EEE Full Form

EEE is a very important subject that is related to engineering. The full meaning of EEE is Electrical and Electronics Engineering. This is probably the most disciplined field in the field of engineering; thus pursuing EEE can be a little challenging. As the full form states, the interested candidate will have to deal with electrical and electronics engineering.

To be an expert in the field of EEE abbreviation, you must know all about the essential aspects of this field. Such as, understanding the circuits and computerized devices in the EEE field should be your top-most priority.

Eligibility Criteria for EEE

Just like any other national level competitive exam, an EEE aspirant should start their preparation from an early age. If you want to pursue this field, you must select the Science stream at the intermediate level. You must clear your H.S. first to get admission to one of the top-most EEE universities. And for postgraduates, you must have a BTech degree in electrical engineering.

What Skills Must an EEE Student Avail?

The course of the EEE full form exam is for 4 years, and in these years you must avail of essential skills to step up your game.

1. Critical Thinking

You would be dealing with electronics, which means you need to be fast when it comes to solving problems. In a difficult situation, you must think logically and by analyzing the whole situation, approach the conclusion of the problem.

2. Programming Language

Being an engineer means adapting the ability to under programming language. Focus on this aspect as it is one of the most important parts of EEE. To be able to understand the low level embedded systems of C/C++ for solving an equation, and having the knowledge of other equations is vital.

3. Physics and Mathematics

Any engineering student must be good with figures that is kind of a basic skill to learn. The critically Maths and Physics formulas are vital when it comes to the EEE acronym. By continually practising these formulas and skills, you can improve your ability significantly.

4. Instruments and Measurement

An EEE engineer’s best friend is their tools and their knowledge. Manipulating the instruments and knowing the basic principles of measuring will give you the upper hand when you are working in the field. Without knowing the perfect measurement of the current and a circuit can lead you to grave danger.

As you can see, only studying will not save your case of becoming EEE, meaning you must adapt some basic instincts. Because your field of work requires you to manipulate electronics and electrical connections, you must give your all to that 4 years of period.

What is EEE?

The full form of EEE is electrical and electronics engineering. Electrical and electronics engineering is an undergraduate course, in India, it is a four-year course that includes the study of electrical engineering and research in electronics. This course mainly deals with the study of electrical and machine technology, telecommunication systems, power engineering, circuit analysis and its related industries. EEE is one of the most popular engineering courses and it is the most sought-after discipline in engineering. Electrical and electronics engineering courses also teach about the manufacture and design of various electronic devices and how to integrate their components into complex systems.

The electrical and electronics engineering field requires a stronger foundation of Maths and Science, therefore, students having good grades and a keen interest in these subjects should go for electrical and electronics engineering.

Students pursuing electrical and electronics engineering study various other disciplines that are important in the study of engineering like control systems, radio frequency designs, signal processing, microprocessors, electrical machines et cetera.

The engineering industry is a growing industry and it holds a significant place in the future as the world is slowly moving towards technical modernisation and computerisation in the work field. In this era, it is extremely important to know the circuits and computerised devices that are taught in the electrical and electronic fields. The electrical and electronics engineering field is a vast field that is also related to hydro, turbine, wind or geothermal energy. It explains in detail the use, storage and generation of power and energy. Students who aspire to go into the electrical and electronics engineering field have to complete a four-year undergraduate course called bachelor of technology.

List of Reputed Colleges in India that Offer EEE Courses

• Delhi Technological University, Delhi

• VIT University, Vellore

• Indian Institute of Technology, Guwahati

• Indian Institute of Technology, Varanasi

• Indian Institute of Technology, Dhanbad

• National Institute of Technology, Mangalore

• Indian Institute of Engineering, Howrah

• National Institute of Technology, Tiruchirapalli

• National Institute of Technology, Warangal

• Anna University, Chennai

 Key Specializations taught in EEE Electrical and Electronics Engineering are

• Software

• Electronics

• Signal Processing

• Computer Engineering

• Power Electronics

• Communications

• Nanotechnology

• Embedded Systems

• Biomedical Imaging

• Hardware

• Power Systems engineering (including renewable energy)

• Control

List of Sectors in which Electrical Engineers Can Apply for a Job

• Electrical motors and Generators

• Consultancy (Electrical Engineering)

• Electrical appliances

• Electrical components companies

• Lighting & luminaries

• Power Generation

• Electric wires & Cables

• Electrical exporters

• Measurements & Instrumentation

• Power Distribution

• Transformers

• Green Energy Companies in India

• Exclusive Government jobs for Electrical Engineers