1. Manual Dexterity: The ability to use hands precisely is essential. Welders must handle welding equipment and tools with great skill to perform accurate work.

2. Technical Knowledge: Understanding how different types of welding (such as MIG, TIG, arc welding) work and how to adjust them according to the material being welded is crucial.

3. Blueprint Reading: Welders must be able to read and interpret blueprints and technical drawings, which allow them to carry out welds according to exact specifications.

Qualifications

1. Basic Education: To start working as a welder, a high school diploma or equivalent is typically required.

2. Certifications: Depending on the industry, many welders need to obtain specific certifications that validate their skills. Common certifications include:

AWS Certification (American Welding Society): One of the most recognized certifications in the welding industry.

MIG/TIG Welding Certification: Specialized certification in different welding techniques.

3. Practical Experience: Aside from formal education and certification, hands-on experience is crucial. Many welders start as apprentices or assistants to gain experience before working independently.

• Mechanical knowledge:
  It’s the ability to understand and apply physical principles to design and build a robot’s mechanical systems, such as structures, movements, and mechanisms that enable its functioning.

• Simulation:
  Using software to model the behavior of robots in a virtual environment before building the physical robot, allowing you to test and adjust its performance without costly physical trials.

2. Analytical Thinking

• Problem-solving:
  It’s the ability to identify and understand problems that may arise in the robot’s design or functioning and find effective solutions, whether by adjusting the design, programming, or electronics.

• Creativity and innovation:
  It refers to the ability to come up with new solutions and approaches to improve the robot's design and functionality, such as developing new features or finding ways to optimize processes.

3. Design Skills

• Computer-aided design (CAD):
  It’s the ability to use specialized computer programs (such as SolidWorks or AutoCAD) to create 3D models of the robot's physical parts before building them, which facilitates the manufacturing process and improves design accuracy.

• Prototyping and manufacturing:
  It’s the ability to create functional prototypes of robots using tools such as 3D printers, CNC machines, or manual fabrication. This allows you to test concepts before creating the final version.

4. Patience and Perseverance

• Testing and adjustments:
  It’s the ability to perform repeated testing to ensure the robot functions correctly. Often, it’s necessary to adjust designs or programming to fix issues or improve performance.

• Attention to detail:
  It’s the ability to be meticulous and ensure that all parts of the system, from hardware to software, function accurately and without errors, as small details can significantly affect a robot's performance.

1. Bachelor’s degree in Psychology (4 years)

2. Master’s degree (optional, but useful for some specialties)

3. Doctorate (Ph.D. or Psy.D.) (4–7 years) – required for clinical or research psychologists

4. Supervised practice and internship

5. Professional license – includes an exam and requirements depending on the country

Key Skills:

. Active listening and empathy

. Clear communication

. Critical thinking

. Professional ethics

. Patience and emotional stability

1. Direct patient care: Administering medications, dressing wounds, taking vital signs, and assisting in medical procedures.

2. Patient assessment: Observing symptoms, recording changes in condition, and reporting them to the doctor.

3. Patient and family education: Explaining diagnoses, treatments, post-care instructions, and promoting health.

4. Care coordination: Collaborating with doctors and other healthcare professionals to ensure comprehensive treatment.

5. Documentation: Keeping accurate records of treatments, medications, and patient progress.

6. Emotional support: Providing comfort and empathy to both patients and their families.

7. Infection control and safety: Following protocols to prevent the spread of diseases

It provides direct and compassionate care to patients.

It is essential for the healthcare system to function.

Nurses play a key role in emergencies and pandemics.

They promote health education and disease prevention.

They bring healthcare to vulnerable communities.

responsibilites for this job

1.Complete secondary education - Good performance in sciences such as biology, chemistry and mathematics.

2.University studies in medicine - Take a medical degree (lasts between 6 and 8 years, depending on the country).

3.Clinical or internship - Work in hospitals during the career to gain experience.

4.Professional exam or medical leave - Pass national exams to be able to practice.

Necessary skills:

3. Empathy and compassion - Understand and care about what patients feel.

5. Clear communication - Know how to explain diagnoses, treatments and listen carefully.

7. Critical thinking – Analyze symptoms and make sound decisions.

9. Ability to work under pressure - Keep calm in difficult or emergency situations.

10. Ability to work in a team – Collaborate with other doctors, nurses and medical staff.

11. Organization and responsibility - Manage schedules, patients and a lot of information.

12. Passion for learning - Medicine is constantly evolving, so you always have to keep studying.

Give information on how to take care of your health and avoid diseases. Give talk about hygiene, meals so as not to have low defenses and get sick quickly, give antibiotics to control diseases and so that it does not get serious.

In addition to all that, being a doctor also implies a very deep ethical and human commitment to the well-being of others.