Electrical force and frameworks are at the core of present-day society – and so are electrical and electronics engineers. Engineers having expertise in these fields have changed the 21st century with advancements, for example, all-inclusive electric force frameworks, TV, radio and clinical imaging to give some examples models. We all have heard of famous electronics and electrical engineers like Nikola Tesla, Thomas Edison, Jack Kilby, Marcian Hoff and Martin Cooper who have changed the way the world thinks and moves.
Electrical and Electronics Engineering
Electrical engineering degrees will furnish candidates with information on how the business functions, just as giving them the engineering aptitudes and mechanical information expected to configuration, evaluate and improve electrical and electronic frameworks. Electrical and Electronics Engineering (EEE), manages the engineering problems, openings and necessities of electrical, electronics, computers, media transmission frameworks and related businesses. This branch furnishes candidates with a wide scope of major information in central regimens, for example, correspondences, control frameworks, signal handling, radio recurrence structure, small scale processors, smaller scale electronics, power age and electrical machines. The control centres on planning and assembling of electrical, electronic formulated computers and their segment parts, just as on the mix of segments into complex frameworks.
Electrical and Electronics Engineering is developing, and one of the most looked for disciplines in the field of engineering study. With the modernization of the world and computerization in our work field, it is important to utilize and understand the circuits and mechanized gadgets in the electrical and electronic field. The electrical and electronics engineering (EEE) with force and it very well exist in different structures like a turbine, hydro, gas, power device, sunlight based, wind or geothermal vitality. It includes the utilization, stockpiling and age of the force and vitality.
Electrical and electronics engineering is a part of science which manages the utilization of power, electronics, and electromagnetism. It centres around giving candidates viable preparing to work in labs, venture and fieldwork. These specialists are responsible for planning, creating and testing electrical hardware. The work profile incorporates structuring electronic segments separated from programming and system framework. Candidates seeking after the course may investigate profession alternatives in different areas like engineering works, development, data innovation, and so forth.
Electrical and electronics engineering, the part of engineering worried about the down to earth utilization of power in the entirety of its structures, including those of the field of electronics. Electronics engineering is that part of electrical engineering worried about the employments of the electromagnetic range and with the utilization of such electronic gadgets as coordinated circuits and transistors.
Eligibility Criteria for Electrical and Electronics Engineering
The candidates must fulfil the below-given requirements to be eligible to pursue Electrical and Electronics Engineering:
Undergraduate (UG): The students interested in applying must have cleared the class XII examination from a recognized board with Science stream, i.e., with Physics, Chemistry & Maths as their main subjects. Along with this, the student must also have secured a minimum of 60% aggregate in the best of three, i.e., in the above subjects combined.
Postgraduate (PG): The students interested in applying must have a BTech/BE degree in the same stream (same as the stream applied for postgraduation with minimum aggregate which varies from university to university.
Sub-disciplines of Electrical and Electronics Engineering
- Biomedical Imaging
- Communications
- Computer Engineering
- Control
- Electronics
- Embedded Systems
- Hardware
- Nanotechnology
- Power Electronics
- Power Systems engineering (including renewable energy)
- Signal Processing
- Software
Best colleges for Electrical and Electronics Engineering Courses
- Manipal Institute of Technology, Manipal
- Dayananda Sagar College of Engineering, Bangalore
- SRM Institute of Science and Technology, Chennai
- RV College of Engineering, Bangalore
Role of Electrical and Electronics Engineers
- Electrical and Electronics Engineers emphasize on the investigation, planning, improvement and assembling of electrical gears, electronic gadgets, mechatronics innovations, and robotization and control frameworks
- Electrical and Electronics Engineers manage power age and transmission frameworks.
- Electrical and Electronics Engineers, plan circuits for electrically worked vehicles, PCs, advanced gadgets, electronic memory stockpiling gadgets, modern robots and CNC machines.
- Electrical and Electronics Engineers setup & operate the telecommunication, remote and web systems.
Job Profiles
- Broadcast engineer
- Chief Engineer
- Control and instrumentation engineer
- Design Engineer
- Development Engineer
- Electrical engineer
- Electronics engineer
- Engineering Specialist
- Field Engineer
- IT consultant
- Manufacturing systems engineer
- Network engineer
- Project Engineer
- Quality Control Engineer
- Reliability Engineer
- Research Engineer
- Sales Engineer
- Software Engineer
- Systems analyst
- Systems Design Engineer
- Systems developer
- Test Engineer
Companies that hire Electrical and Electronics Engineers
- ALSTOM India Power project
- BALCO
- BHEL
- CONE Elevator
- Durgapur steel plant
- Everest Industry
- GAIL
- Hindustan Motor
- ISRO
- Jay Balaji Steel
- Jindal Steel & Power Limited
- L&T Construction and STEEL
- NSPCL
- NTPC
- OMEGA Elevator
- Power Grid Corporation of India Ltd
- SAIL
- State Electricity Board
- Tata Metallic
- Tata Motors
- Tata Steel & Power Limited
- TRF Ltd
- TRL
- ZENITH Construction etc
Best Books for Electrical and Electronics Engineering
| Book Name | Author |
| A First Course in Electrical and Computer Engineering | Louis Scharf |
| A Pragmatic Introduction to the Art of Electrical Engineering | Paul H. Dietz |
| Automated Manufacturing Systems with PLCs | Hugh Jack |
| Development and Implementation of RFID Technology | Cristina Turcu |
| Digital Systems Design | Ramaswamy Palaniappan |
| Fuel Cell Handbook | US Department of Energy |
| Fundamentals of Electrical Engineering and Electronics | Tony R. Kuphaldt |
| Fundamentals of Electrical Engineering I | Don Johnson |
| Introduction to Digital Signal and System Analysis | Weiji Wang |
| Lithium-ion Batteries | Chong Rae Park |
| Practical Optimization: A Gentle | John W. Chinneck |
| Radio Frequency Identification: From System to Applications | Mamun Bin Ibne Reaz |
| Study and Implementation of Image and Video Matting Techniques | Siddharth Srivastava |
| United States Navy Electricity and Electronics Training Series | Robert A Gray |
People are also reading: