EEE Full Form: What are the Duties of EEE Engineers?

Check out our recent blog, that is about the nuclear engineering. Now, let’s discuss the another field of engineering that is EEE. The EEE full form is Electrical and Electronics Engineering. In this students learn about the various electronic tools that they need to build. So, let’s move further and discuss the various topics that are covered under this course. 

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What is the full form of EEE? 

The full form of EEE is Electrical and Electronics Engineering. Working with electricity and creating electronic tools, systems, and technologies are the main focuses of electrical and electronic engineering (EEE). In our contemporary, electrified environment, it covers power systems, electronics, communications, control systems, and much more.

Duties of EEE Engineers 

Depending on their particular jobs and industries, electrical and electronic engineers (EEE) have a variety of duties, but the following are some of the most typical ones:

1. Designing and Testing

Engineers in this area design and test electrical and electronic components for a range of applications, from power grids to consumer gadgets.

2. Power System Management 

A consistent and dependable supply of electricity for homes and businesses is ensured by power system management, which designs, maintains, and enhances electrical power systems.

3. Electronics Development

From concept to manufacturing, EEE engineers work on designing electronic gadgets including cell phones, laptops, and sensors.

4. Control Systems 

Systems for controlling the operation of machines, including robots, manufacturing machinery, and even traffic lights, are created by those who design control systems.

5. Solutions for Renewable Energy

EEE engineers frequently work on projects involving renewable energy sources, such as solar cells and wind turbines, to discover effective ways to capture and store clean energy.

6. Communication and Networks 

The development of communication systems, such as the Internet, mobile networks, and data transmission technologies, is facilitated by communications and networking.

7. Quality Assurance 

Through testing and adherence to rules and regulations, engineers ensure the reliability and security of electrical and electronic systems and products.

8. Troubleshooting and Repairs

Whether it’s an industrial machine or a home appliance, they identify and fix electrical and electronic problems.

9. Project management

A lot of EEE engineers take on managerial responsibilities, supervising teams, budgets, and projects to make sure that duties are successfully completed.

10. Research and Development

Some EEE engineers engage in research to develop the industry and push the limits of what is conceivable in terms of electrical and electronic systems.

11. Safety and sustainability

They concentrate on ensuring the security, energy efficiency, and environmental friendliness of electrical and electronic equipment.

12. Documentation 

Engineers keep meticulous notes and records of their work, including plans, reports, and technical drawings.

Overall, EEE engineers have a significant impact on how our modern world is shaped, from the gadgets we use to the electricity that powers our homes and companies. Depending on their area of expertise and the sector they operate in, their duties can vary greatly.

Specializations in Electrical and Electronics Engineering 

Some of the specialisations in the electrical and electronics engineering are as follows. 

• Power Systems Engineering 
• Biomedical Imaging 
• Embedded Systems 
• Communications 
• Power Electronics 
• Signal Processing 
• Electronics 
• Nanotechnology 
• Software 

Top Universities/ Colleges for Electrical and Electronics Engineering Abroad 

• Stanford University 
• The University of Oxford 
• The University of California 
• ETH Zurich 
• Imperial College London 
• Harvard University 
• National University of Singapore 
• The University of Cambridge 
• California Institute of Technology 

Top Universities/ Colleges for Electrical and Electronics Engineering in India 

• Anna University, Chennai 
• Delhi Technological University, Delhi 
• VIT University, Vellore 
• Indian Institute of Engineering, Howrah 
• National Institute of Technology, Warangal 
• Indian Institute of Technology, Dhanbad 
• National Institute of Technology, Mangalore 
• Indian Institute of Technology, Guwahati 
• National Institute of Technology, Tiruchirapalli 

Job Profiles and Salary 

Job Profile	Average Salary (in INR)
Field Engineer	3.3 Lakh
Systems Analyst	7.8 Lakh
Aerospace Engineer	8 Lakh
Nuclear Engineer	4.4 Lakh
IT Engineer	3.1 Lakh

Recruiting Companies for Electrical and Electronics Engineering 

• Hindustan Motors 
• GAIL 
• Tata Steel and Power Limited 
• Everest Industry 
• CONE Elevator 
• OMEGA Elevator 
• Durgapur Steel Plant 
• Power Grid Corporation of India Ltd. 
• ISRO 
• NTPC 
• SAIL 
• BHEL 

Best Books for Electrical and Electronics Engineering 

Book Name	Author
The Art of Electronics	Paul Horowitz and Winfield Hill
Electrical Engineering 101	Darren Ashby
Control Systems Engineering	I. GOPAL J NAGRATH (M.), M. Gopal
Basic Electrical and Electronics Engineering	S. K. Bhattacharya
American Electrician’s Handbook, Sixteenth Edition	Wilford Summers, Frederic Hartwell, Terrelll Croft
Practical Electronics for Invertors	Simon Monk and Paul Scherz
Singals and Systems	John G. Proakis Dimitris G. Manolakis

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