Destination – Coordinating with the receiving team to safely unload and position the equipment for immediate use.

ii. Equipment Used

• Hydraulic lift and loading ramps

• Straps and securing tools

• Personal protective equipment (PPE) – gloves, safety boots, and helmets

• Walkie-talkies for communication

• Inventory checklist for tracking equipment

iii. Relation to Theory and Practical Studies at UMK

This task aligns with logistics management and occupational safety studies at UMK, enhancing:

• Practical understanding of safe lifting and handling techniques.

• Effective weight distribution strategies for secure transport.

• Coordination and teamwork in emergency equipment management.

iv. Issues and Challenges Faced

• Some machinery was bulky and required extra manpower for safe handling.

• Weather conditions (rain/heat) affected the loading process.

• Space constraints in the truck required strategic arrangement of equipment.

v. Solutions

• Utilizing mechanical aids (hydraulic lifts) to handle heavy machinery more efficiently.

• Scheduling loading operations during cooler hours to reduce heat-related fatigue.

• Implementing a structured loading plan to maximize truck space and ensure safe transport.

URUSAN MENGAMBIL TANGGA JENTERA DI BBP BIDOR

i. Work Process Involved

Today, I was assigned to retrieve a firefighting ladder from the Bidor Fire and Rescue Station (BBP Bidor) to be used for operations and maintenance. The process included:

• Request and Documentation – Obtaining official approval and documentation for the ladder transfer.

• Inspection of Equipment – Conducting a physical check to ensure the ladder is in good condition and operational.

• Safe Handling and Loading – Using proper lifting techniques and securing the ladder on the transport vehicle.

• Transport and Safety Measures – Ensuring the ladder is safely fastened to prevent shifting during transit.

• Unloading and Storage at Destination – Coordinating with the team to unload and store the ladder in a designated area.

ii. Equipment Used

• Firefighting ladder (extension or straight ladder)

• Securing straps and mounting brackets

• Transport vehicle (3-ton truck or FRT)

• Personal protective equipment (PPE) – gloves, safety boots, and helmets

iii. Relation to Theory and Practical Studies at UMK

This task aligns with logistics and safety management studies at UMK, enhancing:

• Practical application of safe handling and transportation of firefighting equipment.

• Knowledge of equipment maintenance and operational readiness.

• Team coordination and adherence to fire station standard operating procedures (SOP).

iv. Issues and Challenges Faced

• Large size of the ladder required careful handling and secure transport.

• Traffic conditions affected the journey time from BBP Bidor to the destination.

• Weather conditions (rain or strong winds) posed additional safety concerns.

v. Solutions

• Using multiple securing points to ensure ladder stability during transport.

• Planning the best route and travel time to avoid traffic congestion.

• Implementing weather contingency plans, such as using protective covers during rain.

SELENGGARA TANGGA JENTERA

i. Work Process Involved

Today, I was involved in the maintenance of the firefighting ladder used on fire trucks to ensure its operational efficiency and safety. The process included:

• Initial Inspection – Checking the ladder for any visible damage, corrosion, or structural weaknesses.

• Cleaning and Lubrication – Removing dirt, debris, and rust, followed by applying lubricant to moving parts for smooth operation.

• Structural and Mechanical Testing – Extending and retracting the ladder to test its movement and stability.

• Bolt and Joint Tightening – Ensuring all screws, bolts, and locking mechanisms are secure.

• Safety Check and Load Testing – Verifying the ladder’s weight-bearing capacity to confirm it meets operational standards.

• Final Documentation and Reporting – Recording the maintenance results and reporting any necessary repairs or replacements.

ii. Equipment Used

• Cleaning brushes and degreaser

• Lubricant spray for joints and moving parts

• Wrenches and screwdrivers for tightening bolts

• Measuring tape for ladder extension checks

• Personal protective equipment (PPE) – gloves, safety boots, and helmets

iii. Relation to Theory and Practical Studies at UMK

This task aligns with equipment maintenance and fire safety management studies at UMK, enhancing:

• Practical knowledge of ladder mechanics and structural integrity.

• Application of preventive maintenance techniques for firefighting equipment.

• Understanding safety compliance in fire truck equipment handling.

iv. Issues and Challenges Faced

• Accumulated rust on joints required extra cleaning efforts.

• Some bolts were loose and needed immediate tightening.

• Weather conditions (heat/rain) affected the working environment.

v. Solutions

• Using high-quality rust remover and protective coatings to prevent further corrosion.

• Implementing a regular maintenance schedule to ensure ladders remain in top condition.

• Conducting maintenance in a shaded or indoor area to avoid weather disruptions.

RUTIN PENTADBIRAN

i. Work Process Involved

Today, I was involved in various administrative tasks to ensure smooth operations within the department. The process included:

• Document Management – Organizing, filing, and processing official reports, memos, and correspondence.

• Data Entry and Record-Keeping – Updating personnel records, incident reports, and inventory logs.

• Scheduling and Coordination – Managing duty rosters, training schedules, and meeting arrangements.

• Communication and Reporting – Preparing daily briefings and relaying important updates to team members.

• Inventory and Equipment Checks – Verifying stock levels of firefighting gear and requesting necessary supplies.

• General Office Maintenance – Ensuring a clean, organized, and efficient working environment.

ii. Equipment Used

• Computer and administrative software (e.g., Microsoft Office, report management systems)

• Printers, scanners, and photocopiers

• Filing cabinets and document storage systems

• Stationery (pens, notepads, logbooks)

• Communication devices (walkie-talkies, office phones)

iii. Relation to Theory and Practical Studies at UMK

This task aligns with office management and organizational administration studies at UMK, enhancing:

• Practical understanding of record-keeping and data management.

• Application of time management and coordination in workplace settings.

• Effective communication and reporting skills in a structured environment.

iv. Issues and Challenges Faced

• High workload due to multiple reports and documents requiring urgent attention.

• Technical issues with office equipment (printer malfunctions, software glitches).

• Coordination challenges in scheduling meetings and duty rosters.

v. Solutions

• Prioritizing tasks based on urgency and deadlines to improve workflow efficiency.

• Troubleshooting minor technical issues and reporting major malfunctions for repairs.

• Using digital scheduling tools to improve coordination and avoid conflicts.

AKTIVITI KECERGASAN

i. Work Process Involved

Today, I participated in a fitness training session to maintain physical endurance and strength, which is crucial for firefighting duties. The session included:

• Warm-Up Exercises – Stretching, light jogging, and dynamic movements to prevent injuries.

• Cardiovascular Training – Running, stair climbing, and high-intensity interval training (HIIT) to improve stamina.

• Strength Training – Weightlifting, push-ups, and core exercises to enhance muscle endurance.

• Functional Drills – Firefighter-specific workouts such as hose carrying, dummy drags, and ladder climbs.

• Cool-Down and Recovery – Stretching and hydration to aid muscle recovery.

ii. Equipment Used

• Treadmill, skipping rope, and resistance bands

• Free weights and kettlebells

• Training dummies for rescue drills

• Fire hoses and ladders for functional exercises

• Personal protective gear for simulated drills

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with sports science and occupational fitness studies at UMK, enhancing:

• Physical preparedness for emergency response situations.

• Understanding the importance of endurance and strength in high-risk professions.

• Application of fitness techniques to improve job performance and reduce injury risks.

iv. Issues and Challenges Faced

• Fatigue due to high-intensity exercises.

• Hot weather conditions affecting outdoor training.

• Muscle soreness from strength training sessions.

v. Solutions

• Gradually increasing workout intensity to improve endurance.

• Staying hydrated and training in shaded areas when necessary.

• Implementing proper recovery techniques, including stretching and nutrition.

UJIAN PERJALANAN JENTERA

i. Work Process Involved

Today, I was involved in conducting a fire truck road test to ensure the vehicle's readiness for emergency response. The process included:

• Pre-Test Inspection – Checking fluid levels (engine oil, coolant, brake fluid), tire pressure, and lights.

• Engine Start-Up and Idle Check – Monitoring the engine performance, battery status, and fuel system.

• Brake System Testing – Ensuring the brakes respond effectively under different speeds and conditions.

• Acceleration and Handling Test – Assessing the truck’s maneuverability, stability, and turning radius.

• Emergency Equipment Check – Verifying the proper functioning of sirens, lights, and communication devices.

• Post-Test Evaluation – Documenting observations and reporting any necessary repairs or maintenance.

ii. Equipment Used

• Fire truck (FRT, FRV, or other emergency response vehicles)

• Vehicle diagnostic tools (OBD scanner, tire gauge)

• Communication devices (radio, walkie-talkies)

• Safety gear (helmets, gloves, reflective vests)

iii. Relation to Theory and Practical Studies at UMK

This task aligns with automotive engineering and vehicle maintenance studies at UMK, enhancing:

• Practical application of vehicle inspection and roadworthiness assessment.

• Understanding mechanical components and their role in emergency vehicle performance.

• Application of safety measures in fleet management and emergency response readiness.

iv. Issues and Challenges Faced

• Slight delays in brake response due to prolonged vehicle use.

• Minor engine overheating during extended test runs.

• Road conditions (traffic congestion, uneven surfaces) affecting smooth testing.

v. Solutions

• Scheduling periodic brake servicing to ensure optimal performance.

• Monitoring coolant levels and ensuring proper ventilation to prevent overheating.

• Choosing suitable test routes with minimal traffic for accurate performance assessment.

UJIAN BOT DAN PEMBAIKAN KEROSAKAN BOT ALUMINIUM DI TASIK YDP SLIM RIVER

i. Work Process Involved

Today, I was involved in the testing and repair of an aluminum rescue boat to ensure its functionality for water rescue operations. The process included:

• Initial Inspection – Checking the boat’s hull, engine, and essential components for any visible damage or defects.

• Leak Test – Placing the boat in the water to identify any potential leaks or weaknesses in the structure.

• Engine and Propeller Testing – Running the outboard motor to assess power output, fuel efficiency, and responsiveness.

• Steering and Maneuverability Check – Testing the boat’s handling, turning capability, and stability in the water.

• Damage Assessment and Repair – Patching small leaks, tightening loose bolts, and replacing damaged parts.

• Final Water Trial – Conducting a second test to confirm that all issues were successfully resolved.

ii. Equipment Used

• Aluminum rescue boat

• Outboard motor and fuel supply

• Waterproof sealant and welding tools for minor repairs

• Wrenches, screwdrivers, and maintenance kits

• Personal protective equipment (PPE) – life jackets, gloves, and safety boots

iii. Relation to Theory and Practical Studies at UMK

This task aligns with marine engineering and rescue operations management studies at UMK, enhancing:

• Practical knowledge of boat maintenance and troubleshooting.

• Application of hydrodynamics in rescue boat maneuverability.

• Understanding safety measures in water-based emergency response.

iv. Issues and Challenges Faced

• Minor leaks in the boat’s hull requiring sealing and reinforcement.

• Engine performance issues due to fuel clogging.

• Adverse weather conditions affecting test accuracy.

v. Solutions

• Applying waterproof sealants and welding techniques to reinforce weak areas.

• Cleaning the fuel system and ensuring proper maintenance of the outboard motor.

• Selecting a suitable time for testing with favorable weather conditions.

PANGGILAN BARIS MALAM ANGGOTA BERTUGAS DAN KELEPASAN

i. Work Process Involved

Today, I was responsible for conducting the night roll call to ensure proper personnel management and duty handover. The process included:

• Attendance Verification – Checking and confirming the presence of all on-duty personnel.

• Duty Briefing – Providing updates on incidents, operational status, and important instructions for the shift.

• Equipment and Readiness Check – Ensuring that all firefighting gear, vehicles, and emergency tools are in working condition.

• Handover Procedures – Briefing the incoming shift about ongoing cases, pending tasks, and station conditions.

• Logbook and Report Updates – Recording the personnel roster, duty changes, and any key observations in the station logbook.

• Approval of Off-Duty Requests – Processing and verifying leave or off-duty requests from personnel.

ii. Equipment Used

• Station logbook and duty roster

• Walkie-talkies and communication devices

• Fire station announcement system

• Fire truck and emergency response equipment checklist

iii. Relation to Theory and Practical Studies at UMK

This task aligns with human resource management and operational coordination studies at UMK, enhancing:

• Practical skills in shift scheduling and duty allocation.

• Understanding personnel management in an emergency response environment.

• Application of proper reporting and documentation techniques.

iv. Issues and Challenges Faced

• Last-minute duty changes affecting roster stability.

• Delayed reporting from some personnel due to external factors.

• Equipment checks revealing minor faults requiring immediate attention.

v. Solutions

• Implementing a structured shift system with backup personnel to cover sudden absences.

• Enforcing punctuality and clear communication for duty handovers.

• Addressing minor equipment issues immediately to maintain operational readiness.

BACAAN YASIN DAN TAHLIL

i. Work Process Involved

Today, I participated in a Yasin recitation and Tahlil ceremony, conducted as a spiritual gathering for prayers and remembrance. The process included:

• Preparation and Setup – Arranging prayer mats, Quran books, and audio equipment for the recitation.

• Congregational Maghrib/Isyak Prayer – Performing the prayer in congregation before starting the recitation.

• Recitation of Surah Yasin – Led by an appointed imam or senior member, followed by a collective recitation.

• Tahlil and Doa Selamat – Seeking blessings and praying for the well-being of the deceased, attendees, and the station.

• Closing and Refreshments – Wrapping up the gathering with light refreshments and social bonding.

ii. Equipment Used

• Copies of the Quran/Yasin books

• Prayer mats and seating arrangements

• Microphone and sound system (if required)

• Food and refreshments for attendees

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with spiritual well-being and community bonding studies at UMK, enhancing:

• Understanding of Islamic spiritual practices and their role in fostering unity.

• Practical application of religious knowledge in a workplace setting.

• Strengthening moral values and emotional resilience among team members.

iv. Issues and Challenges Faced

• Coordination challenges in ensuring all members are available.

• Limited space for a large gathering.

• Background noise or distractions during the recitation.

v. Solutions

• Scheduling the event at an optimal time to ensure maximum participation.

• Using an alternative location with better space arrangements if needed.

• Ensuring a quiet and respectful environment during the ceremony.

KERJA PEMERIKSAAN PERALATAN

i. Work Process Involved

Today, I conducted an equipment inspection to ensure all firefighting tools and gear are in optimal condition. The process included:

• Inventory Check – Verifying the availability of essential firefighting equipment.

• Visual Inspection – Checking for physical damage, rust, or wear and tear on tools and machinery.

• Functionality Test – Testing the performance of firefighting gear, including hoses, pumps, breathing apparatus, and communication devices.

• Vehicle Equipment Check – Ensuring fire trucks are stocked with necessary tools and supplies.

• Documentation and Reporting – Recording findings, noting defective equipment, and submitting reports for necessary maintenance or replacements.

ii. Equipment Used

• Fire hoses and nozzles

• Breathing apparatus (SCBA)

• Hydraulic rescue tools (e.g., cutters, spreaders)

• Fire extinguishers

• Radios and communication devices

• Personal protective equipment (PPE)

iii. Relation to Theory and Practical Studies at UMK

This task aligns with fire safety management and equipment maintenance studies at UMK, enhancing:

• Practical knowledge of firefighting tools and their operational standards.

• Application of workplace safety protocols.

• Understanding of routine maintenance and its role in emergency preparedness.

iv. Issues and Challenges Faced

• Some equipment showing signs of wear and requiring urgent replacement.

• Delays in obtaining replacement parts.

• Limited manpower during inspection, slowing down the process.

v. Solutions

• Prioritizing maintenance and requesting replacements as soon as possible.

• Coordinating with suppliers to expedite equipment procurement.

• Assigning additional personnel to conduct faster and more thorough inspections.

KELAS SISTEM TAKAL

i. Work Process Involved

Today, I attended a Pulley System Class, which focused on the principles, mechanics, and applications of pulley systems in firefighting and rescue operations. The process included:

• Theoretical Briefing – Learning about different types of pulley systems (fixed, movable, and compound) and their mechanical advantages.

• Equipment Demonstration – Identifying and inspecting pulleys, ropes, carabiners, and anchoring points.

• Knot-Tying Practice – Training on essential knots used in pulley systems, such as figure-eight, prusik, and bowline.

• Rigging and Setup – Assembling basic and advanced pulley systems for lifting heavy objects and rescuing victims.

• Load Testing and Safety Checks – Ensuring proper weight distribution and stability in practical applications.

• Practical Simulation – Conducting a simulated rescue operation using pulley systems for vertical and confined space rescues.

ii. Equipment Used

• Pulleys (fixed and movable)

• Ropes and webbing

• Carabiners and friction devices

• Harnesses and anchoring systems

• Load testing weights

iii. Relation to Theory and Practical Studies at UMK

This training aligns with mechanical physics and rescue techniques studies at UMK, enhancing:

• Understanding of force distribution and mechanical advantage in lifting operations.

• Practical application of rope and pulley systems in fire and rescue scenarios.

• Safety measures in handling high-angle rescue and load-bearing setups.

iv. Issues and Challenges Faced

• Difficulty in mastering knot-tying techniques for secure rigging.

• Ensuring proper weight balance to prevent equipment failure.

• Environmental factors (wind, terrain) affecting rigging stability.

v. Solutions

• Conducting repetitive practice on knot-tying for better mastery.

• Using load-testing methods to ensure rigging safety before actual deployment.

• Selecting suitable locations with stable anchor points for setup practice.

RUTIN PENTADBIRAN

i. Work Process Involved

Today, I carried out administrative duties to ensure smooth station operations and proper documentation. The tasks included:

• Duty Roster Management – Updating and organizing the shift schedule for personnel on duty.

• Report Preparation – Compiling and reviewing incident reports, equipment status, and daily logs.

• Inventory Check – Verifying stock levels of firefighting equipment, station supplies, and maintenance items.

• Correspondence Handling – Managing official letters, emails, and communications with higher authorities.

• Record Keeping – Updating personnel files, training logs, and other station-related documentation.

• Briefing and Coordination – Assisting in planning station activities, training sessions, and operational briefings.

ii. Equipment Used

• Computers and station management software

• Logbooks and official reports

• Communication devices (telephone, radio)

• Printers and filing systems

iii. Relation to Theory and Practical Studies at UMK

This task aligns with office management and organizational administration studies at UMK, enhancing:

• Skills in documentation and record-keeping for emergency services.

• Practical application of personnel and resource management.

• Effective communication and coordination within an emergency response team.

iv. Issues and Challenges Faced

• Delays in receiving updated reports from various departments.

• High volume of paperwork affecting efficiency.

• Technical issues with computer systems or software.

v. Solutions

• Implementing a structured reporting system with clear deadlines.

• Using digital tools for faster documentation and tracking.

• Coordinating with IT support for regular system maintenance.

PEMERIKSAAN PERALATAN

EQUIPMENT INSPECTION

Date: [Insert Date]
Location: [Insert Location]
Activity: Routine Inspection of Firefighting Equipment

i. Work Process Involved

Today, I conducted an equipment inspection to ensure all firefighting tools and gear were in optimal condition. The process included:

• Inventory Check – Verifying the availability and completeness of firefighting equipment.

• Physical Inspection – Checking for signs of wear, damage, rust, or malfunction in equipment.

• Functionality Test – Testing the operational readiness of essential tools such as hoses, pumps, breathing apparatus, and rescue equipment.

• Fire Truck Inspection – Ensuring that all necessary tools and safety gear are stocked in the fire truck and emergency vehicles.

• Documentation and Reporting – Recording inspection findings, noting defective equipment, and submitting reports for maintenance or replacements.

ii. Equipment Used

• Fire hoses and nozzles

• Self-Contained Breathing Apparatus (SCBA)

• Hydraulic rescue tools (e.g., spreaders, cutters)

• Fire extinguishers

• Radios and communication devices

• Personal protective equipment (PPE)

iii. Relation to Theory and Practical Studies at UMK

This task aligns with fire safety management and equipment maintenance studies at UMK, enhancing:

• Knowledge of firefighting tools and their proper maintenance.

• Practical application of workplace safety protocols.

• Understanding of preventive maintenance to ensure readiness during emergencies.

iv. Issues and Challenges Faced

• Some equipment showing signs of wear and requiring urgent replacement.

• Delays in obtaining spare parts or new equipment.

• Limited manpower, slowing down the inspection process.

v. Solutions

• Prioritizing maintenance for essential tools and requesting replacements promptly.

• Coordinating with suppliers for faster procurement of spare parts.

• Assigning additional personnel for more efficient inspections.

CERAMAH KESELAMATAN KEBAKARAN DAN DEMO API DAPUR DI SLIM VILLAGE

i. Work Process Involved

Today, I participated in a Fire Safety Awareness Program at Slim Village, aimed at educating the community on fire hazards and emergency response. The activities included:

• Fire Safety Briefing – Explaining common fire causes, prevention methods, and emergency response steps.

• Home Fire Hazard Identification – Teaching residents how to recognize potential fire risks in their homes.

• Safe Use of Fire Extinguishers – Demonstrating the PASS method (Pull, Aim, Squeeze, Sweep) for effective fire extinguisher use.

• Kitchen Fire Demonstration – Simulating a cooking oil fire and showing the correct way to extinguish it without using water.

• Evacuation and Emergency Procedures – Educating residents on safe evacuation routes and emergency contacts.

• Q&A and Public Engagement – Addressing questions and providing practical fire safety tips.

ii. Equipment Used

• Fire extinguishers (CO₂, dry chemical, foam)

• Fire blankets

• Gas stove and cooking oil for fire demonstration

• Safety gear (gloves, fire-resistant clothing)

• PA system for briefing

iii. Relation to Theory and Practical Studies at UMK

This task aligns with fire prevention and emergency response training studies at UMK, enhancing:

• Community engagement skills in fire safety education.

• Practical application of fire prevention strategies.

• Real-life experience in handling kitchen fire hazards.

iv. Issues and Challenges Faced

• Some residents were hesitant to participate in hands-on fire extinguisher training.

• Weather conditions (wind or rain) affecting the demonstration setup.

• Managing a large crowd while ensuring safety during the demonstration.

v. Solutions

• Encouraging public involvement by demonstrating the ease of using fire extinguishers.

• Adjusting the demonstration setup to suit weather conditions.

• Deploying additional team members to assist in crowd control and safety measures.

KELAS PRA RANCANG

i. Work Process Involved

Today, I attended a Pre-Planning Class, which focused on preparing emergency response strategies for various fire and rescue scenarios. The process included:

• Introduction to Pre-Incident Planning – Understanding the importance of pre-planning in firefighting and rescue operations.

• Fire Risk Assessment – Learning how to evaluate potential hazards in buildings, factories, and residential areas.

• Building Layout and Water Source Identification – Studying floor plans, hydrant locations, and access points to improve response efficiency.

• Simulation of Emergency Scenarios – Discussing different types of fire incidents and the best tactical approaches.

• Team Coordination and Role Assignments – Practicing how to assign tasks effectively during an emergency.

• Case Studies – Analyzing past fire incidents to learn from real-life experiences and improve planning strategies.

ii. Equipment Used

• Maps and building layout diagrams

• Fire risk assessment checklists

• Communication devices (radios, mobile applications)

• Firefighting strategy manuals

iii. Relation to Theory and Practical Studies at UMK

This training aligns with fire risk management and emergency response planning studies at UMK, enhancing:

• Practical knowledge of fire behavior and pre-incident planning.

• Understanding of risk assessment techniques for various structures.

• Team coordination and tactical decision-making skills.

iv. Issues and Challenges Faced

• Difficulty in obtaining up-to-date building layout plans for certain locations.

• Challenges in predicting fire spread patterns accurately.

• Ensuring effective communication among team members during simulations.

v. Solutions

• Collaborating with building management to access the latest structural layouts.

• Using fire modeling software to predict fire behavior.

• Conducting regular drills to improve team coordination and communication.

TOT KAWAD KAKI

Activity: Training of Trainers (TOT) – Foot Drill

i. Work Process Involved

Today, I attended a Training of Trainers (TOT) Foot Drill session, which focused on refining marching techniques and leadership skills for drill instruction. The process included:

• Briefing on Drill Fundamentals – Understanding the importance of discipline, coordination, and command in foot drills.

• Marching Techniques – Practicing basic and advanced marching movements, including static drills, turning movements, and synchronized steps.

• Voice Command Training – Learning how to deliver clear, confident, and authoritative commands.

• Formation Drills – Training in squad formations, spacing, and alignment for proper drill execution.

• Correction and Coaching Techniques – Developing instructional skills to train others effectively.

• Assessment and Feedback – Evaluating individual and team performances to identify areas for improvement.

ii. Equipment Used

• Drill manuals and command guides

• Parade ground with marked positions

• PA system for voice projection (if available)

• Uniform and boots for drill training

iii. Relation to Theory and Practical Studies at UMK

This training aligns with leadership, discipline, and team coordination studies at UMK, enhancing:

• Practical understanding of structured movement and teamwork.

• Command and instructional skills in drill training.

• Physical endurance and mental discipline in executing precise movements.

iv. Issues and Challenges Faced

• Difficulty in achieving perfect synchronization among participants.

• Voice projection challenges for new trainers.

• Physical strain due to prolonged standing and repetitive movements.

v. Solutions

• Repeating drills and breaking down movements for better coordination.

• Practicing voice projection techniques to improve command delivery.

• Implementing warm-up and stretching exercises to reduce fatigue and strain.

KAWAD MAHIR ( PENGGUNAAN STRACER)

i. Work Process Involved

Today, I participated in an Advanced Foot Drill (Kawad Mahir) session, focusing on the proper usage of STRACER (Standardized Tactical Command and Response System). The training included:

• Introduction to STRACER – Understanding its functions in enhancing drill command precision and coordination.

• Command and Control Practice – Using STRACER to give structured and synchronized drill commands.

• Execution of Complex Drill Movements – Implementing advanced marching formations, timing synchronization, and precision drills.

• Communication and Signal Usage – Learning how to integrate STRACER for effective team coordination.

• Error Correction and Refinement – Identifying mistakes in movement execution and refining techniques.

• Performance Assessment – Evaluating individual and team competency in using STRACER efficiently.

ii. Equipment Used

• STRACER system (for drill command automation and coordination)

• Drill manuals and command guides

• Parade ground with marked positions

• PA system for voice projection (if available)

• Standard drill uniform and boots

iii. Relation to Theory and Practical Studies at UMK

This training aligns with structured command execution, leadership skills, and tactical coordination studies at UMK, enhancing:

• The ability to use standardized drill systems for better command execution.

• Practical application of leadership and team discipline.

• Understanding of tactical movement coordination and execution.

iv. Issues and Challenges Faced

• Initial difficulty in adapting to STRACER for those unfamiliar with the system.

• Synchronization issues when executing complex drill movements.

• Environmental factors (weather conditions) affecting training efficiency.

PEMBERSIHAN BILIK SEDIA ANGGOTA

i. Work Process Involved

Today, I was involved in the cleaning and organizing of the Crew Readiness Room, ensuring a clean and comfortable environment for duty personnel. The tasks performed included:

• General Cleaning – Sweeping, mopping, and dusting all surfaces.

• Furniture Arrangement – Organizing chairs, tables, and bunk beds for a neat and orderly setup.

• Waste Disposal – Removing trash and replacing garbage bags.

• Inspection of Facilities – Checking for any damages to furniture, electrical outlets, or plumbing.

• Disinfection Procedures – Sanitizing common touchpoints such as doorknobs, light switches, and shared equipment.

• Inventory Check – Ensuring necessary supplies (bedding, toiletries, cleaning products) are available.

ii. Equipment Used

• Broom, mop, and vacuum cleaner

• Disinfectant and cleaning detergents

• Trash bags and waste bins

• Cleaning cloths and sponges

iii. Relation to Theory and Practical Studies at UMK

This task aligns with workplace management and hygiene standards studies at UMK, enhancing:

• Understanding of proper sanitation and cleanliness protocols in shared spaces.

• Importance of maintaining a well-organized and comfortable working environment.

• Facility maintenance skills to ensure readiness for operational duties.

iv. Issues and Challenges Faced

• Accumulation of dust and dirt due to high daily usage.

• Limited time for thorough cleaning between shifts.

• Some maintenance issues requiring technical repair.

v. Solutions

• Implementing a cleaning schedule to ensure regular upkeep.

• Assigning specific tasks to team members for efficiency.

• Reporting repair issues promptly for quick maintenance action.

KELAS KEJURUTERAAN PENGENALAN ENJIN HILUX

i. Work Process Involved

Today, I attended an Engineering Class on the Introduction to the Hilux Engine, focusing on understanding the engine components, functionality, and maintenance procedures. The training included:

• Overview of Hilux Engine System – Learning about the basic structure, specifications, and working principles of the Hilux engine.

• Engine Component Identification – Studying key parts such as the cylinder head, pistons, crankshaft, fuel injectors, and cooling system.

• Functionality and Performance – Understanding how fuel combustion, power transmission, and cooling mechanisms operate in the engine.

• Basic Troubleshooting – Identifying common engine issues such as overheating, oil leaks, and ignition problems.

• Maintenance Procedures – Learning proper servicing techniques, including oil changes, filter replacements, and coolant checks.

• Hands-on Practical Session – Inspecting a real Hilux engine, dismantling and reassembling selected parts for better understanding.

ii. Equipment Used

• Hilux engine model for demonstration

• Workshop tools (wrenches, screwdrivers, torque wrench, etc.)

• Diagnostic scanner for engine performance checks

• Engine manuals and technical diagrams

• Safety gear (gloves, goggles, and coveralls)

iii. Relation to Theory and Practical Studies at UMK

This training aligns with automotive engineering and mechanical maintenance studies at UMK, enhancing:

• Practical knowledge of internal combustion engine operations.

• Skills in vehicle diagnostics and troubleshooting.

• Understanding of routine engine maintenance for operational readiness.

iv. Issues and Challenges Faced

• Complex engine components requiring detailed explanation.

• Hands-on troubleshooting challenges due to limited experience with real engine faults.

• Heavy and intricate parts making disassembly and reassembly difficult.

v. Solutions

• Using detailed diagrams and manuals to simplify explanations.

• Conducting step-by-step troubleshooting exercises to improve problem-solving skills.

• Working in teams to handle complex components more efficiently.

PEMBERSIHAN KENDERAAN HILUX

i. Work Process Involved

Today, I was involved in the cleaning and maintenance of the Hilux vehicle to ensure it remains in optimal condition for operations. The tasks performed included:

• Exterior Cleaning – Washing and rinsing the vehicle body to remove dirt, mud, and dust.

• Tire and Undercarriage Cleaning – Scrubbing the tires and undercarriage to remove debris and ensure proper traction.

• Interior Cleaning – Vacuuming and wiping down seats, dashboard, and floor mats.

• Glass and Mirror Cleaning – Using glass cleaner to remove smudges for clear visibility.

• Engine Bay Inspection – Checking for oil leaks, dirt accumulation, and ensuring all components are in place.

• Final Inspection – Ensuring the vehicle is clean and operationally ready.

ii. Equipment Used

• Car shampoo and water hose

• Microfiber cloths and sponges

• Vacuum cleaner for interior cleaning

• Tire brush and wheel cleaner

• Glass cleaner for windows and mirrors

• Engine degreaser (if necessary)

iii. Relation to Theory and Practical Studies at UMK

This task aligns with vehicle maintenance and operational readiness studies at UMK, enhancing:

• Understanding of proper vehicle upkeep and hygiene.

• Hands-on experience in maintaining vehicle cleanliness for prolonged durability.

• Importance of routine inspections in preventing mechanical issues.

iv. Issues and Challenges Faced

• Stubborn stains and mud accumulation requiring extra cleaning effort.

• Limited time for thorough cleaning due to operational commitments.

• Water pressure inconsistency affecting washing efficiency.

v. Solutions

• Using specialized cleaning products for tough stains.

• Implementing a scheduled cleaning routine to maintain vehicle condition.

• Ensuring water sources and pressure are checked before cleaning.

KEBAKARAN TONG SAMPAH DI PETRONAS SLIM RIVER

i. Work Process Involved

Today, I responded to a garbage bin fire incident at Petronas Slim River. The fire was successfully extinguished, and a safety inspection was conducted to prevent recurrence. The process included:

• Emergency Dispatch and Scene Arrival – Responding promptly to the fire call and assessing the situation upon arrival.

• Fire Source Identification – Determining the possible cause of ignition, including improper disposal of flammable materials.

• Fire Suppression – Using a water jet and fire extinguisher (dry chemical powder) to put out the flames.

• Smoke and Heat Monitoring – Ensuring the fire did not spread to nearby fuel pumps or structures.

• Post-Fire Inspection – Checking the garbage bin area for remaining embers and potential re-ignition risks.

• Public Awareness Briefing – Advising station staff on proper waste disposal to prevent future fire hazards.

ii. Equipment Used

• Fire extinguisher (dry chemical powder)

• Water jet hose

• Fire-resistant gloves and PPE

• Thermal imaging camera (if necessary)

• Fire rake for debris management

iii. Relation to Theory and Practical Studies at UMK

This operation aligns with fire prevention, suppression techniques, and hazard risk assessment studies at UMK, enhancing:

• Understanding of different fire classes and suppression methods.

• Practical experience in handling small-scale fire incidents.

• Importance of fire safety awareness in public areas.

iv. Issues and Challenges Faced

• Presence of flammable waste increasing fire intensity.

• Wind direction affecting smoke movement, reducing visibility.

• Need for quick response to prevent fire from spreading.

v. Solutions

• Educating staff on safe disposal practices, especially for flammable materials.

• Conducting regular fire safety checks at public areas like gas stations.

• Ensuring quick deployment and efficient teamwork in handling small fires.

KERJA KERJA RUTIN PENTADBIRAN

i. Work Process Involved

Today, I was involved in routine administrative tasks to ensure smooth operations and proper documentation. The tasks performed included:

• Report Documentation – Preparing and updating reports related to daily operations, incidents, and training activities.

• Data Entry – Recording personnel attendance, duty rosters, and equipment usage logs.

• File Management – Organizing and maintaining important documents, including safety protocols, maintenance records, and standard operating procedures.

• Communication and Coordination – Handling official correspondence, emails, and memos regarding station operations.

• Inventory Checks – Monitoring and updating stock levels of essential supplies such as PPE, firefighting equipment, and station utilities.

• Briefing and Meeting Arrangements – Coordinating schedules for team briefings and operational discussions.

ii. Equipment Used

• Computer and office software (Word, Excel, email applications)

• Filing cabinets and document organizers

• Printers, scanners, and photocopiers

• Stationery supplies (files, pens, logbooks)

iii. Relation to Theory and Practical Studies at UMK

This task aligns with workplace management, record-keeping, and organizational efficiency studies at UMK, enhancing:

• Administrative and documentation skills for operational readiness.

• Understanding of proper data management and reporting procedures.

• Coordination and communication within a structured working environment.

iv. Issues and Challenges Faced

• Large volume of paperwork requiring detailed attention.

• Delays in receiving necessary data from various departments.

• System or network issues affecting digital record updates.

v. Solutions

• Implementing a structured workflow to manage tasks efficiently.

• Improving coordination with team members to ensure timely data submission.

• Regular system maintenance and backup procedures to prevent data loss.

COMPRES TABUNG B.A

i. Work Process Involved

Today, I was involved in the compression and refilling of Breathing Apparatus (BA) cylinders, ensuring they are in optimal condition for emergency use. The process included:

• Inspection of BA Cylinders – Checking for any visible damages, leaks, or expired cylinders before refilling.

• Pressure Level Check – Ensuring that the cylinder pressure meets the required operational standards.

• Refilling Process – Using a high-pressure compressor to refill the cylinders with compressed air.

• Leak Test – Conducting a pressure retention test to confirm there are no leaks.

• Final Quality Check – Ensuring the cylinder valves, O-rings, and pressure gauges are in good condition before storage.

• Record Keeping – Logging the refill date, pressure levels, and any maintenance performed.

ii. Equipment Used

• High-pressure air compressor

• Breathing Apparatus (BA) cylinders

• Pressure gauges and monitoring tools

• Leak detection solution

• Safety gloves and protective gear

iii. Relation to Theory and Practical Studies at UMK

This task aligns with firefighter safety equipment maintenance and operational readiness studies at UMK, enhancing:

• Understanding of BA cylinder functionality and importance in firefighting operations.

• Practical skills in handling and maintaining high-pressure air systems.

• Knowledge of safety standards and procedures for compressed air equipment.

iv. Issues and Challenges Faced

• Compressor overheating during prolonged use.

• Cylinders with minor leaks requiring additional repairs.

• Need for careful monitoring to prevent overfilling.

v. Solutions

• Implementing scheduled cooldown periods for the compressor to prevent overheating.

• Conducting regular maintenance and sealing minor leaks to extend cylinder lifespan.

• Using precision pressure monitoring tools to ensure proper filling levels.

BACAAN YASIN DAN DOA SELAMAT

i. Work Process Involved

Today, I participated in a Bacaan Yasin and Doa Selamat session, held to seek blessings and protection for all personnel. The process included:

• Preparation of the Prayer Area – Arranging seating, sound system, and necessary religious materials.

• Yasin Recitation – Reading Surah Yasin collectively for spiritual guidance and well-being.

• Doa Selamat – Offering prayers for safety, good health, and protection from harm, especially for firefighters on duty.

• Reflection and Sharing Session – A brief talk on spiritual resilience and unity among team members.

• Light Refreshments – A small gathering after prayers to foster camaraderie.

ii. Equipment Used

• Copies of Surah Yasin

• Sound system (if required)

• Prayer mats and attire

• Refreshments for attendees

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with spiritual well-being and team bonding studies at UMK, enhancing:

• Mental resilience and moral support among team members.

• A sense of community and teamwork in high-risk professions.

• Emotional well-being, which contributes to overall job performance.

iv. Issues and Challenges Faced

• Scheduling conflicts with operational duties.

• Ensuring all personnel could participate without affecting station readiness.

• Space limitations for accommodating all attendees.

v. Solutions

• Organizing the session during non-peak hours to ensure maximum participation.

• Rotational attendance system so that emergency response is not compromised.

• Using a larger, more accommodating space for comfort and convenience.

PRA RANCANG DI PETRONAS SLIM

i. Work Process Involved

Today, I was involved in a pre-planning (pra rancang) activity at Petronas Slim, which is crucial for fire safety preparedness. The process included:

• Site Assessment – Conducting a walkthrough of the fuel station to identify potential fire hazards and emergency exits.

• Identifying Fire Risks – Evaluating risk factors such as fuel storage areas, electrical panels, and flammable materials.

• Water Source Mapping – Locating hydrants and alternative water sources for firefighting operations.

• Emergency Response Planning – Developing an evacuation plan and ensuring clear access routes for emergency vehicles.

• Coordination with Staff – Briefing Petronas employees on fire safety protocols and emergency response actions.

• Documentation & Mapping – Recording key details and updating the fire response plan for future reference.

ii. Equipment Used

• Fire safety assessment checklist

• Hydrant and water supply maps

• Communication devices (walkie-talkies)

• Personal protective equipment (PPE)

• Documentation tools (notebook, camera)

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with fire risk assessment, emergency response planning, and disaster management studies at UMK, enhancing:

• Knowledge of fire safety measures in high-risk areas such as fuel stations.

• Practical experience in site assessment and hazard identification.

• Collaboration with external organizations for effective emergency preparedness.

iv. Issues and Challenges Faced

• High-risk environment requiring strict safety measures during inspection.

• Coordination with on-duty staff without disrupting operations.

• Identifying alternative water sources in case hydrants are not functional.

v. Solutions

• Conducting assessments outside peak hours to minimize disruptions.

• Working closely with Petronas management to ensure compliance with safety standards.

• Exploring backup firefighting strategies, such as mobile water tanks or nearby water bodies.

i. Work Process Involved

Today, I was involved in a pre-planning (pra rancang) activity at Petronas Slim, which is crucial for fire safety preparedness. The process included:

• Site Assessment – Conducting a walkthrough of the fuel station to identify potential fire hazards and emergency exits.

• Identifying Fire Risks – Evaluating risk factors such as fuel storage areas, electrical panels, and flammable materials.

• Water Source Mapping – Locating hydrants and alternative water sources for firefighting operations.

• Emergency Response Planning – Developing an evacuation plan and ensuring clear access routes for emergency vehicles.

• Coordination with Staff – Briefing Petronas employees on fire safety protocols and emergency response actions.

• Documentation & Mapping – Recording key details and updating the fire response plan for future reference.

ii. Equipment Used

• Fire safety assessment checklist

• Hydrant and water supply maps

• Communication devices (walkie-talkies)

• Personal protective equipment (PPE)

• Documentation tools (notebook, camera)

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with fire risk assessment, emergency response planning, and disaster management studies at UMK, enhancing:

• Knowledge of fire safety measures in high-risk areas such as fuel stations.

• Practical experience in site assessment and hazard identification.

• Collaboration with external organizations for effective emergency preparedness.

iv. Issues and Challenges Faced

• High-risk environment requiring strict safety measures during inspection.

• Coordination with on-duty staff without disrupting operations.

• Identifying alternative water sources in case hydrants are not functional.

v. Solutions

• Conducting assessments outside peak hours to minimize disruptions.

• Working closely with Petronas management to ensure compliance with safety standards.

• Exploring backup firefighting strategies, such as mobile water tanks or nearby water bodies.

SUKAN PETANG

i. Work Process Involved

Today, I participated in evening sports activities to maintain physical fitness and endurance, which are essential for firefighting duties. The activities included:

• Warm-Up Exercises – Stretching and light jogging to prepare the body for physical activity.

• Cardio Training – Running and agility drills to improve stamina and endurance.

• Strength Training – Bodyweight exercises such as push-ups, sit-ups, and squats to enhance muscle strength.

• Team Sports – Playing futsal and badminton to promote teamwork and coordination.

• Cool Down & Recovery – Stretching and hydration to prevent injuries and aid muscle recovery.

ii. Equipment Used

• Sportswear and proper footwear

• Cones and markers for agility drills

• Balls, rackets, and nets for sports activities

• Hydration supplies (water bottles, isotonic drinks)

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with physical fitness, team dynamics, and occupational health studies at UMK, enhancing:

• Endurance and strength required for firefighting operations.

• Coordination and teamwork skills, important for emergency response situations.

• Understanding of injury prevention and recovery techniques.

iv. Issues and Challenges Faced

• Fatigue from previous operational duties.

• Limited time for sports due to work schedules.

• Risk of minor injuries such as muscle strain.

KAWAD OPERASI PAM 3A

i. Work Process Involved

Today, I participated in Kawad Operasi Pam 3A, a training session focused on the proper operation of the 3A fire pump system. The process included:

• Equipment Inspection – Checking the pump unit, hoses, and couplings for any damage or leaks.

• Pump Priming – Ensuring the pump is primed correctly to create suction pressure for water intake.

• Water Supply Management – Identifying and connecting to a reliable water source such as hydrants, open water, or portable tanks.

• Pressure Adjustment – Regulating water pressure for different firefighting scenarios to ensure optimal flow.

• Hose Deployment & Nozzle Operation – Coordinating hose laying techniques and controlling water discharge.

• Pump Shutdown & Maintenance – Safely turning off the pump, draining residual water, and cleaning the equipment for future use.

ii. Equipment Used

• Fire Pump 3A

• Fire hoses (various lengths and diameters)

• Nozzles and branch pipes

• Water supply sources (hydrant, open water, or portable tank)

• Pressure gauges and control valves

• Safety gear (gloves, helmet, boots)

iii. Relation to Theory and Practical Studies at UMK

This training session aligns with fire hydraulics, water supply systems, and operational readiness studies at UMK, enhancing:

• Practical understanding of fire pump mechanics and water pressure control.

• Team coordination in hose deployment and water management.

• Problem-solving skills for handling pump malfunctions and pressure fluctuations.

iv. Issues and Challenges Faced

• Variability in water source pressure affecting pump performance.

• Coordination challenges during rapid hose deployment.

• Equipment wear and tear requiring constant maintenance.

v. Solutions

• Conducting regular pump maintenance to ensure efficiency.

• Practicing rapid hose deployment techniques for better teamwork.

• Identifying alternative water sources to ensure consistent supply during emergencies.

KELAS PENGURUSAN RESPONTIME KELUARAN JENTERA

i. Work Process Involved

Today, I attended a Response Time Management (ResponTime) training session, focusing on optimizing firefighting vehicle dispatch efficiency. The process included:

• Understanding Response Time Factors – Studying factors affecting response time, such as crew readiness, dispatch protocols, and road conditions.

• Dispatch Procedures – Reviewing Standard Operating Procedures (SOP) for receiving emergency calls and mobilizing fire engines.

• Time Benchmarking & Analysis – Evaluating past response times to identify areas for improvement.

• Vehicle Readiness Inspection – Ensuring fire engines are fully equipped, fueled, and ready for immediate deployment.

• Route Optimization & Navigation – Learning techniques for selecting the fastest and safest routes to incident locations.

• Simulated Response Drills – Conducting mock emergency dispatches to practice rapid response execution.

ii. Equipment Used

• Response time tracking system

• Communication devices (radio, dispatch system)

• Fire engine navigation system (GPS)

• Logbooks for response time analysis

• Traffic management strategies and road maps

iii. Relation to Theory and Practical Studies at UMK

This training aligns with emergency management, logistics, and vehicle operations studies at UMK, enhancing:

• Decision-making skills in high-pressure emergency situations.

• Operational efficiency in managing vehicle deployment.

• Application of real-time navigation and logistics management in emergency response.

iv. Issues and Challenges Faced

• Traffic congestion affecting response times.

• Delays in information relay from emergency call centers.

• Human factors such as readiness of personnel and equipment checks.

v. Solutions

• Pre-planning alternative routes based on traffic conditions.

• Improving communication systems between dispatch centers and fire stations.

• Enhancing crew preparedness through regular drills and equipment checks.

KELAS HAMZAT

Today, I attended a HAZMAT (Hazardous Materials) training session, focusing on the proper handling, containment, and response procedures for hazardous substances. The session covered:

• Introduction to HAZMAT – Understanding different classes of hazardous materials, including chemicals, gases, and flammable substances.

• Risk Assessment & Identification – Learning to recognize hazard symbols, Safety Data Sheets (SDS), and proper labeling of dangerous goods.

• Personal Protective Equipment (PPE) – Training on the correct use of HAZMAT suits, gloves, breathing apparatus (SCBA), and decontamination procedures.

• Containment & Spill Control – Practical techniques for controlling and neutralizing hazardous material spills.

• Emergency Response Protocols – Implementing Standard Operating Procedures (SOPs) for HAZMAT incidents, including evacuation, isolation, and mitigation measures.

• Case Studies & Simulated Drills – Reviewing past HAZMAT incidents and conducting mock response scenarios.

ii. Equipment Used

• HAZMAT suits (Level A, B, C)

• Self-Contained Breathing Apparatus (SCBA)

• Gas detectors and chemical identification tools

• Spill containment kits (absorbents, neutralizers, booms)

• Emergency decontamination stations

• Firefighting foam and suppression agents

iii. Relation to Theory and Practical Studies at UMK

This training aligns with environmental safety, chemical hazard management, and emergency response planningstudies at UMK, enhancing:

• Risk assessment skills in hazardous environments.

• Practical experience in handling chemical spills and toxic exposure situations.

• Application of emergency containment and decontamination techniques.

iv. Issues and Challenges Faced

• Complexity in identifying unknown substances during emergencies.

• High risk of contamination if proper procedures are not followed.

• Time-sensitive response needed to prevent escalation of hazardous incidents.

v. Solutions

• Regular drills and hands-on training to improve response efficiency.

• Utilizing advanced detection technology for quick identification of hazardous materials.

• Strict adherence to PPE usage and decontamination protocols to minimize exposure risks.

TOT IKATAN DAN SIMPULAN

i. Work Process Involved

Today, I participated in a Training of Trainers (TOT) session on knots and tying techniques, essential for rescue operations, securing equipment, and fireground safety. The training covered:

• Introduction to Rope Types – Understanding different rope materials, strengths, and applications.

• Basic Firefighting Knots – Practicing essential knots such as the bowline, figure-eight, clove hitch, and sheet bend.

• Rescue and Hoisting Techniques – Learning how to secure victims, tools, and hoses during operations.

• Rope Access & Safety Procedures – Ensuring proper rope handling to prevent accidents and failures.

• Team Coordination & Practical Drills – Conducting simulated rescue scenarios using knots and tying methods.

ii. Equipment Used

• Fire-resistant ropes (static and dynamic)

• Carabiners and pulleys

• Harnesses and safety belts

• Knot-tying boards and training kits

• Hoisting and rescue equipment

iii. Relation to Theory and Practical Studies at UMK

This training aligns with fire rescue techniques, safety procedures, and emergency response operations studies at UMK, enhancing:

• Technical proficiency in rope rescue and equipment handling.

• Understanding of knot applications in various firefighting and rescue scenarios.

• Teamwork and coordination skills for effective emergency response.

iv. Issues and Challenges Faced

• Difficulty in mastering complex knots under time constraints.

• Ensuring rope strength and safety for high-risk operations.

• Maintaining efficiency in real-life emergency applications.

v. Solutions

• Frequent hands-on practice to build muscle memory and speed.

• Regular rope inspection and maintenance to prevent failures.

• Simulation exercises to apply knots in realistic emergency situations.

PROGRAM TAKLIMAT KESELAMATAN HADAPI BANJIR DI DEWAN PAWE SLIM VILLAGE

i. Work Process Involved

Today, I was involved in conducting a Flood Safety Briefing Program aimed at educating the community about flood preparedness and emergency response. The process included:

• Situation Awareness & Flood Risks – Explaining the causes of floods, high-risk areas, and early warning signs.

• Emergency Preparedness – Teaching residents how to prepare emergency kits, important documents, and safe evacuation plans.

• Flood Evacuation Procedures – Demonstrating the safest ways to evacuate homes and navigate floodwaters.

• First Aid & Emergency Response – Providing basic first aid training and instructions on handling flood-related injuries.

• Safety Demonstration & Community Involvement – Conducting interactive sessions, including the proper use of life vests and rescue boats.

• Distribution of Educational Materials – Handing out brochures and emergency contact lists for disaster response teams.

ii. Equipment Used

• Public address system (microphones, speakers)

• Life jackets and personal flotation devices

• First aid kits and emergency response tools

• Flood warning signboards and hazard maps

• Brochures and safety guideline handouts

iii. Relation to Theory and Practical Studies at UMK

This program aligns with disaster risk management, public safety education, and emergency response trainingstudies at UMK, enhancing:

• Community engagement skills in disaster preparedness initiatives.

• Practical knowledge of flood mitigation strategies and emergency planning.

• Application of first aid and basic rescue techniques in flood scenarios.

iv. Issues and Challenges Faced

• Low awareness among some residents regarding flood risks and preparedness.

• Logistical challenges in organizing evacuation drills due to participant limitations.

• Communication barriers with elderly residents who may struggle to understand evacuation procedures.

v. Solutions

• Regular community awareness programs to improve flood preparedness.

• Hands-on training and live demonstrations to engage participants effectively.

• Multilingual communication materials to ensure all residents understand safety protocols.

KELAS PENGENALAN SISTEM TUGASAN BALAI

i. Work Process Involved

Today, I attended a class on the Fire Station Task System, focusing on the roles, responsibilities, and daily operations of fire station personnel. The training covered:

• Introduction to Fire Station Organization – Understanding the hierarchy, team structure, and chain of command within the station.

• Duty Allocation & Rotational Shifts – Learning how tasks are assigned, including operational duties, station maintenance, and administrative work.

• Emergency Response Protocols – Reviewing standard operating procedures (SOPs) for different types of emergencies, including fires, rescues, and hazardous material incidents.

• Equipment and Vehicle Readiness – Understanding the importance of daily inspections, maintenance schedules, and ensuring all firefighting equipment is operational.

• Documentation & Reporting – Learning the correct procedures for logging incidents, writing reports, and maintaining station records.

• Team Coordination & Communication – Emphasizing the importance of teamwork, radio communication, and swift response times.

ii. Equipment Used

• Station duty roster and shift schedule

• Communication devices (radio, walkie-talkies)

• Standard Operating Procedures (SOP) manuals

• Fire station logbooks and report templates

• Firefighting equipment and vehicle checklists

iii. Relation to Theory and Practical Studies at UMK

This class aligns with fire station management, emergency coordination, and operational planning studies at UMK, enhancing:

• Understanding of station workflow and duty assignments.

• Practical knowledge of fire station operations and emergency readiness.

• Application of teamwork and communication strategies for effective response.

iv. Issues and Challenges Faced

• Adjusting to the structured and disciplined nature of fire station operations.

• Understanding the complexities of duty rotations and emergency readiness requirements.

• Managing multiple responsibilities efficiently within a busy station environment.

v. Solutions

• Regular briefings and hands-on training to reinforce duty expectations.

• Implementing digital systems for task scheduling to improve efficiency.

• Encouraging teamwork and mentorship among senior and junior personnel.

KELAS SISTEM AKTIF HOS GELUNG

i. Work Process Involved

Today, I attended a training session on the Active Hose Reel System, focusing on its function, operation, and maintenance in firefighting. The training covered:

• Introduction to Active Hose Reel System – Understanding its role in firefighting and its placement in buildings and emergency response vehicles.

• Components of the Hose Reel System – Studying the reel, hose, nozzle, valve, and water supply system.

• Operational Procedures – Learning how to deploy, use, and retract the hose reel efficiently during firefighting operations.

• Water Flow and Pressure Management – Understanding the required pressure levels and troubleshooting water flow issues.

• Maintenance and Inspection – Conducting routine checks to ensure the hose reel system is functional and compliant with safety standards.

• Practical Hands-On Session – Practicing proper handling techniques for rapid and effective fire suppression.

ii. Equipment Used

• Hose reels with different lengths and diameters

• Water supply valves and pressure gauges

• Fire nozzles with adjustable flow settings

• Personal protective equipment (PPE)

• Inspection and maintenance tools

iii. Relation to Theory and Practical Studies at UMK

This class aligns with fire suppression systems, building fire safety, and emergency response training studies at UMK, enhancing:

• Technical knowledge of active hose reel systems in firefighting.

• Practical skills in deploying and handling firefighting equipment.

• Understanding of water pressure control and fire suppression techniques.

iv. Issues and Challenges Faced

• Difficulty in managing hose deployment and retraction in confined spaces.

• Ensuring adequate water pressure for effective fire suppression.

• Routine maintenance challenges due to wear and tear of hose components.

v. Solutions

• Regular drills and practice to improve handling and deployment skills.

• Scheduled inspections and servicing to ensure hose reels are in optimal condition.

• Using pressure regulators and backup water sources to maintain consistent performance.

PENGUSIAN BANGUNAN DI SMK AGAMA SLIM RIVER

i. Work Process Involved

Today, I was involved in a building evacuation drill at SMK Agama Slim River, focusing on fire safety and emergency response. The process included:

• Briefing on Emergency Procedures – Providing students and staff with an overview of evacuation protocols and designated assembly points.

• Alarm Activation & Initial Response – Simulating a fire emergency by activating the school’s fire alarm system.

• Evacuation of Students and Staff – Guiding all occupants to evacuate safely using designated exit routes.

• Search & Rescue Simulation – Conducting a mock search for individuals who may be trapped or unable to evacuate.

• Fire Suppression Demonstration – Showcasing the proper use of fire extinguishers and basic fire suppression techniques.

• Post-Evacuation Assessment – Reviewing the drill’s effectiveness, identifying areas for improvement, and providing feedback.

ii. Equipment Used

• Fire alarm system and public address (PA) system

• Fire extinguishers (CO2, dry powder)

• Personal protective equipment (PPE) for firefighters

• Walkie-talkies for communication

• Evacuation route maps and safety signs

iii. Relation to Theory and Practical Studies at UMK

This evacuation drill aligns with fire safety management, emergency planning, and disaster response training studies at UMK, enhancing:

• Practical knowledge of evacuation protocols and crowd control.

• Understanding of fire alarm systems and emergency communication.

• Application of firefighting techniques and risk assessment methods.

iv. Issues and Challenges Faced

• Delays in evacuation due to lack of awareness among some students.

• Confusion in identifying the correct assembly points.

• Limited accessibility for students with special needs.

v. Solutions

• Regular fire drills and safety briefings to improve evacuation speed and awareness.

• Clear signage and designated guides to direct evacuees efficiently.

• Special assistance teams assigned to help students with mobility challenges.

PENGUSIAN BANGUNAN DI KOLEJ PSAS POLITEKNIK BEHRANG

i. Work Process Involved

Today, I participated in a building evacuation drill at Kolej PSAS, Politeknik Behrang, to enhance emergency preparedness and fire safety awareness. The process included:

• Emergency Briefing & Evacuation Protocols – Providing students and staff with an overview of fire evacuation procedures, safe exit routes, and assembly points.

• Alarm Activation & Initial Response – Simulating a fire scenario by triggering the building's fire alarm system to initiate the evacuation process.

• Controlled Evacuation of Occupants – Assisting students and staff in safely evacuating the building while ensuring no one is left behind.

• Search & Rescue Simulation – Conducting a mock search for individuals who may be trapped or unable to evacuate due to injury or disability.

• Fire Suppression Demonstration – Demonstrating the proper use of fire extinguishers and fire blankets in case of small-scale fires.

• Post-Evacuation Assessment & Feedback – Evaluating the efficiency of the drill, identifying areas for improvement, and addressing any safety concerns.

ii. Equipment Used

• Fire alarm system and public address (PA) system

• Fire extinguishers (CO2, dry powder)

• Personal protective equipment (PPE) for firefighters

• Walkie-talkies for communication

• Emergency exit signage and evacuation maps

iii. Relation to Theory and Practical Studies at UMK

This evacuation drill aligns with fire safety management, emergency planning, and disaster response training studies at UMK, enhancing:

• Practical understanding of evacuation strategies and emergency response coordination.

• Familiarity with fire alarm systems and fire suppression equipment.

• Experience in managing large-scale evacuations in an institutional setting.

iv. Issues and Challenges Faced

• Slow evacuation time due to hesitation or confusion among students.

• Blockages in certain evacuation routes caused by congestion or obstructions.

• Difficulty in ensuring full accountability of all evacuees at the assembly point.

v. Solutions

• Regular fire drills and awareness campaigns to improve preparedness and response times.

• Improving signage and route accessibility to ensure a smooth evacuation process.

• Implementing a headcount system to verify the presence of all students and staff post-evacuation.

UJIAN PAM DI TASIK YDP

i. Work Process Involved

Today, I was involved in a fire pump performance test at Tasik YDP to assess the efficiency and operational readiness of the equipment. The process included:

• Site Inspection & Setup – Identifying a suitable location near the water source and setting up necessary equipment.

• Pump Priming & Pressure Check – Ensuring the pump is primed correctly and checking pressure levels before activation.

• Water Intake & Flow Rate Testing – Measuring the pump’s ability to draw water efficiently from the lake and maintain a steady output.

• Hose Deployment & Nozzle Control – Connecting hoses and operating nozzles to test the water discharge pattern and reach.

• Pressure & Volume Calibration – Adjusting the pump settings to achieve optimal pressure and water flow according to operational standards.

• Inspection for Leaks & Malfunctions – Checking for any mechanical issues or performance inconsistencies.

• Final Assessment & Equipment Shutdown – Recording performance data and safely shutting down the pump after testing.

ii. Equipment Used

• Portable fire pump

• Suction hoses and strainers

• Delivery hoses and nozzles

• Pressure gauges and flow meters

• Personal protective equipment (PPE)

• Communication devices (walkie-talkies)

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with firefighting hydraulics, water supply management, and emergency response training studies at UMK, enhancing:

• Practical knowledge of fire pump operations and maintenance.

• Understanding of water pressure control and effective hose management.

• Hands-on experience in troubleshooting pump-related issues.

iv. Issues and Challenges Faced

• Inconsistent water intake due to debris in the lake affecting suction efficiency.

• Fluctuations in water pressure impacting the effectiveness of hose deployment.

• Technical difficulties with priming the pump leading to delays in testing.

v. Solutions

• Using strainers and filters to prevent debris from entering the pump system.

• Regular maintenance and calibration to ensure steady water pressure.

• Practicing pump priming techniques to minimize delays during emergency operations.

KELAS PENEYELAMATAN

i. Work Process Involved

Today, I attended a rescue training class focusing on search and rescue techniques, extrication procedures, and emergency response. The session covered:

• Introduction to Rescue Operations – Overview of different rescue scenarios, including building collapses, vehicle accidents, and water rescues.

• Equipment Familiarization – Hands-on training with essential rescue tools such as hydraulic cutters, spreaders, ropes, and breathing apparatus.

• Victim Stabilization & First Aid – Basic trauma care techniques, including CPR, wound dressing, and spinal immobilization.

• Confined Space & High-Angle Rescue Techniques – Learning safe methods for accessing and extracting victims from tight spaces and elevated areas.

• Fire and Hazardous Material Rescue – Protocols for handling fire-related rescues and dealing with hazardous materials.

• Practical Simulation Exercises – Conducting simulated rescue operations to apply learned techniques in real-time scenarios.

ii. Equipment Used

• Hydraulic rescue tools (cutters, spreaders)

• Ropes and harnesses for high-angle rescue

• Fire-resistant protective gear (PPE)

• First aid kits and oxygen cylinders

• Communication devices (walkie-talkies)

• Thermal imaging cameras for victim search

iii. Relation to Theory and Practical Studies at UMK

This training aligns with emergency response management, fire safety, and disaster preparedness studies at UMK, enhancing:

• Practical application of life-saving rescue techniques.

• Understanding of emergency medical procedures in rescue situations.

• Team coordination and communication skills during crisis response.

iv. Issues and Challenges Faced

• Difficulty in handling rescue tools due to weight and operational complexity.

• Limited visibility in simulated smoke-filled environments affecting navigation.

• Coordination challenges among team members during high-pressure scenarios.

v. Solutions

• Regular practice and strength training to improve handling of heavy equipment.

• Enhancing visibility tools such as thermal cameras and reflective markings.

• Conducting frequent team drills to strengthen coordination and communication.

KERJA PEMBERSIHAN DI DALAM BALAI

i. Work Process Involved

Today, I was involved in the cleaning and maintenance of the fire station to ensure a hygienic and organized work environment. The tasks carried out included:

• Sweeping and Mopping Floors – Ensuring all common areas, hallways, and rooms are clean and free from dust.

• Washing and Organizing Equipment – Cleaning firefighting tools, helmets, boots, and uniforms.

• Tidying Up Workstations and Common Areas – Arranging desks, chairs, and station facilities for better organization.

• Cleaning Restrooms and Locker Rooms – Disinfecting toilets, sinks, and showers for hygiene.

• Vehicle Bay Cleaning – Washing fire trucks and ensuring the garage area is free from debris and spills.

• Waste Disposal – Removing trash and ensuring proper segregation of waste materials.

ii. Equipment Used

• Mops, brooms, and cleaning cloths

• Disinfectants and floor cleaners

• High-pressure water hoses

• Waste bins and garbage bags

• Vacuum cleaner (if applicable)

iii. Relation to Theory and Practical Studies at UMK

This activity relates to workplace maintenance, fire station management, and hygiene control studies at UMK, enhancing:

• Understanding of proper station upkeep for operational efficiency.

• Discipline and teamwork in maintaining a clean and organized workspace.

• Awareness of hygiene and sanitation in a shared working environment.

iv. Issues and Challenges Faced

• Accumulation of dust and dirt in high-traffic areas requiring extra cleaning effort.

• Limited cleaning supplies causing delays in completing tasks.

• Time constraints due to overlapping duties and emergency call readiness.

v. Solutions

• Implementing a regular cleaning schedule to maintain cleanliness efficiently.

• Ensuring sufficient stock of cleaning supplies for continuous upkeep.

• Assigning specific areas to team members to complete tasks more effectively.

LAWATAN TADIKA KEMAS TROLAK SELATAN

i. Work Process Involved

Today, I participated in a fire safety awareness program at Tadika KEMAS Trolak Selatan. The visit aimed to educate young children on basic fire safety measures and familiarize them with firefighting equipment. The key activities included:

• Fire Safety Talk – Educating the children on fire hazards, prevention methods, and emergency procedures.

• Emergency Evacuation Drill – Demonstrating how to safely exit a building during a fire emergency.

• Firefighting Equipment Introduction – Showcasing fire extinguishers, helmets, and protective gear.

• Fire Truck Tour – Allowing the children to explore the fire truck and understand its functions.

• Basic Fire Extinguisher Demonstration – Teaching simple steps to use a fire extinguisher correctly.

• Q&A and Interactive Activities – Engaging with the children through fun and educational questions about fire safety.

ii. Equipment Used

• Fire extinguishers (ABC type)

• Fire helmets and turnout gear

• Fire truck and siren demonstration

• Emergency evacuation alarm

• First aid kit

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with fire safety education, community engagement, and public awareness studies at UMK, enhancing:

• Knowledge of public fire safety education and community outreach.

• Practical experience in conducting safety demonstrations for different age groups.

• Communication and teaching skills in an emergency services setting.

iv. Issues and Challenges Faced

• Keeping young children engaged required interactive and fun learning methods.

• Limited attention span of participants made it necessary to keep explanations short and simple.

• Ensuring safety during demonstrations to prevent accidents while handling equipment.

v. Solutions

• Using engaging visuals and storytelling to explain fire safety concepts.

• Breaking activities into short, interactive segments to maintain children's attention.

• Supervising closely and enforcing safety measures during demonstrations.

KELAS STRATEGI KELAS PEMADAMAN

i. Work Process Involved

Today, I attended a fire suppression strategy class that covered advanced firefighting techniques and strategies for various fire scenarios. The session included:

• Understanding Fire Behavior – Studying the fire triangle (heat, fuel, oxygen) and how different conditions affect fire spread.

• Fire Suppression Techniques – Learning the direct attack, indirect attack, and combination attack methods.

• Use of Firefighting Equipment – Training on different extinguishing agents (water, foam, CO₂, dry powder) and their applications.

• Building Fire Suppression Strategy – Identifying structural fire risks and planning the best suppression methods.

• Ventilation Techniques – Understanding positive and negative pressure ventilation to control smoke movement.

• Practical Simulation – Hands-on training in fire suppression scenarios using hose streams, nozzles, and fire extinguishers.

ii. Equipment Used

• Fire extinguishers (ABC, CO₂, foam)

• Fire hoses and nozzles (Fog nozzle, Straight stream nozzle)

• Self-Contained Breathing Apparatus (SCBA)

• Thermal imaging cameras

• Ventilation fans and smoke extractors

• Fire-resistant protective gear (helmet, gloves, turnout gear)

iii. Relation to Theory and Practical Studies at UMK

This training aligns with fire science, fire suppression methods, and emergency response planning studies at UMK, enhancing:

• Practical application of fire behavior theories in real fire scenarios.

• Understanding fire control strategies for different fire classes (A, B, C, D, K).

• Decision-making in high-risk firefighting operations.

iv. Issues and Challenges Faced

• High temperatures and thick smoke conditions reduced visibility during simulation.

• Handling heavy fire hoses and nozzles required physical endurance.

• Choosing the right suppression technique for different fire situations.

v. Solutions

• Regular endurance and fitness training to improve hose-handling skills.

• Practicing ventilation techniques to manage smoke effectively.

• Conducting scenario-based drills to strengthen decision-making in fire suppression.

SOLAT ISYAK DAN BACAAN YASSIN

i. Work Process Involved

Today, I participated in a congregational Isha prayer and Yassin recitation session with fellow team members. The event aimed to foster spiritual well-being and unity among personnel. The activities included:

• Congregational Isha Prayer – Performing the Isha prayer in a group to encourage discipline and devotion.

• Yassin Recitation – Reading Surah Yassin collectively for blessings and protection.

• Special Prayers (Doa Selamat) – Seeking divine guidance, protection, and safety in our duties as firefighters.

• Spiritual Reflection – Sharing reflections on faith, patience, and resilience in facing challenges.

• Brotherhood and Team Bonding – Strengthening camaraderie through religious activities.

ii. Equipment Used

• Al-Quran and Surah Yassin booklets

• Prayer mats and attire

• Microphone and speaker (if needed for recitation)

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with spiritual and psychological resilience in emergency services, reinforcing:

• The importance of mental and emotional well-being in high-stress professions.

• The role of faith and discipline in maintaining focus and morale.

• Team cohesion through shared religious and community activities.

iv. Issues and Challenges Faced

• Scheduling the session while balancing operational duties.

• Ensuring participation from all members despite shift rotations.

• Finding a suitable space for prayers in an operational setting.

v. Solutions

• Setting a fixed schedule for prayer sessions to allow better planning.

• Encouraging voluntary participation while respecting shift constraints.

• Designating a clean and quiet space within the station for religious gatherings.

KELAS PENERANGAN TATACARA PENGGUNAAN ALAT PERNAFASAN

i. Work Process Involved

Today, I attended a briefing on the proper procedures for using a Breathing Apparatus (BA), which is essential for firefighting in hazardous environments. The session covered:

• Introduction to Breathing Apparatus (BA) – Understanding the components, functions, and importance of the BA in firefighting operations.

• Pre-Operational Checks – Inspecting the BA set, checking pressure levels, and ensuring all components are functioning properly.

• Donning and Doffing Procedures – Step-by-step training on how to properly wear and remove the BA under different emergency conditions.

• Breathing Techniques and Air Management – Learning how to control breathing to maximize air supply and extend operational time in smoke-filled environments.

• Emergency Procedures – Handling low air supply situations, BA failures, and emergency exits from hazardous zones.

• Practical Exercise – Simulated training in a controlled environment to apply the learned skills in real-life scenarios.

ii. Equipment Used

• Self-Contained Breathing Apparatus (SCBA)

• Face masks and regulators

• Air cylinders and pressure gauges

• Breathing apparatus test bench

• Fire-resistant turnout gear

iii. Relation to Theory and Practical Studies at UMK

This training aligns with firefighter safety, hazardous environment operations, and emergency response studies at UMK, enhancing:

• Knowledge of respiratory protection and the importance of BA in fire and rescue operations.

• Practical skills in handling and maintaining BA equipment.

• Decision-making abilities in high-risk environments where air supply is limited.

iv. Issues and Challenges Faced

• Fogging of face masks due to improper sealing.

• Discomfort and difficulty breathing for first-time users.

• Managing air supply efficiently under stressful conditions.

v. Solutions

• Using anti-fogging solutions and ensuring proper mask fit.

• Conducting repeated practice sessions to improve comfort and confidence.

• Teaching controlled breathing techniques to maximize air usage.

SELENGGARA PERALATAN BERMOTOR, TIDAK BERMOTOR DAN STOR

i. Work Process Involved

Today, I was involved in the maintenance of motorized and non-motorized firefighting equipment, as well as the organization of storage areas. The tasks included:

• Inspection of Motorized Equipment – Checking fire engines, portable pumps, generators, and chainsaws for operational readiness.

• Servicing and Cleaning of Firefighting Tools – Ensuring hoses, nozzles, rescue tools, and cutting equipment are in proper working condition.

• Lubrication and Fuel Refill – Topping up engine oils, hydraulic fluids, and fuel for power tools and vehicles.

• Checking and Replacing Safety Gear – Inspecting and replacing damaged helmets, gloves, boots, and turnout gear.

• Storage Area Organization – Arranging equipment systematically for easy access during emergencies.

• Inventory Management – Recording and tracking equipment usage, checking for missing or damaged items.

ii. Equipment Used

• Fire engine (FRT) and emergency response vehicles

• Portable pumps and generators

• Hoses, nozzles, and couplings

• Power tools (chainsaw, hydraulic cutter, spreader)

• Hand tools (spanners, screwdrivers, pliers)

• Lubricants, fuel, and cleaning agents

iii. Relation to Theory and Practical Studies at UMK

This task aligns with firefighting equipment maintenance, mechanical engineering, and inventory managementstudies at UMK, enhancing:

• Understanding of motorized and non-motorized equipment functions and upkeep.

• Practical skills in servicing and troubleshooting firefighting tools.

• Efficiency in storage and inventory management for emergency readiness.

iv. Issues and Challenges Faced

• Wear and tear of frequently used equipment requiring urgent repairs.

• Limited spare parts availability causing delays in maintenance.

• Heavy workload due to the number of tools and equipment needing servicing.

v. Solutions

• Implementing a scheduled maintenance plan to prevent major breakdowns.

• Ensuring spare parts stock is maintained in the storeroom.

• Assigning team members specific equipment categories to speed up maintenance work.

PEMERIKSAAN PILI BOMBA

i. Work Process Involved

Today, I conducted a fire hydrant inspection to ensure its functionality and readiness for emergency use. The tasks included:

• Location Verification – Checking the exact placement of hydrants based on maps and records.

• Physical Inspection – Examining the hydrant body for signs of rust, leaks, or structural damage.

• Operational Testing – Opening the hydrant valve to check water pressure and flow rate.

• Cleaning and Lubrication – Removing dirt, debris, and applying lubrication to moving parts.

• Pressure Measurement – Using pressure gauges to assess whether the hydrant meets operational standards.

• Valve and Coupling Check – Ensuring ease of operation and compatibility with firefighting hoses.

• Reporting and Documentation – Recording findings, noting any faulty hydrants, and reporting necessary repairs.

ii. Equipment Used

• Hydrant key and wrench

• Pressure gauge

• Lubricants and cleaning tools

• Water flow measuring devices

• Fire station inspection checklist

iii. Relation to Theory and Practical Studies at UMK

This inspection aligns with fire suppression systems, water supply management, and fire safety regulations studied at UMK, enhancing:

• Understanding of hydrant systems and their role in firefighting.

• Practical skills in assessing water flow, pressure, and hydrant maintenance.

• Knowledge of municipal water supply networks and fire protection planning.

iv. Issues and Challenges Faced

• Blocked or buried hydrants due to overgrown vegetation or illegal structures.

• Low water pressure affecting fire suppression effectiveness.

• Damaged or missing hydrant caps leading to debris entering the system.

v. Solutions

• Clearing hydrant surroundings to ensure accessibility.

• Liaising with water authorities to resolve pressure issues.

• Installing protective covers and conducting regular inspections to prevent damage.

KELAS PENERANGAN STB

i. Work Process Involved

Today, I attended a briefing session on STB (Self-Contained Breathing Apparatus, Structural Firefighting Tactics, or another specific meaning related to fire and rescue operations). The session covered:

• Introduction to STB – Explanation of its purpose and significance in firefighting operations.

• Components and Functions – Understanding the various parts and mechanisms of STB.

• Proper Handling and Usage – Step-by-step guidance on correct handling techniques.

• Safety Precautions – Guidelines on safe operations to prevent malfunctions or accidents.

• Practical Demonstration – Hands-on practice in using STB in simulated emergency conditions.

• Troubleshooting and Maintenance – Identifying common issues and how to resolve them effectively.

ii. Equipment Used

• STB unit (based on the specific type being covered)

• Safety gear (gloves, masks, and protective clothing)

• Instructional manuals and visual guides

• Maintenance tools (if applicable)

iii. Relation to Theory and Practical Studies at UMK

This training aligns with firefighting strategies, equipment handling, and emergency response techniques taught at UMK, enhancing:

• Knowledge of specialized firefighting tools and their applications.

• Skills in operating and maintaining STB effectively.

• Preparedness in handling real-life emergency situations.

iv. Issues and Challenges Faced

• First-time users experiencing difficulty in handling STB.

• Understanding the technical aspects and troubleshooting procedures.

• Ensuring correct fit and secure handling during practical use.

v. Solutions

• Providing hands-on training and repeated practice sessions.

• Simplifying complex explanations with visual aids and demonstrations.

• Ensuring all personnel undergo periodic refresher courses.

TOT KAWAD KAKI

i. Work Process Involved

Today, I participated in the Training of Trainers (TOT) for Foot Drill, which focused on refining marching techniques, discipline, and leadership skills. The activities included:

• Introduction to Foot Drill – Understanding the objectives and importance of drills in uniformed services.

• Command Training – Practicing proper voice projection, tone, and timing when giving commands.

• Basic and Advanced Marching Techniques – Perfecting movements such as standing at attention, at ease, turning, and marching in formation.

• Coordination and Synchronization – Ensuring uniformity and precision in movements within a squad.

• Leadership in Drill Instruction – Learning effective methods to teach and correct drill movements among team members.

• Error Identification and Correction – Recognizing common mistakes in execution and how to correct them.

ii. Equipment Used

• Drill field or parade ground

• Whistle (for command emphasis)

• Training manuals on drill procedures

• Uniform and proper footwear for marching

iii. Relation to Theory and Practical Studies at UMK

This training aligns with leadership development, team coordination, and discipline training studied at UMK, enhancing:

• Understanding of structured command and control in group formations.

• Practical leadership skills in conducting and instructing foot drills.

• Teamwork and synchronization required in emergency response operations.

iv. Issues and Challenges Faced

• Difficulty in achieving perfect timing and synchronization within the team.

• New participants struggling to follow commands precisely.

• Fatigue due to prolonged standing and repeated drill practice.

v. Solutions

• Conducting slow-paced practice before increasing drill speed.

• Providing clear and repetitive command drills for better understanding.

• Scheduling short breaks to maintain stamina and concentration.

KAWAD OPERASI TANGGA

i. Work Process Involved

Today, I participated in a Ladder Operation Drill, which focused on the proper handling, positioning, and usage of ladders in firefighting and rescue operations. The training covered:

• Introduction to Ladder Types – Understanding the different types of ladders used in fire and rescue missions, such as extension ladders and roof ladders.

• Safe Handling and Carrying Techniques – Practicing the correct method to transport and position the ladder efficiently.

• Ladder Deployment and Positioning – Learning how to extend, secure, and stabilize ladders for various rescue scenarios.

• Climbing and Descending Techniques – Ensuring proper balance, grip, and safety when ascending and descending the ladder.

• Victim Rescue Simulation – Practicing the use of ladders in high-rise rescue operations.

• Ladder Maintenance and Inspection – Checking for defects, ensuring structural integrity, and conducting routine maintenance.

ii. Equipment Used

• Various types of firefighting ladders

• Personal protective equipment (PPE) such as gloves, helmets, and safety harnesses

• Ladder stabilizers and securing tools

• Training dummies for rescue simulations

iii. Relation to Theory and Practical Studies at UMK

This training aligns with fire rescue techniques, occupational safety, and emergency response strategies studied at UMK, enhancing:

• Practical application of ladder operations in firefighting and rescue missions.

• Understanding the mechanics and safety considerations of ladder usage.

• Skill development in high-risk rescue scenarios involving elevated structures.

iv. Issues and Challenges Faced

• Difficulty in stabilizing ladders on uneven or slippery surfaces.

• Proper weight distribution and coordination when carrying and extending ladders.

• Ensuring safety and minimizing the risk of falls during ladder operations.

v. Solutions

• Training on ground assessment to identify stable ladder placement points.

• Practicing coordinated lifting techniques to distribute weight evenly.

• Implementing strict adherence to safety protocols, including the use of harnesses and securing ropes.

KHIDMAT KHAS KUCING TERPERANGKAP BANGUNAN 7 ELEVEN PEKAN SLIM

i. Work Process Involved

Today, I was involved in a special rescue operation to save a cat trapped inside the 7-Eleven building at Pekan Slim. The process included:

• Situation Assessment – Identifying the cat’s location within the building and assessing possible rescue methods.

• Safety Precautions – Ensuring the safety of the team, bystanders, and the animal before proceeding with the rescue.

• Accessing the Trapped Animal – Using appropriate tools to carefully reach the cat without causing harm.

• Rescue and Extraction – Safely removing the cat from the confined space while minimizing stress on the animal.

• Post-Rescue Evaluation – Checking the cat’s condition and handing it over to the owner or a responsible authority.

ii. Equipment Used

• Rescue gloves (for safe handling of the cat)

• Animal snare or net (if needed)

• Flashlights for better visibility in confined spaces

• Ladder (if necessary for accessing high areas)

• First aid kit (in case the animal or rescuer required medical attention)

iii. Relation to Theory and Practical Studies at UMK

This operation aligns with animal rescue techniques, emergency response procedures, and public service responsibilities, enhancing:

• Problem-solving skills in urban rescue scenarios.

• Safe and humane handling of animals in distress.

• Application of risk assessment and safety measures in non-fire-related emergencies.

iv. Issues and Challenges Faced

• The cat was frightened and resisted rescue efforts, making it difficult to approach.

• Limited access to the area where the cat was trapped.

• Ensuring the cat’s safety without causing panic or injury.

v. Solutions

• Using calm and slow movements to gain the animal’s trust.

• Identifying alternative entry points to access the trapped cat.

• Employing minimal force and proper handling techniques to prevent injury.

KELAS PENERANGAN PENGGUNAAN GRIN

i. Work Process Involved

Today, I attended a briefing session on the usage of the GRIN system, which is essential for data management, reporting, and operational efficiency. The session covered:

• Introduction to GRIN System – Understanding the purpose, functions, and importance of the system in daily operations.

• System Navigation – Learning how to access and use the system efficiently.

• Data Entry and Management – Inputting, updating, and retrieving essential records.

• Report Generation – Extracting and analyzing data for operational planning.

• Troubleshooting and Common Errors – Identifying issues and resolving system-related problems.

ii. Equipment Used

• Computers or tablets with GRIN system access

• Projector and presentation slides

• Training manuals and system guidelines

iii. Relation to Theory and Practical Studies at UMK

This session relates to data management, digital record-keeping, and operational reporting, enhancing:

• Understanding of real-time digital information processing.

• Efficient data handling for documentation and reporting.

• Application of systematic record-keeping in emergency response.

iv. Issues and Challenges Faced

• New users had difficulties navigating the system.

• System lag and slow response during data entry.

• Understanding technical terms and functions within the system.

v. Solutions

• Providing step-by-step guidance and hands-on practice.

• Ensuring system updates and maintenance for smoother performance.

• Conducting follow-up training sessions for better understanding.

TOT PERALATAN KEBOMBAAN

i. Work Process Involved

Today, I attended a Training of Trainers (TOT) session on firefighting equipment, aimed at enhancing knowledge and skills in handling various firefighting tools. The session covered:

• Introduction to Firefighting Equipment – Understanding the purpose, function, and specifications of essential tools.

• Practical Demonstration – Hands-on training in using firefighting equipment such as hoses, nozzles, and breathing apparatus.

• Maintenance Procedures – Learning the correct methods for cleaning, inspecting, and servicing firefighting tools.

• Troubleshooting and Common Issues – Identifying faults and rectifying equipment malfunctions.

• Safety Protocols – Ensuring proper handling techniques to prevent accidents and injuries.

ii. Equipment Used

• Fire hoses and nozzles

• Breathing apparatus (BA)

• Fire extinguishers

• Hydraulic rescue tools (spreaders, cutters)

• Thermal imaging cameras

• Personal protective equipment (PPE)

iii. Relation to Theory and Practical Studies at UMK

This session relates to firefighting techniques, occupational safety, and emergency response protocols, enhancing:

• Practical understanding of firefighting tools and their applications.

• Safe and efficient equipment handling during fire emergencies.

• The importance of preventive maintenance to ensure equipment readiness.

iv. Issues and Challenges Faced

• Some equipment required additional calibration before use.

• Difficulty in handling heavy or complex tools for new trainees.

• Ensuring all participants fully understood the technical aspects.

v. Solutions

• Scheduled routine checks to ensure all equipment is in optimal condition.

• Providing hands-on practice and guidance for new trainees.

• Conducting refresher courses to reinforce learning and practical skills.

PEMERIKSAAN KIT INPECTION

i. Work Process Involved

Today, I was involved in a routine inspection of kit equipment to ensure all tools and gear were in proper working condition. The process included:

• Inventory Check – Verifying that all required items were present and accounted for.

• Equipment Functionality Test – Checking the operational status of tools such as breathing apparatus, fire hoses, and rescue kits.

• Condition Assessment – Inspecting for wear and tear, damages, or any expired equipment.

• Cleaning and Maintenance – Ensuring all gear was properly cleaned and stored for future use.

• Documentation and Reporting – Recording findings and reporting any defective or missing equipment for replacement.

ii. Equipment Used

• Firefighter’s Personal Protective Equipment (PPE)

• Breathing Apparatus (BA) Set

• Fire hoses and nozzles

• Hydraulic rescue tools (spreaders, cutters)

• Medical emergency kits

• Communication devices (walkie-talkies, radios)

iii. Relation to Theory and Practical Studies at UMK

This activity relates to equipment maintenance, safety checks, and emergency preparedness, enhancing:

• Understanding of systematic inspection and preventive maintenance procedures.

• Ensuring operational readiness in firefighting and rescue scenarios.

• Compliance with safety standards for effective emergency response.

iv. Issues and Challenges Faced

• Some equipment showed signs of wear and needed immediate servicing.

• Delays in obtaining replacement parts for damaged tools.

• Ensuring proper documentation and accountability for missing items.

v. Solutions

• Implementing a structured maintenance schedule to prevent equipment failure.

• Requesting timely procurement of spare parts and replacements.

• Conducting training on proper handling and storage to prolong equipment lifespan.

PEMERIKSAAN PERALATAN JENTERA

i. Work Process Involved

Today, I was involved in a routine inspection of firefighting machinery equipment to ensure all operational tools were in good working condition. The inspection covered:

• Visual Examination – Checking the external condition of machinery components for any visible damages or leaks.

• Engine and Pump System Check – Testing engine performance, fuel levels, and water pump functionality.

• Hydraulic and Electrical System Inspection – Ensuring proper function of hydraulic tools and electrical components.

• Lubrication and Fluid Check – Checking and refilling engine oil, coolant, and other essential fluids.

• Testing of Equipment Attachments – Verifying the readiness of hoses, nozzles, ladders, and other mounted tools.

• Documentation and Reporting – Recording any issues found and recommending maintenance or repairs.

ii. Equipment Used

• Fire engines and rescue vehicles

• Water pumps and hoses

• Hydraulic rescue tools (spreaders, cutters)

• Ladders and aerial platforms

• Generator sets and electrical components

• Personal Protective Equipment (PPE)

iii. Relation to Theory and Practical Studies at UMK

This inspection relates to mechanical maintenance, operational safety, and firefighting readiness, enhancing:

• Understanding of vehicle and machinery maintenance procedures.

• Ensuring firefighting and rescue equipment remains fully operational.

• Applying preventive maintenance strategies to minimize breakdowns during emergencies.

iv. Issues and Challenges Faced

• Minor leaks found in hydraulic systems that required immediate attention.

• Battery performance issues due to prolonged standby mode.

• Some equipment required calibration to maintain accuracy and efficiency.

v. Solutions

• Scheduling regular maintenance and servicing to prevent mechanical failures.

• Testing engine and battery performance weekly to ensure readiness.

• Conducting training sessions on proper handling and troubleshooting of machinery.

KELAS POS PENGURUSAN BANJIR

i. Work Process Involved

Today, I attended a Flood Management Post Class, focusing on the procedures and coordination required during flood emergencies. The session covered:

• Introduction to Flood Disaster Management – Understanding the causes, impacts, and response strategies for flood incidents.

• Roles and Responsibilities – Identifying the duties of various agencies, including fire and rescue teams, local authorities, and disaster relief organizations.

• Incident Command System (ICS) – Learning how to establish an effective command post to coordinate rescue and relief efforts.

• Evacuation and Shelter Management – Planning and executing the safe relocation of affected residents to emergency shelters.

• Communication and Coordination – Using radio communication and digital platforms to ensure smooth information flow during flood operations.

• Resource Management – Organizing and deploying essential resources such as food, medical supplies, and rescue boats.

ii. Equipment Used

• Communication devices (walkie-talkies, satellite phones)

• Flood gauges and weather monitoring tools

• Evacuation boats and life jackets

• Emergency response kits (first aid, food, water)

• Mapping and navigation tools (GPS, flood zone maps)

iii. Relation to Theory and Practical Studies at UMK

This class relates to disaster risk management, emergency response coordination, and crisis communication, enhancing:

• Understanding of flood management frameworks and response strategies.

• Practical application of rescue coordination and evacuation techniques.

• Effective teamwork and decision-making under emergency conditions.

iv. Issues and Challenges Faced

• Unpredictable weather conditions that can affect flood response planning.

• Difficulty in coordinating multiple agencies during large-scale flood operations.

• Limited resources in remote or severely affected areas.

v. Solutions

• Using real-time weather data and forecasting tools to improve response readiness.

• Establishing a structured chain of command to ensure smooth coordination.

• Pre-positioning emergency supplies in flood-prone areas for faster deployment.

PEMERIKSAAN PERALATAN JENTERA

i. Work Process Involved

Today, I was involved in a routine inspection of firefighting machinery equipment to ensure all operational tools were in good working condition. The inspection covered:

• Visual Examination – Checking the external condition of machinery components for any visible damages or leaks.

• Engine and Pump System Check – Testing engine performance, fuel levels, and water pump functionality.

• Hydraulic and Electrical System Inspection – Ensuring proper function of hydraulic tools and electrical components.

• Lubrication and Fluid Check – Checking and refilling engine oil, coolant, and other essential fluids.

• Testing of Equipment Attachments – Verifying the readiness of hoses, nozzles, ladders, and other mounted tools.

• Documentation and Reporting – Recording any issues found and recommending maintenance or repairs.

ii. Equipment Used

• Fire engines and rescue vehicles

• Water pumps and hoses

• Hydraulic rescue tools (spreaders, cutters)

• Ladders and aerial platforms

• Generator sets and electrical components

• Personal Protective Equipment (PPE)

iii. Relation to Theory and Practical Studies at UMK

This inspection relates to mechanical maintenance, operational safety, and firefighting readiness, enhancing:

• Understanding of vehicle and machinery maintenance procedures.

• Ensuring firefighting and rescue equipment remains fully operational.

• Applying preventive maintenance strategies to minimize breakdowns during emergencies.

iv. Issues and Challenges Faced

• Minor leaks found in hydraulic systems that required immediate attention.

• Battery performance issues due to prolonged standby mode.

• Some equipment required calibration to maintain accuracy and efficiency.

v. Solutions

• Scheduling regular maintenance and servicing to prevent mechanical failures.

• Testing engine and battery performance weekly to ensure readiness.

• Conducting training sessions on proper handling and troubleshooting of machinery.

PANGGILAN BARIS PASUKAN BERTUGAS

i. Work Process Involved

Today, I participated in the roll call for the duty team, which serves as an essential part of daily operations. The session included:

• Attendance Check – Ensuring all assigned personnel were present and ready for duty.

• Briefing on Daily Tasks – Communicating operational plans, scheduled inspections, and emergency preparedness.

• Assignment of Responsibilities – Allocating roles for fire station maintenance, equipment inspections, and standby teams.

• Review of Previous Shift Reports – Discussing any unresolved incidents or ongoing issues from the previous shift.

• Readiness Inspection – Ensuring all personnel had proper uniforms and equipment for duty.

• Safety and Preparedness Review – Reinforcing emergency response procedures and safety protocols.

ii. Equipment Used

• Attendance log and duty roster

• Communication devices (walkie-talkies, radios)

• Personal Protective Equipment (PPE)

• Station notice board for task allocation

iii. Relation to Theory and Practical Studies at UMK

This activity relates to leadership, team coordination, and operational management, enhancing:

• Understanding of structured communication within emergency services.

• Discipline and readiness in handling daily firefighting operations.

• Efficient team coordination for optimal response to emergencies.

iv. Issues and Challenges Faced

• Last-minute task adjustments due to sudden emergency calls.

• Communication delays among shifts affecting task handovers.

• Personnel fatigue from extended operations.

v. Solutions

• Implementing a digital duty roster for better shift management.

• Enhancing shift handover procedures to ensure smooth information transfer.

• Rotating personnel schedules to manage workload effectively.

SELENGGARA BANGUNAN DAN LANDSKAP

i. Work Process Involved

Today, I was involved in building and landscape maintenance to ensure a clean, safe, and well-maintained working environment. The tasks included:

• Building Inspection – Checking structural integrity, lighting, ventilation, and plumbing systems.

• Cleaning and Upkeep – Sweeping, mopping, and sanitizing common areas, dormitories, and offices.

• Equipment and Facility Maintenance – Ensuring fire extinguishers, electrical appliances, and plumbing systems function properly.

• Lawn and Garden Care – Cutting grass, trimming bushes, watering plants, and clearing fallen leaves.

• Drainage System Check – Clearing clogged drains to prevent water accumulation and mosquito breeding.

• Waste Management – Collecting and disposing of waste properly to maintain cleanliness.

ii. Equipment Used

• Cleaning supplies (brooms, mops, disinfectants)

• Lawn maintenance tools (lawnmower, trimmer, hose)

• Basic repair tools (screwdrivers, hammers, wrenches)

• Waste bins and garbage bags

iii. Relation to Theory and Practical Studies at UMK

This maintenance work relates to facility management, workplace hygiene, and environmental sustainability, enhancing:

• Understanding of preventive maintenance to prolong building lifespan.

• Implementation of safety measures for a clean and hazard-free environment.

• Practical application of sustainable landscaping techniques.

iv. Issues and Challenges Faced

• Limited manpower for large-scale cleaning and repairs.

• Weather conditions affecting outdoor maintenance work.

• Blocked drainage systems causing water stagnation.

v. Solutions

• Establishing a rotating duty schedule for maintenance tasks.

• Conducting cleaning activities during favorable weather conditions.

• Routine drainage checks to prevent blockages.

KAWAD OPERASI PAM 3A

i. Work Process Involved

Today, I participated in a Pump Operation Drill (Pam 3A) to enhance technical skills and operational efficiency. The session involved:

• Equipment Inspection – Checking the 3A pump system, hoses, and water sources before the drill.

• Water Source Identification – Locating and connecting to hydrants or alternative water supplies.

• Pump Activation and Pressure Control – Operating the pump system to maintain optimal water pressure for firefighting.

• Hose Deployment and Water Discharge – Practicing proper hose handling techniques for efficient water flow.

• Troubleshooting and Safety Measures – Identifying potential issues like pressure loss, hose kinks, and pump malfunctions.

• Shutdown and Maintenance – Flushing the system, coiling hoses, and storing equipment properly.

ii. Equipment Used

• 3A pump system

• Fire hoses and nozzles

• Hydrant keys and wrenches

• Safety gear (gloves, boots, helmets)

• Pressure gauges and flow meters

iii. Relation to Theory and Practical Studies at UMK

This drill relates to hydraulics, fire suppression techniques, and emergency response training, enhancing:

• Understanding of pump mechanics and water pressure dynamics.

• Efficient coordination in handling firefighting equipment.

• Application of fire suppression strategies in real-life scenarios.

iv. Issues and Challenges Faced

• Fluctuating water pressure affecting stream consistency.

• Hose kinks and improper deployment reducing water flow efficiency.

• Pump overheating due to extended operation.

v. Solutions

• Regular maintenance of pumps to ensure consistent performance.

• Proper hose management techniques to avoid tangling and kinking.

• Implementing controlled usage to prevent overheating and mechanical strain.

PERLAWANAN BOLA TAMPAR BERSAMA AGENSI

i. Work Process Involved

Today, I participated in a friendly volleyball match involving multiple agencies to strengthen teamwork, fitness, and inter-agency cooperation. The activities included:

• Warm-up and Stretching – Performing physical warm-ups to prevent injuries.

• Team Formation and Strategy Planning – Organizing team positions and discussing game strategies.

• Match Execution – Competing in a series of volleyball games following standard rules.

• Coordination and Communication – Enhancing teamwork through effective in-game communication.

• Cool Down and Post-Match Discussion – Stretching exercises and a short debrief on teamwork and sportsmanship.

ii. Equipment Used

• Volleyballs

• Sports attire and footwear

• Court markers and nets

• Scoreboard (if applicable)

iii. Relation to Theory and Practical Studies at UMK

This activity relates to team-building, sports science, and physical training, enhancing:

• Leadership and teamwork skills through sports engagement.

• Physical fitness and agility, which are crucial for firefighting.

• Inter-agency collaboration, fostering better coordination during real emergency responses.

iv. Issues and Challenges Faced

• Unfamiliar playing conditions, affecting performance.

• Fatigue due to continuous matches.

• Coordination issues between mixed teams.

v. Solutions

• Adapting to different court conditions through practice.

• Rotating players strategically to manage stamina.

• Enhancing communication and teamwork during matches.

KELAS HAMZAT

i. Work Process Involved

Today, I attended a HAZMAT training session to enhance knowledge and response skills in handling hazardous materials. The session covered:

• Introduction to Hazardous Materials – Understanding different types of hazardous substances, including chemical, biological, radiological, and explosive (CBRNE) threats.

• HAZMAT Incident Response – Learning the procedures for assessing, containing, and neutralizing hazardous spills or leaks.

• Personal Protective Equipment (PPE) Usage – Proper selection and donning of protective gear such as hazmat suits, gloves, masks, and SCBA (Self-Contained Breathing Apparatus).

• Decontamination Procedures – Steps for decontaminating personnel, equipment, and affected areas.

• Emergency Evacuation and Isolation – Techniques for securing hazardous zones and minimizing risks to responders and the public.

• Case Studies and Practical Scenarios – Reviewing real-life incidents to understand best practices and mistakes in HAZMAT operations.

ii. Equipment Used

• HAZMAT suits (Level A, B, and C)

• SCBA (Self-Contained Breathing Apparatus)

• Gas detectors and chemical testing kits

• Decontamination showers and neutralizing agents

• Communication devices (radio, walkie-talkies)

iii. Relation to Theory and Practical Studies at UMK

This training aligns with occupational safety, chemical risk management, and emergency response, enhancing:

• Theoretical knowledge of hazardous materials and their potential dangers.

• Practical skills in containment, PPE handling, and decontamination.

• Crisis management and inter-agency coordination during HAZMAT incidents.

iv. Issues and Challenges Faced

• Handling high-risk hazardous materials requires extreme caution and precision.

• Communication difficulties while wearing full protective gear.

• Limited visibility and mobility when using PPE.

v. Solutions

• Regular drills to improve response time and confidence in handling hazardous situations.

• Using clear and effective hand signals for communication during HAZMAT operations.

• Continuous training on new equipment and updated safety protocols.

UJIAN PAM ANGKUT MENGGUNAKAN AIR TERBUKA

i. Work Process Involved

Today, I participated in a pump test operation using an open water source to assess the performance and efficiency of the fire pump. The process included:

• Site Selection and Safety Check – Identifying a suitable open water source (lake, river, pond) and ensuring safety measures were in place.

• Pump Setup – Positioning the fire truck and preparing hoses, strainers, and suction pumps.

• Priming the Pump – Ensuring the pump was properly primed to draw water efficiently from the open source.

• Flow and Pressure Testing – Conducting tests to measure water flow rate, pressure levels, and pump stability.

• Monitoring Pump Performance – Observing pump functionality, identifying any malfunctions, and ensuring smooth operation.

• Shutting Down and Equipment Maintenance – Properly shutting down the pump, draining hoses, and inspecting for any wear or damage.

ii. Equipment Used

• Fire truck with onboard water pump

• Hard suction hoses and strainers

• Nozzles and pressure gauges

• Open water source (lake, river, or reservoir)

• Communication devices (radio, walkie-talkies)

iii. Relation to Theory and Practical Studies at UMK

This test is related to hydraulics, fire pump operations, and water supply management, improving:

• Understanding of fire pump mechanics and water pressure control.

• Practical experience in drawing water from open sources, applicable in rural or remote firefighting scenarios.

• Problem-solving skills in case of pump failure or low suction efficiency.

iv. Issues and Challenges Faced

• Air leaks in suction hoses affecting water intake.

• Debris in open water sources causing blockages.

• Fluctuating water pressure during the test.

v. Solutions

• Ensuring all hose connections are tightly sealed before operation.

• Using strainers to prevent debris from entering the pump.

• Adjusting throttle and pressure settings to stabilize water flow.

KELAS PENGOPERASIAN LIF TERSANGKUT

i. Work Process Involved

Today, I attended a Lift Operation and Rescue Training to enhance emergency response skills in cases of stuck elevators. The session covered:

• Understanding Elevator Mechanisms – Learning the basic structure, components, and working principles of different types of lifts.

• Causes of Lift Malfunctions – Identifying potential reasons for lift failures, including power outages, mechanical faults, or sensor malfunctions.

• Safety Procedures Before Rescue – Conducting pre-rescue checks such as verifying power supply, assessing risks, and establishing communication with trapped occupants.

• Manual Lift Door Opening – Practicing proper techniques to safely open elevator doors without causing damage or endangering occupants.

• Using Emergency Lift Controls – Learning how to reset and operate lift control systems for troubleshooting.

• Rescue Operations in High-Risk Situations – Handling cases where occupants may experience medical emergencies or panic attacks.

ii. Equipment Used

• Elevator emergency keys

• Multi-tool sets (crowbars, wrenches, screwdrivers)

• Safety harness and ropes (if needed for high-risk rescue)

• Communication devices (radio, intercom, or mobile phones)

• Flashlights and backup power sources

iii. Relation to Theory and Practical Studies at UMK

This training is related to mechanical engineering, emergency rescue operations, and occupational safety, enhancing:

• Understanding of lift system mechanics and troubleshooting methods.

• Practical experience in handling real-life elevator rescue situations.

• Coordination with building management and technical support teams.

iv. Issues and Challenges Faced

• Difficulty in accessing elevator control panels in some buildings.

• Limited visibility inside lift shafts during night or power outage rescues.

• Risk of panic attacks or injuries among trapped occupants.

v. Solutions

• Ensuring prior knowledge of different elevator models and their emergency systems.

• Using portable lighting and backup power sources for improved visibility.

• Calming and guiding trapped individuals through clear communication techniques.

KELAS PENCEGAHAN

i. Work Process Involved

Today, I attended a Prevention Class focusing on fire safety, risk reduction, and preventive measures. The session covered:

• Introduction to Fire Prevention – Understanding fire hazards, common causes, and ways to prevent fires in residential, commercial, and industrial settings.

• Types of Fire Hazards – Identifying electrical, chemical, and structural fire risks.

• Fire Safety Equipment – Learning about fire extinguishers, smoke detectors, sprinkler systems, and fire doors.

• Safe Work Practices – Emphasizing proper storage of flammable materials and electrical safety.

• Emergency Preparedness – Training on evacuation plans, assembly points, and fire drills.

• Public Awareness and Education – Methods to educate communities on fire prevention strategies.

ii. Equipment Used

• Fire extinguishers (ABC dry powder, CO₂, foam, and water)

• Smoke detectors and fire alarms

• Fire blankets and emergency exit signs

• Personal Protective Equipment (PPE)

• Fire drill and evacuation planning materials

iii. Relation to Theory and Practical Studies at UMK

This training relates to fire science, risk management, and public safety education, improving:

• Knowledge of fire prevention strategies based on safety regulations.

• Understanding of fire behavior and suppression techniques.

• Ability to conduct fire risk assessments and implement safety measures.

iv. Issues and Challenges Faced

• Lack of awareness and preparedness among the public regarding fire prevention.

• Obstructions in fire escape routes during practical drills.

• Difficulty in maintaining fire safety equipment in older buildings.

v. Solutions

• Organizing frequent fire awareness programs for communities and workplaces.

• Ensuring clear and accessible fire escape routes in all buildings.

• Conducting regular maintenance and inspection of fire safety equipment.

TESTCALL OLEH KETUA BALAI

i. Work Process Involved

Today, the Station Chief conducted a Test Call (Testcall) to evaluate the efficiency and readiness of the fire station’s communication system and response time. The process included:

• Verification of Communication Systems – Ensuring all radios, walkie-talkies, and emergency hotline systems are functioning properly.

• Response Time Evaluation – Measuring the speed and accuracy of personnel in responding to the test call.

• Operational Readiness Check – Confirming that all on-duty personnel are in their designated positions and prepared for emergency deployment.

• Coordination with Dispatch Center – Simulating emergency scenarios to assess coordination between the fire station and the command center.

• Review and Feedback – Identifying strengths and areas for improvement in communication protocols.

ii. Equipment Used

• Two-way radios and walkie-talkies

• Emergency hotline system

• Station PA system

• Response time tracking system

iii. Relation to Theory and Practical Studies at UMK

This training relates to emergency response coordination, communication management, and crisis preparedness, enhancing:

• Understanding of real-time emergency communication procedures.

• Practical experience in handling high-pressure response scenarios.

• Effective coordination between station personnel and the command center.

iv. Issues and Challenges Faced

• Signal interference in certain areas affecting radio clarity.

• Delays in response time due to technical difficulties.

• Personnel adjustments required based on shift availability.

v. Solutions

• Testing and upgrading communication devices regularly to ensure clear signals.

• Implementing alternative communication channels (backup radios, mobile networks).

• Enhancing shift scheduling to maintain optimal manpower for rapid response.

UJIAN PERJALANAN JENTERA DAN PEMANTAUAN KAWASAN HOTSPOT BANJIR

i. Work Process Involved

Today, I was involved in the Vehicle Travel Test and Flood Hotspot Monitoring, which included:

• Vehicle Performance Test – Conducting a test run of emergency vehicles to assess engine performance, braking system, and maneuverability.

• Inspection of Critical Flood Areas – Identifying flood-prone locations based on previous flood incidents and rainfall data.

• Assessment of Drainage Systems – Checking the efficiency of drainage channels, culverts, and water retention systems.

• Weather Condition Monitoring – Reviewing meteorological reports to anticipate potential flood risks.

• Coordination with Local Authorities – Sharing observations with relevant agencies to improve flood response plans.

• Community Awareness – Engaging with residents in flood-prone areas to inform them about preparedness measures.

ii. Equipment Used

• Emergency response vehicles (fire trucks, rescue vehicles)

• GPS tracking and mapping tools

• Water level monitoring instruments

• Weather forecast data systems

• Communication devices (radios, mobile phones)

iii. Relation to Theory and Practical Studies at UMK

This operation aligns with disaster risk management, hydrology, and emergency response planning, enhancing:

• Understanding of vehicle readiness in disaster response.

• Application of flood risk assessment techniques based on theoretical studies.

• Real-time data collection for flood mitigation strategies.

iv. Issues and Challenges Faced

• Unpredictable weather conditions affecting monitoring accuracy.

• Limited accessibility in certain flood-prone areas due to poor road conditions.

• Drainage blockages worsening flood risks in some locations.

v. Solutions

• Using satellite and radar-based weather monitoring for better flood prediction.

• Establishing alternative routes for emergency access in flood-prone zones.

• Collaborating with local councils for regular drainage maintenance.

UJIAN BOT DI TASIK YDP

i. Work Process Involved

Today, I participated in the Boat Testing at YDP Lake, which included:

• Engine and Mechanical Inspection – Checking the boat’s engine, fuel system, and battery power to ensure proper functionality.

• Buoyancy and Stability Test – Evaluating the boat’s balance and stability on water under different conditions.

• Navigation and Maneuverability – Conducting test runs to assess turning radius, speed, and responsiveness.

• Safety Equipment Check – Ensuring that life jackets, emergency flares, and first aid kits are in place and functional.

• Radio and Communication System Test – Verifying the efficiency of onboard communication devices for emergency response.

• Load Capacity Assessment – Testing the boat’s ability to carry personnel and rescue equipment without compromising stability.

ii. Equipment Used

• Rescue boat (aluminum or inflatable)

• Personal protective equipment (PPE) – life jackets, gloves, boots

• Emergency communication devices (walkie-talkies, marine radio)

• Navigation tools (GPS, compass)

• Mechanical tools for minor adjustments

iii. Relation to Theory and Practical Studies at UMK

This training aligns with water rescue operations, navigation safety, and emergency response planning, enhancing:

• Understanding of boat mechanics and operational readiness.

• Practical application of water rescue techniques and emergency drills.

• Navigation and weather assessment skills for safe deployment.

iv. Issues and Challenges Faced

• Unstable weather conditions affecting testing accuracy.

• Minor mechanical issues requiring on-site troubleshooting.

• Limited visibility in certain areas of the lake, affecting navigation.

v. Solutions

• Performing routine maintenance to prevent mechanical failures.

• Using weather monitoring tools to choose optimal testing times.

• Marking navigation routes for better visibility and safer operation.

PEMERIKSAAN PERALATAN JENTERA

i. Work Process Involved

Today, I conducted a Vehicle Equipment Inspection, which included:

• Engine and Mechanical System Check – Inspecting the vehicle’s engine, transmission, and braking system to ensure smooth operation.

• Fire Pump Inspection – Testing the pump pressure and water flow rate to verify its functionality.

• Hose and Nozzle Check – Examining hoses and nozzles for leaks, blockages, and wear-and-tear.

• Electrical System and Lighting Test – Ensuring all emergency lights, sirens, and radios are functioning properly.

• Tool and Equipment Inventory – Verifying the availability and condition of essential firefighting tools such as axes, pry bars, and breathing apparatus.

• Fuel and Fluid Level Inspection – Checking levels of fuel, engine oil, hydraulic fluid, and coolant.

ii. Equipment Used

• Fire truck and emergency response vehicles

• Fire pump and hose reel system

• Hydraulic rescue tools (spreaders, cutters)

• Personal protective equipment (PPE)

• Communication devices (radio, siren system)

• Diagnostic tools for engine and battery check

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with vehicle maintenance, emergency response readiness, and equipment management, enhancing:

• Knowledge of firefighting vehicle mechanics and operational readiness.

• Practical application of maintenance protocols for emergency equipment.

• Safety awareness and compliance with firefighting standards.

iv. Issues and Challenges Faced

• Wear-and-tear on hoses and nozzles, requiring replacements.

• Minor electrical faults affecting emergency lights and sirens.

• Time constraints in conducting a thorough inspection due to operational demands.

v. Solutions

• Scheduling regular preventive maintenance to avoid equipment failure.

• Immediate replacement of faulty or worn-out equipment.

• Assigning personnel for systematic inspection to ensure efficiency.

KERJA MENGISI MY PERFOME ANGGOTA

i. Work Process Involved

Today, I was responsible for filling in and updating the MyPerformance (MyP) system for personnel, which included:

• Accessing the MyPerformance System – Logging into the official platform to retrieve and input performance data.

• Reviewing Job Scope and Responsibilities – Ensuring each personnel’s tasks and achievements are accurately documented.

• Inputting Monthly and Annual Performance Metrics – Recording key performance indicators (KPIs) related to attendance, response times, and completed duties.

• Updating Training and Professional Development Records – Documenting courses, certifications, and training attended by personnel.

• Verifying and Cross-Checking Data – Ensuring accuracy and consistency before submission for assessment.

• Generating Reports for Management Review – Preparing performance summaries for evaluation by superiors.

ii. Equipment Used

• Computer/laptop

• MyPerformance (MyP) online system

• Personnel records and duty logs

• Internet connection

• Official reporting templates

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with human resource management, performance evaluation, and organizational administration, enhancing:

• Understanding of digital performance tracking systems.

• Practical application of data management and evaluation techniques.

• Compliance with structured reporting for workforce efficiency.

iv. Issues and Challenges Faced

• Slow system response or downtime affecting data entry.

• Incomplete or missing personnel records requiring follow-up.

• Time constraints in updating multiple records within a limited period.

v. Solutions

• Performing updates during off-peak hours to avoid system congestion.

• Ensuring personnel regularly update their records to maintain accuracy.

• Implementing a systematic approach to manage large volumes of data efficiently.

LAWATAN PRA SEKOLAH SKSR KELAB 3 K

i. Work Process Involved

Today, I was involved in hosting a pre-school visit from SKSR (Kelab 3K), focusing on fire safety education and interactive engagement, which included:

• Welcoming and Briefing – Introducing the children to the fire station, its functions, and basic fire safety.

• Fire Safety Demonstration – Teaching pre-schoolers about fire hazards, stop-drop-roll techniques, and safe evacuation procedures.

• Introduction to Firefighting Equipment – Showing basic firefighting tools such as helmets, fire hoses, and breathing apparatus.

• Fire Truck Tour – Allowing children to explore the fire truck, explaining its components and usage.

• Interactive Q&A Session – Engaging the children in a fun, educational discussion on fire prevention.

• Photo Session and Souvenir Distribution – Capturing memorable moments and giving small gifts to the participants.

ii. Equipment Used

• Fire safety posters and educational materials

• Firefighting personal protective equipment (PPE)

• Fire hoses and nozzles

• Breathing apparatus

• Fire truck for demonstration

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with community engagement, safety awareness, and public education, enhancing:

• Practical experience in delivering fire safety training to young audiences.

• Understanding the importance of community-based fire prevention programs.

• Communication and public speaking skills in educating different age groups.

iv. Issues and Challenges Faced

• Keeping young children engaged and focused throughout the session.

• Ensuring that fire safety information is presented in a fun and understandable manner.

• Managing a large group of students safely within the fire station environment.

v. Solutions

• Using storytelling and interactive activities to maintain their attention.

• Demonstrating safety practices through role-play and hands-on experiences.

• Coordinating with teachers to maintain order and safety during the visit.

KELAS PENGURUSAN SISTEM TUGASAN BALAI

i. Work Process Involved

Today, I attended a training session on the Fire Station Task Management System, which covered:

• Introduction to the Task Management System – Overview of the system’s purpose, functions, and importance in daily operations.

• Task Allocation and Monitoring – Learning how tasks are assigned, tracked, and recorded for operational efficiency.

• Incident Reporting Procedures – Understanding how to log emergency responses, including time stamps and key details.

• Duty Roster Management – Managing shift schedules and personnel assignments through the system.

• Equipment and Resource Tracking – Ensuring fire station equipment and vehicles are accounted for and maintained.

• Case Studies and Practical Applications – Simulating real-life scenarios to apply system knowledge effectively.

ii. Equipment Used

• Fire Station Task Management System (computer software)

• Laptops and desktop computers

• Duty roster and personnel database

• Incident reporting templates

iii. Relation to Theory and Practical Studies at UMK

This training aligns with fire station administration, task management, and emergency response coordination, enhancing:

• Practical application of digital task management tools.

• Efficient documentation and reporting of emergency incidents.

• Improved coordination and resource management in firefighting operations.

iv. Issues and Challenges Faced

• System lag or technical issues affecting task allocation.

• Understanding complex features of the software for new users.

• Ensuring all personnel are familiar with proper reporting protocols.

v. Solutions

• Providing additional training sessions to improve system proficiency.

• Developing user-friendly guides and tutorials for quick reference.

• Encouraging consistent usage of the system to enhance familiarity and efficiency.

SENAMAN PAGI

i. Work Process Involved

Today, I participated in a morning exercise session to maintain physical fitness and endurance, which included:

• Warm-up Routine – Stretching and light exercises to prevent injuries.

• Cardio Workouts – Running, jogging, or skipping to improve stamina.

• Strength Training – Bodyweight exercises such as push-ups, squats, and sit-ups to build muscle endurance.

• Agility and Flexibility Drills – Activities such as ladder drills and stretching for better movement and coordination.

• Cool Down and Recovery – Light stretching to relax muscles and prevent soreness.

ii. Equipment Used

• Running track or open field

• Cones and agility ladders (if applicable)

• Resistance bands or dumbbells (if applicable)

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with physical fitness training, endurance building, and occupational health, enhancing:

• Better physical readiness for firefighting and rescue operations.

• Improved stamina and endurance, essential for high-intensity tasks.

• Team-building and coordination among personnel.

iv. Issues and Challenges Faced

• Fatigue or muscle soreness affecting performance.

• Weather conditions such as rain or extreme heat impacting outdoor training.

• Different fitness levels among personnel requiring adaptive workout routines.

v. Solutions

• Implementing progressive training to avoid excessive fatigue.

• Utilizing indoor spaces when weather conditions are unfavorable.

• Providing modified exercises to accommodate different fitness levels.

KELAS PENERANGAN PERALATAN RTA

i. Work Process Involved

Today, I attended a briefing session on Road Traffic Accident (RTA) equipment, which covered:

• Introduction to RTA Equipment – Overview of essential tools used in vehicle extrication and accident rescue.

• Demonstration of Hydraulic Rescue Tools – Hands-on explanation of the “Jaws of Life”, spreaders, cutters, and rams.

• Techniques for Vehicle Stabilization – Proper use of chocks, wedges, and struts to prevent vehicle movement during rescues.

• Glass and Door Removal Procedures – Safe methods for breaking windows and cutting doors without injuring victims.

• Emergency Medical Aid Considerations – Coordination with paramedics to ensure safe victim extraction.

• Safety Measures and Best Practices – Guidelines to prevent injuries while using heavy rescue tools.

ii. Equipment Used

• Hydraulic spreaders, cutters, and rams (Jaws of Life)

• Stabilization tools (wedges, struts, chocks)

• Glass-breaking tools and windshield saws

• Medical support kits (spinal boards, first aid kits)

• Protective gear (gloves, goggles, helmets, and fire-resistant suits)

iii. Relation to Theory and Practical Studies at UMK

This training aligns with vehicle extrication techniques, emergency response protocols, and victim rescue strategies, enhancing:

• Practical application of extrication tools and accident scene management.

• Understanding of rescue procedures in complex vehicle crash scenarios.

• Coordination between fire and rescue personnel for efficient RTA operations.

iv. Issues and Challenges Faced

• Handling heavy hydraulic tools requires strength and technique.

• Limited space during real-life accident rescues can restrict movement.

• Risk of secondary hazards such as fuel leaks or electrical fires.

v. Solutions

• Regular strength training and practice to improve tool handling skills.

• Simulated rescue drills in confined spaces to enhance adaptability.

• Strict adherence to safety protocols and hazard assessments before operations.

DEMO KEBAKARAN DAN PAMERAN KARNIVAL USAHAWAN DI SK BESAOUT 5

i. Work Process Involved

Today, I was involved in a fire demonstration and exhibition event at the Entrepreneur Carnival in SK Besout 5, which included:

• Fire Safety Briefing – Educating students and attendees about fire hazards, prevention, and emergency response.

• Fire Extinguisher Demonstration – Teaching proper techniques for using fire extinguishers on small fires.

• Kitchen Fire Simulation – Demonstrating the correct way to handle cooking oil fires and prevent kitchen accidents.

• Emergency Evacuation Drill – Guiding students on how to safely evacuate during a fire emergency.

• Exhibition of Firefighting Equipment – Showcasing firefighting gear, breathing apparatus, fire hoses, and rescue tools.

• Interactive Engagement with Students – Allowing students to experience handling fire safety equipment and understand the role of firefighters.

ii. Equipment Used

• Fire extinguishers (ABC dry powder, CO₂, foam, and water type)

• Fire blankets for kitchen fire demonstrations

• Fire hoses and nozzle for firefighting simulations

• Personal protective equipment (PPE) – fire-resistant suits, helmets, and gloves

• Breathing apparatus for demonstration purposes

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with fire prevention education, community safety awareness, and emergency response training, enhancing:

• Practical application of fire safety knowledge in public awareness programs.

• Improving community engagement in fire prevention and emergency preparedness.

• Understanding fire extinguisher types and their effectiveness in different fire scenarios.

iv. Issues and Challenges Faced

• Ensuring crowd control during the demonstration to maintain safety.

• Some students were hesitant or fearful of handling fire extinguishers.

• Weather conditions (if outdoor) could affect the demonstration process.

v. Solutions

• Setting up a designated safe area for the demonstration with clear instructions.

• Encouraging hands-on participation while providing proper guidance and supervision.

• Preparing alternative indoor arrangements in case of unfavorable weather conditions.

RUTIN PENTADBIRAN

i. Work Process Involved

Today, I was involved in various administrative tasks to ensure the smooth operation of the fire station, including:

• Daily Attendance and Duty Roster Check – Verifying personnel attendance and updating the duty schedule.

• Record Keeping and Documentation – Updating reports on station activities, incidents, and operational logs.

• Equipment and Inventory Management – Checking and recording the availability of firefighting gear and operational tools.

• Station Maintenance Coordination – Scheduling and supervising cleaning and upkeep of the fire station.

• Correspondence and Communication – Handling official emails, memos, and notifications related to station operations.

• Briefing and Task Assignments – Conducting short meetings to discuss daily tasks, operations, and ongoing issues.

ii. Equipment Used

• Computers and station management software

• Attendance records and duty roster system

• Inventory checklists and logbooks

• Communication devices (walkie-talkies, phones, email system)

• Office stationery and filing systems

iii. Relation to Theory and Practical Studies at UMK

This administrative work relates to fire station management, emergency response coordination, and operational planning, enhancing:

• Understanding the importance of proper documentation and reporting.

• Practical application of personnel and resource management within an emergency services setting.

• Developing communication and coordination skills required for effective station operation.

iv. Issues and Challenges Faced

• Ensuring all reports and documentation are completed accurately and on time.

• Managing and organizing a large volume of administrative tasks efficiently.

• Coordinating schedules and personnel assignments to avoid operational conflicts.

v. Solutions

• Implementing a structured system for task prioritization and completion.

• Using digital tools for efficient data entry and retrieval of reports.

• Conducting regular briefings to ensure all team members are aligned with daily tasks and objectives.

KELAS PENGURUSAN SISTEM FAIL

i. Work Process Involved

Today, I attended a File Management System Class, which covered the following aspects:

• Introduction to File Management – Understanding the importance of proper filing systems in an organization.

• Types of Filing Systems – Learning about physical and digital filing methods, including classification, indexing, and retrieval.

• Standard Operating Procedures (SOPs) for File Handling – Reviewing best practices in maintaining, archiving, and disposing of documents.

• Security and Confidentiality – Ensuring proper handling of sensitive documents to maintain confidentiality.

• Practical Session – Hands-on experience in organizing, labeling, and retrieving files efficiently.

ii. Equipment Used

• Physical file cabinets and folders

• Computers with document management software

• Stationery (labels, markers, and indexing tools)

• Security protocols for document handling

iii. Relation to Theory and Practical Studies at UMK

This session is directly related to administrative management, record-keeping, and organizational efficiency, enhancing:

• Understanding of systematic document storage and retrieval techniques.

• Application of digital filing systems to improve workflow efficiency.

• Implementation of security measures to safeguard official records.

iv. Issues and Challenges Faced

• Ensuring all personnel adhere to standardized filing procedures.

• Managing a large volume of files and preventing misplacement.

• Transitioning from physical to digital record-keeping efficiently.

v. Solutions

• Establishing clear filing guidelines and conducting regular training.

• Implementing a systematic labeling and categorization method.

• Utilizing digital tools for more efficient and secure document management.

PANGGILAN BARIS ANGGOTA

i. Work Process Involved

Today, I participated in the Personnel Roll Call, which included the following steps:

• Attendance Checking – Verifying the presence of all personnel scheduled for duty.

• Uniform and Equipment Inspection – Ensuring all members were properly attired and equipped for their respective roles.

• Briefing on Daily Operations – Assigning tasks, reviewing ongoing activities, and discussing important updates.

• Safety and Discipline Reminders – Reinforcing protocols related to workplace safety, punctuality, and teamwork.

• Final Acknowledgment – Confirming that all personnel understood their tasks before dispersing.

ii. Equipment Used

• Attendance logbook or digital attendance system

• Firefighting and rescue gear (if applicable)

• Walkie-talkies or communication devices for coordination

• Duty roster for task assignments

iii. Relation to Theory and Practical Studies at UMK

This roll call session relates to leadership, team coordination, and emergency preparedness, enhancing:

• Understanding of structured personnel management and task delegation.

• The importance of discipline and adherence to standard operating procedures (SOPs).

• Effective communication and briefing skills for clear task execution.

iv. Issues and Challenges Faced

• Ensuring all personnel report on time for roll call.

• Addressing last-minute duty changes and personnel availability.

• Maintaining strict discipline while fostering teamwork and morale.

v. Solutions

• Implementing reminders and stricter attendance monitoring.

• Using digital scheduling tools to manage duty shifts efficiently.

• Encouraging open communication to resolve scheduling conflicts.

PEMERIKSAAN PERALATAN

i. Work Process Involved

Today, I was involved in the inspection of equipment, which included the following steps:

• Inventory Check – Verifying the availability and completeness of all essential tools and equipment.

• Physical Inspection – Examining each item for wear, damage, or malfunction.

• Functionality Test – Testing critical equipment such as breathing apparatus, fire hoses, pumps, and rescue tools.

• Maintenance and Servicing – Performing minor repairs, refueling, or recharging where necessary.

• Documentation and Reporting – Recording findings in the equipment logbook and reporting defective items for further action.

ii. Equipment Used

• Fire hoses and nozzles

• Breathing apparatus (BA set)

• Portable and fixed firefighting pumps

• Rescue tools (cutters, spreaders, and ropes)

• Personal protective equipment (PPE)

• Logbook for inspection records

iii. Relation to Theory and Practical Studies at UMK

This activity is related to fire safety management, equipment maintenance, and emergency preparedness, enhancing:

• Knowledge of equipment handling and safety compliance.

• Practical skills in maintaining operational efficiency of firefighting tools.

• Understanding preventive maintenance to minimize equipment failure during emergencies.

iv. Issues and Challenges Faced

• Wear and tear of frequently used equipment.

• Limited spare parts for immediate repairs.

• Ensuring all personnel adhere to scheduled inspections.

v. Solutions

• Regular servicing and replacement of worn-out equipment.

• Keeping a stock of essential spare parts for quick repairs.

• Implementing a structured maintenance schedule to ensure consistent inspections.

KELAS PENGURUSAN RANCANGAN KERJA

i. Work Process Involved

Today, I attended the Work Planning Management Class, which covered the following aspects:

• Introduction to Work Planning – Understanding the importance of structured task planning in fire and rescue operations.

• Task Prioritization – Learning how to organize tasks based on urgency and available resources.

• Time Management Techniques – Strategies to enhance productivity and minimize delays in daily operations.

• Risk Assessment and Contingency Planning – Identifying potential challenges and preparing solutions in advance.

• Documentation and Reporting – Proper methods for recording work plans, duty schedules, and progress reports.

ii. Equipment Used

• Training materials (presentation slides, whiteboard, and markers)

• Work planning templates and duty rosters

• Communication devices for team coordination

iii. Relation to Theory and Practical Studies at UMK

This class is related to organizational management, leadership, and strategic planning, improving:

• Understanding of effective task delegation and workforce management.

• The ability to create structured work schedules that align with operational needs.

• Practical knowledge of resource allocation and time optimization in emergency response.

iv. Issues and Challenges Faced

• Balancing emergency response duties with planned activities.

• Ensuring all team members understand and adhere to structured work planning.

• Adjusting plans dynamically based on real-time operational needs.

v. Solutions

• Implementing flexible work schedules to accommodate urgent tasks.

• Regular briefing sessions to ensure personnel are aligned with planning objectives.

• Utilizing digital tools for more efficient task tracking and coordination.

KELAS KEJURUTERAAN

i. Work Process Involved

Today, I attended the Engineering Class, which focused on the following aspects:

• Introduction to Firefighting Machinery – Understanding the working principles of fire engines, pumps, and rescue tools.

• Mechanical Components Overview – Studying essential engine parts such as the fuel system, cooling system, and hydraulic mechanisms.

• Equipment Maintenance and Troubleshooting – Learning basic repair techniques and diagnosing common issues in firefighting equipment.

• Practical Demonstration – Hands-on practice in inspecting and maintaining fire pumps, vehicle engines, and portable rescue tools.

• Safety Protocols in Equipment Handling – Emphasizing the importance of proper maintenance procedures to prevent mechanical failures during operations.

ii. Equipment Used

• Fire engine (for system explanation and practical training)

• Portable fire pumps and generators

• Mechanical tools (wrenches, screwdrivers, and diagnostic kits)

• Technical manuals and engineering blueprints

iii. Relation to Theory and Practical Studies at UMK

This class is related to mechanical engineering, fire engine maintenance, and rescue equipment technology, enhancing:

• Understanding of firefighting vehicle mechanics and operational efficiency.

• Hands-on experience in diagnosing and repairing essential firefighting tools.

• Application of engineering principles to optimize fire rescue operations.

iv. Issues and Challenges Faced

• Complexity of engine components requiring detailed technical knowledge.

• Limited availability of spare parts for certain equipment.

• Time constraints in conducting full equipment maintenance during training.

v. Solutions

• Regular engineering classes to deepen understanding of machinery and tools.

• Ensuring a stock of essential spare parts for quick repairs.

• Implementing a step-by-step approach to learning, from basic maintenance to advanced troubleshooting.

PEMANTAUAN BANJIR DI KAMPUNG RASAU

i. Work Process Involved

Today, I was involved in flood monitoring at Kampung Rasau due to continuous rainfall that raised water levels. The process included:

• Initial Area Assessment – Conducting a site survey to evaluate flood-prone zones and water levels.

• Weather and Water Level Monitoring – Using meteorological data and flood gauges to track rainfall intensity and river levels.

• Risk Assessment – Identifying areas at high risk of flooding, including residential homes, roads, and low-lying zones.

• Community Engagement – Advising residents on necessary safety precautions and evacuation protocols.

• Coordination with Emergency Response Teams – Working alongside local authorities, police, and disaster response agencies to prepare for potential evacuations.

ii. Equipment Used

• Flood gauges and weather monitoring devices

• Walkie-talkies and mobile communication tools

• Emergency response kits (first aid, food, water)

• Rescue boats (if necessary for evacuation)

• Personal protective equipment (PPE) such as boots, gloves, and high-visibility vests

iii. Relation to Theory and Practical Studies at UMK

This operation relates to disaster management, environmental science, and emergency response training, improving:

• Practical skills in flood risk assessment and mitigation strategies.

• Application of hydrological data to predict and manage flood risks.

• Emergency planning and coordination with other agencies.

iv. Issues and Challenges Faced

• Unpredictable weather patterns affecting flood forecasts.

• Poor drainage in certain areas, leading to rapid water accumulation.

• Limited access to flooded locations due to rising water levels.

v. Solutions

• Using real-time weather data and flood prediction models for better accuracy.

• Recommending drainage improvements to reduce future flood risks.

• Establishing emergency routes and alternative access points for rescue operations.

KAWAD KAKI

i. Work Process Involved

Today's training focused on enhancing marching techniques, discipline, and synchronization. The process included:

• Briefing Session – Explanation of commands, objectives, and expectations for the drill.

• Basic Marching Techniques – Practicing formations, turns, and synchronized movements.

• Command Execution – Responding to verbal commands with precision and coordination.

• Advanced Drills – Including parade formations, quick marches, and emergency response drills.

• Team Coordination – Strengthening teamwork and communication through synchronized movements.

ii. Equipment Used

• Parade Ground / Training Area

• Whistle and voice commands for drill instruction

• Uniforms and boots for proper marching posture

iii. Relation to Theory and Practical Studies at UMK

This training relates to disciplinary development, physical fitness, and operational readiness, improving:

• Discipline and leadership skills through structured training.

• Physical endurance and stamina essential for emergency response operations.

• Teamwork and synchronized coordination, crucial for firefighting missions.

iv. Issues and Challenges Faced

• Fatigue due to prolonged training sessions under the sun.

• Difficulty in maintaining synchronized movements for new recruits.

• Miscommunication in command execution affecting coordination.

v. Solutions

• Regular hydration breaks and proper warm-up sessions to prevent exhaustion.

• Additional practice for new personnel to improve marching skills.

• Clear and loud command delivery to enhance coordination and response.

PEMBERSIHAN LANDSKAP KAWASAN JAGAAN

i. Work Process Involved

The process involved cleaning, maintaining, and improving the landscape area to ensure a neat and orderly environment. Tasks performed included:

• Grass Cutting and Trimming – Using lawn mowers and trimmers to maintain a tidy lawn.

• Weeding and Debris Removal – Clearing unwanted plants, dried leaves, and rubbish from the area.

• Tree Pruning – Trimming overgrown branches for safety and aesthetic purposes.

• Watering and Fertilization – Ensuring plants and trees receive proper care.

• Sweeping and Raking – Keeping pathways and common areas clean and hazard-free.

ii. Equipment Used

• Lawn mower and grass trimmer

• Rakes, hoes, and brooms

• Garbage bags and disposal bins

• Gloves and personal protective gear

iii. Relation to Theory and Practical Studies at UMK

This task aligns with environmental management and facility maintenance, improving:

• Workplace hygiene and safety by maintaining a clean and organized surrounding.

• Teamwork and time management through coordinated maintenance efforts.

• Practical application of landscape maintenance techniques for sustainable green spaces.

iv. Issues and Challenges Faced

• Weather conditions affecting the efficiency of work (rain or extreme heat).

• Accumulation of leaves and weeds requiring frequent maintenance.

• Limited manpower affecting the speed of cleaning tasks.

v. Solutions

• Scheduling maintenance work during cooler hours to avoid extreme weather.

• Assigning routine cleaning tasks to ensure continuous upkeep.

• Team rotation to distribute workload efficiently.

PANGGILAN BARIS MALAM

i. Work Process Involved

The Night Roll Call is a standard routine to verify attendance, disseminate important updates, and prepare the team for night duties. The process involved:

• Personnel Attendance Check – Ensuring all assigned members are present and accounted for.

• Briefing on Shift Duties – Assigning roles and responsibilities for the night shift.

• Equipment and Vehicle Status Update – Ensuring all necessary firefighting and rescue tools are in working condition.

• Review of Emergency Procedures – Reaffirming response protocols for potential incidents.

• Discussion of Any Outstanding Issues – Addressing operational concerns from the previous shift.

ii. Equipment Used

• Attendance record book / duty roster

• Communication devices (walkie-talkies, radios, PA system)

• Station logbook for recording updates

iii. Relation to Theory and Practical Studies at UMK

This activity aligns with organizational leadership and emergency management by reinforcing:

• Operational discipline and efficiency in fire and rescue services.

• Communication and coordination within the team for effective emergency response.

• Preparedness in handling unforeseen incidents during night operations.

iv. Issues and Challenges Faced

• Occasional personnel fatigue due to long working hours.

• Technical issues with communication devices.

• Unforeseen callouts interrupting the scheduled roll call.

v. Solutions

• Ensuring adequate rest and rotation schedules for team members.

• Regular maintenance and checks on communication equipment.

• Flexible roll call timing to accommodate emergency situations.

KHIDMAT KHAS MUSNAH SARANG TEBUAN DI KAMPUNG MANGGIS

i. Work Process Involved

• Situation Assessment – Inspecting the location and evaluating the threat posed by the wasp nest.

• Safety Precautions & Equipment Preparation – Ensuring all firefighters wear protective gear to prevent stings.

• Nest Removal Process –

  • Spraying insecticide to neutralize the wasps.

  • Using specialized tools (such as long poles or fire tongs) to remove the nest.

  • Safely containing the nest in a sealed bag for disposal.

• Final Area Inspection – Confirming that the wasps are eliminated and no secondary nests are present.

• Briefing to Residents – Advising locals on wasp nest prevention and safety measures.

ii. Equipment Used

• Personal Protective Equipment (PPE): Fire-resistant suits, gloves, face shields, and goggles.

• Insecticide Spray (Wasps Killer)

• Long-Handled Removal Tools (Fire tongs, poles)

• Torchlight / Searchlight (For night operations)

• Plastic Bags / Containers (For safe disposal of the nest)

iii. Relation to Theory and Practical Studies at UMK

This task is related to hazard management and community safety, reinforcing:

• Risk assessment techniques in handling hazardous insects.

• Safe removal procedures for dangerous nests in populated areas.

• Emergency response coordination with local authorities and residents.

iv. Issues and Challenges Faced

• Aggressive wasp behavior causing safety risks.

• Nest location in hard-to-reach areas (e.g., rooftops, trees, or wall cavities).

• Potential allergic reactions to wasp stings.

v. Solutions

• Using smoke or low-light conditions to calm the wasps before removal.

• Deploying a ladder or extending tools for difficult nest placements.

• Ensuring all personnel have first aid kits and knowledge of allergic reaction treatments.

KAWAD MAHIR RTA

i. Work Process Involved

• Situation Assessment – Simulating a real-life accident scene and evaluating the best approach for victim extrication.

• Traffic Control & Scene Safety – Setting up safety perimeters to protect rescuers and victims.

• Victim Assessment & First Aid – Applying medical protocols such as CPR, bleeding control, and spinal immobilization.

• Vehicle Stabilization – Using wedges, chocks, and stabilization tools to secure the accident vehicle.

• Extrication Techniques –

  • Practicing door removal, roof cutting, and dashboard lifting.

  • Using hydraulic rescue tools like the "Jaws of Life" for victim extrication.

• Post-Rescue Procedures – Final checks, scene debriefing, and equipment maintenance.

ii. Equipment Used

• Hydraulic Rescue Tools (Cutter, Spreader, Ram)

• Stabilization Equipment (Chocks, Straps, Wedges)

• Medical Supplies (First aid kits, spinal boards, cervical collars)

• Personal Protective Equipment (PPE) (Gloves, helmets, fire-resistant suits)

iii. Relation to Theory and Practical Studies at UMK

This drill integrates theoretical knowledge in:

• Vehicle rescue operations and extrication techniques.

• First responder emergency care and trauma handling.

• Traffic management and scene safety protocols.

iv. Issues and Challenges Faced

• Tight spaces limiting movement during extrication.

• Time constraints in rescuing victims safely.

• Simulating real-world scenarios with limited training resources.

v. Solutions

• Enhancing teamwork and coordination for faster response.

• Using proper cutting points on the vehicle for quicker extrication.

• Regular scenario-based drills to improve efficiency.

CERAMAH KESELAMATAN KEBAKARAN DAN DEMONSTRASI PEMADAMAN KEBAKARAN

i. Work Process Involved

• Fire Safety Talk

  • Introduction to fire hazards and the importance of fire prevention.

  • Types of fires and flammable materials.

  • Safety procedures during a fire emergency.

  • Proper use of fire extinguishers according to fire types.

• Fire Extinguishing Demonstration

  • Practical use of different fire extinguishers (dry powder, CO₂, water).

  • Fire extinguishing techniques using the PASS method (Pull, Aim, Squeeze, Sweep).

  • Demonstration of safe methods to extinguish oil fires, such as covering with a wet cloth.

• Emergency Evacuation Training

  • Guidelines on safely exiting a burning building.

  • Demonstration of emergency exit routes and assembly points.

ii. Equipment Used

• Fire Extinguishers (Dry Powder, CO₂, Water)

• Fire Blanket

• Gas Cylinder and Fire Simulation Equipment

• Self-Contained Breathing Apparatus (SCBA)

• Fire Alarm System