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Nursaffiah Mursyidah Binti Ab Rasid

280243

Bachelor of Technology Management (Construction)

Practicum Duration: 1 April - 30 September (6 months)

E-mail: saffiahrasid@gmail.com

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Assist the admin in recording payment vouchers for company expenses.

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Assist in preparing quotations for the supply and installation of windows/aluminium.

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Helped with administrative work, including recording expenses.

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Assist in administrative duties by transcribing bank account statement details into bank vouchers.

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1. Assisted in HR tasks.

2. Preparing a list of quotations for items ordered by customers.

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1. Assisted in HR tasks.

2. Preparing a list of quotations for items ordered by customers.

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1. Assisted in preparing price quotations for customer orders.

2. Supported HR tasks.

3. Attended a meeting for the Pasir Puteh project.

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Estimated the quantity of materials (Y12 steel, R6 link steel, calculated the amount of concrete in m³) required for constructing ground beams for project J24005.

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1. Assisted in HR tasks.

2. Attended the J24005 project meeting and calculated the number of R6 link steel bars required for the ground beam.

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Helped with administrative work, including recording expenses.

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Learned the basic of using Chief Architect 9.5 software.

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Helped with administrative work, including recording expenses.

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Helped with HR and administrative work, including recording expenses.

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1. Created floor plans using Chief Architect software.

2. Assisted with HR tasks.

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1. Calculated the number of link steel bars needed for the ground beam using Chief Architect software.

2. Assisted with HR tasks.

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Helped with administrative work, including recording expenses.

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Helped with HR and administrative work, including recording expenses.

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Helped with HR and administrative work, including recording expenses.

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1. Calculated and recorded the completed link steel for the beam and stamped it for site J24005.

2. Assisted with HR tasks.

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1. Calculated and recorded the completed link steel for the beam and stamped it for site J24005.

2. Assisted with HR tasks.

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1. Calculated and recorded the completed link steel for the beam and stamped it for site J24005.

2. Assisted with HR tasks.

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1. Assist the sales team in contacting customers and providing quotations.

2. List the quantity of materials used in the process of making a single pad footing.

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Determine and calculate the actual expenses associated with one pad footing.

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Monitor progress the making of reinforcement and precast for pad footing.

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Monitor progress the making of reinforcement and precast for pad footing.

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Monitor progress the making of reinforcement and precast for pad footing.

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1. Assist in preparing quotations for the supply and installation of windows, sliding door and folding door.

2. Monitor progress the making of precast for pad footing.

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Monitor progress the making of reinforcement and precast for pad footing.

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Monitor progress the making of reinforcement and precast for pad footing.

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Monitor progress the making of reinforcement and precast for pad footing.

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Monitor progress the making of reinforcement and precast for pad footing.

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Monitor progress the making of reinforcement and precast for pad footing.

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Monitoring progress of reinforcing the steel links (r6) for the beam.

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Conduct a site visit to Pasir Puteh to observe the installation of formwork before the concrete work for the ground beam begins.

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Placing an order for YTL cement for the site in Pasir Puteh to be used in the ground beam concreting process.

Supervising workers at the factory preparing reinforcement for the ground beam.

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Calculating the wages of workers currently working at the ongoing construction site.

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Monitor the progress of fabricating steel links for the reinforcement of ground beams and stumps, ensuring compliance with the required specifications. Track and document the quantity of steel links that have been completed, verifying the quality of work and ensuring that it meets the structural requirements. Also, calculate the total amount of completed steel links in relation to the overall project requirements, to assess the progress and plan further fabrication accordingly.

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1. Prepare a purchase order with the supplier for the construction site located in Baung, Kota Bharu. The order specifically involves purchasing the required quantity and type of paint, ensuring that the product meets the project specifications.

2. Calculate and create a detailed list of the required Y12 steel bars that need to be cut at the factory for the reinforcement of the ground beams. This includes determining the exact lengths and quantities based on the structural drawings and specifications, ensuring that there is minimal wastage. Also, ensure that the steel bars are cut accurately to the necessary dimensions and are delivered on time for the construction schedule.

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1. Supervise the factory workers during the fabrication process of reinforcement steel for house columns, ensuring that the work is done according to the required specifications and standards. This includes checking that the steel bars are bent, tied, and assembled accurately as per the structural design. Ensure quality control by inspecting the reinforcement for any defects or non-compliance, and provide guidance to the workers to maintain productivity and safety standards.

2. Tag the completed ground beam reinforcement steel with proper identification labels before it is transported to the construction site. This involves ensuring each piece is accurately marked with details such as length, size, and location where it will be used on-site. Confirm that all reinforcement has passed quality checks and that the tagging system allows easy tracking and efficient handling during transport and installation at the construction site.

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1. Supervise the factory workers during the fabrication process of reinforcement steel for house columns, ensuring that the work is done according to the required specifications and standards. This includes checking that the steel bars are bent, tied, and assembled accurately as per the structural design. Ensure quality control by inspecting the reinforcement for any defects or non-compliance, and provide guidance to the workers to maintain productivity and safety standards.

2. Tag the completed ground beam reinforcement steel with proper identification labels before it is transported to the construction site. This involves ensuring each piece is accurately marked with details such as length, size, and location where it will be used on-site. Confirm that all reinforcement has passed quality checks and that the tagging system allows easy tracking and efficient handling during transport and installation at the construction site.

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1. Tag the completed ground beam reinforcement steel with proper identification labels before it is transported to the construction site. This involves ensuring each piece is accurately marked with details such as length, size, and location where it will be used on-site. Confirm that all reinforcement has passed quality checks and that the tagging system allows easy tracking and efficient handling during transport and installation at the construction site.

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1. Calculate the wages for construction site workers, ensuring that each worker’s payment is based on their hours worked, job role, and any overtime or allowances applicable. This includes gathering attendance records, verifying the hours worked, and applying the correct pay rates for each worker.

2. Estimate the amount of steel links required for the ground beams at the Kampung Kijang site, PCB, Kota Bharu. This involves reviewing the structural drawings and specifications to calculate the total length of ground beams, determining the spacing and number of links needed for reinforcement. Account for any waste or extra materials that may be needed due to cutting or adjustments. Prepare a detailed material list, ensuring it matches the project requirements and ensuring enough steel links are available for the construction schedule

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Utilize Microsoft Project to meticulously record and track the progress of work at the construction site, including milestones, task completion rates, and any delays or issues encountered. This will help maintain an organized overview of project timelines and resource allocation.

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Continue: Employ Microsoft Project to meticulously document the progress of work at the construction site by regularly updating task statuses, logging hours worked by personnel, and tracking the completion of specific milestones. This process involves analyzing variance from the original schedule, identifying any delays or obstacles, and capturing relevant notes that detail the challenges faced during execution. By maintaining comprehensive records in Microsoft Project, project managers can gain valuable insights into workflow efficiency, assess overall project health, and implement necessary adjustments to ensure timely completion.

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1. Calculate the monthly wages for subcontractor workers, ensuring accurate payment based on their agreed rates, hours worked, and any additional allowances or bonuses. This includes reviewing timesheets or attendance records, applying the correct pay rates, and accounting for any deductions such as taxes or contributions. Prepare detailed payroll reports and ensure that all payments are processed in accordance with the subcontractor agreements and relevant labor regulations.

2. Decide whether to cut the ground beam steel (y12) at the construction site or at the factory. Evaluate the efficiency and cost-effectiveness of each option. For steel lengths less than 22 feet, determine that they should be cut at the factory to minimize on-site labor and handling. This involves coordinating with the factory to ensure timely cutting and transportation, and assessing the impact on the construction schedule and workflow. For lengths greater than 22 feet, assess if cutting on-site is more practical due to logistical or space constraints.

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Two Framed Photo Pride Instagram Story (1)

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Conduct a concrete strength test on the pad footing using a Compressive Strength tools. Document the entire process and ensure the results are validated and reported for quality control purposes.

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1. Calculate the wages for construction site workers, ensuring that each worker’s payment is based on their hours worked, job role, and any overtime or allowances applicable. This includes gathering attendance records, verifying the hours worked, and applying the correct pay rates for each worker.

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Prepare a Purchase Order (P.O.) to procure Y10 steel reinforcement bars, specifically for the construction of columns at the site. Ensure the quantity ordered matches the project requirements.

Consult the architectural plans carefully to calculate and verify the exact number of columns needed for the construction sites at Pantai Cahaya Bulan and Pasir Puteh. This includes cross-checking measurements and ensuring that all structural specifications are met.

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Continue: Consult the architectural plans carefully to calculate and verify the exact number of columns needed for the construction sites.

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Recording and monitoring the progress of each construction site to accurately reflect the current stage of work and completion.

Providing detailed support in performing administrative tasks, including document management, reporting, and coordination of site-related activities.

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Conduct a thorough survey on the prices of ready-mix concrete by reaching out to multiple concrete suppliers. This includes gathering detailed quotations, comparing delivery options, and evaluating the quality of the concrete offered by each supplier to ensure the best value for the project.

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Contact the ready-mix concrete supplier to place an order for G25 (Grade 25) concrete, specifically for use in the ground beam construction at the PCB site. Ensure the correct volume is ordered based on site requirements, and confirm the delivery schedule to align with the project timeline.

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Calculate the wages of all workers at the site, taking into account their hours worked, overtime, and any applicable bonuses or deductions to ensure accurate payment.

Classify the workers' wages according to each site to accurately assess how much has been spent on labor costs for that site within a one-week period.

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Prepare a comprehensive Purchase Order (P.O.) to order the necessary cement for constructing the pad footing at the factory. This order should specify the required type and quantity of cement.

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Conduct a density check of the pad footing concrete using a Compressive Strength testing device, ensuring that the procedure adheres to established testing standards. After completing the test, meticulously record the results, including the density measurements and any relevant observations, to ensure accurate documentation for quality control and future reference.

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Calculate the wages of all workers at the site, taking into account their hours worked, overtime, and any applicable bonuses or deductions to ensure accurate payment.

Classify the workers' wages according to each site to accurately assess how much has been spent on labor costs for that site within a one-week period.

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Conduct a density check of the pad footing concrete using a Compressive Strength testing device. After completing the test, meticulously record the results, including the density measurements and any relevant observations, to ensure accurate documentation for quality control and future reference.

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Conduct a density check of the pad footing concrete using a Compressive Strength testing device. After completing the test, meticulously record the results, including the density measurements and any relevant observations, to ensure accurate documentation for quality control and future reference.

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Monitor the workers at the factory engaged in the production of reinforcement by assessing the number of completed sets of stump reinforcement. This involves conducting regular checks to ensure that production targets are being met and that the quality of the reinforcement meets the required specifications.

Verify the inventory of link bars (R6) designated for the stump reinforcement by checking how many bundles remain unused. This includes reviewing the storage area and ensuring that all materials are accounted for and available for ongoing construction activities.

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Gray Neutral Scrapbook First Day School 2 Photo Collage

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Conduct a density check of the pad footing concrete using a Compressive Strength testing device. After completing the test, meticulously record the results, including the density measurements and any relevant observations, to ensure accurate documentation for quality control and future reference. Additionally, calculate the current stock of materials available at the factory to determine how much concrete remains for upcoming projects, ensuring that sufficient quantities are on hand to meet construction schedules.

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Conduct an inventory check of the footing steel to ascertain the number of sets that are currently available for use in the construction project. This includes performing a physical count of the steel components, verifying their condition to ensure they meet project specifications, and documenting any discrepancies or shortages for follow-up.

Calculate the total number of pad footing sets that have been successfully completed and poured with concrete at the factory. This process involves reviewing production records, confirming that each set adheres to quality standards, and noting any relevant details regarding completion status, including dates and any issues encountered during the pouring process.

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Calculate the wages of all workers at the site, taking into account their hours worked, overtime, and any applicable bonuses or deductions to ensure accurate payment.

Classify the workers' wages according to each site to accurately assess how much has been spent on labor costs for that site within a one-week period.

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Systematically separate the pad footings into two distinct categories: those that meet the quality standards and those identified with defects. This process should include a thorough inspection of each footing to evaluate its integrity, appearance, and adherence to specifications. Ensure that all defective footings are carefully moved to a designated area specifically set aside for rejected materials, thus preventing any mix-up with the quality-approved footings. Document the reasons for the defects to facilitate future quality control and improvement measures.

Implement a proactive inventory management system to ensure that all materials required for constructing pad footings—such as sand, gravel, and cement—are consistently available and properly stocked. This includes regularly monitoring stock levels, placing timely orders to replenish supplies, and conducting quality checks on incoming materials to ensure they meet project specifications. Establish a clear storage organization to facilitate easy access and prevent shortages, thereby minimizing disruptions in the construction process.

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Beige Retro Frame Photo Collage Portrait

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Calculate the June wages for subcontractor workers, ensuring precise payments that reflect their agreed-upon rates, hours worked, and any applicable allowances or bonuses. This process involves thoroughly reviewing timesheets or attendance records, applying the appropriate pay rates, and considering any necessary deductions such as taxes or contributions. Additionally, prepare comprehensive payroll reports and ensure that all payments are processed in compliance with subcontractor agreements and relevant labor regulations.

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Carry out a thorough inspection at the factory to verify whether the column reinforcement bars have been completed. This process involves checking the production status, measuring the quality and specifications of the bars, and ensuring they meet the required standards. It is essential to confirm that all necessary column bars are prepared and ready for dispatch to the construction site at PCB to prevent any delays in the project timeline. Document the inspection findings and communicate with the production team to address any outstanding issues or concerns prior to the delivery.

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Prepare a comprehensive Purchase Order (P.O.) addressed to the supplier for the procurement of essential items and materials required for the construction site.

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Calculate the wages of all workers at the site, taking into account their hours worked, overtime, and any applicable bonuses or deductions to ensure accurate payment.

Classify the workers' wages according to each site to accurately assess how much has been spent on labor costs for that site within a one-week period.

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Assisted in HR tasks.

Preparing a list of quotations for items ordered by customers.

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Conduct a site visit at Peringat to closely observe the workers as they install the reinforcement for the ground beam and construct the formwork. During the visit, assess the quality of the installation process, ensuring that the reinforcement bars are positioned correctly and securely, and that the formwork is constructed to the required specifications. Take note of the progress being made, address any issues or challenges faced by the workers, and provide guidance or support as necessary to ensure that the work proceeds efficiently and safely.

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Assisted in HR tasks.

Preparing a list of quotations for items ordered by customers.

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Calculate the amount of ready-mix concrete required for the slab at PCB by assessing the dimensions of the slab, including its length, width, and thickness. Use the appropriate formula to convert these measurements into cubic meters, ensuring that the calculations account for any specific design considerations, such as reinforcement requirements and structural load.

Calculate the amount of ready-mix concrete needed for the ground beam at the Peringat site by determining the dimensions of the beam, including its length, width, and depth. Apply the necessary formulas to compute the total volume in cubic meters, taking into consideration any design specifications that may affect the quantity required.

Determine the total cubic meters of concrete necessary for both the slab and the ground beam before placing an order with the ready-mix concrete supplier. This involves summing the calculated volumes for each element to ensure that an accurate order is placed, thereby preventing delays in construction due to material shortages. Additionally, consider the delivery schedule and any lead time required by the supplier to ensure timely availability of the concrete on site.

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Place an order with the supplier after confirming the total cubic meters of ready-mix concrete required for the project. This involves preparing a detailed Purchase Order (P.O.) that specifies the exact quantity needed, the type of concrete required, and the delivery schedule. Ensure that the order aligns with the project timeline and communicate any special requirements to the supplier to facilitate a smooth delivery process. Follow up with the supplier to confirm the order and address any questions or issues that may arise.

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Calculate the wages of all workers at the site, taking into account their hours worked, overtime, and any applicable bonuses or deductions to ensure accurate payment.

Classify the workers' wages according to each site to accurately assess how much has been spent on labor costs for that site within a one-week period.

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Calculate the amount of ready-mix concrete required based on the established plan. Begin by reviewing the construction drawings to gather the dimensions of the ground beam, including length, width, and depth. Use these measurements to compute the volume of concrete needed, ensuring the calculations are done in cubic meters. The concrete to be used is G25 grade, specifically for the ground beam at Pn. Masliza's site. Once the volume is calculated, factor in any potential wastage to determine the final amount of concrete required. Document the total required volume before placing the order with the ready-mix concrete supplier.

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Estimate the number of bricks required for Puan Roihan's site. Begin by reviewing the architectural plans to measure the total area of the walls that need to be built. Calculate the wall area by multiplying the length and height of each wall. Then, determine the number of bricks per square meter based on the size of the bricks being used. Multiply the wall area by the number of bricks per square meter to estimate the total number of bricks required. Finally, add a buffer to account for any potential wastage or breakage, and use this estimate to order the appropriate quantity of bricks.

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Collect the recorded data to determine the total wages for the column construction stages. Start by reviewing the daily labor records, including the number of workers involved, their respective wages, and the hours worked each day. Calculate the total wages by multiplying the workers' daily wages by the number of days they worked on the column construction. Next, analyze the data to determine how many days it took to complete each stage of the column construction. Sum up the days to get the total duration for the stages. Finally, compile the total wages and time taken for reporting purposes, ensuring all data is accurate.