EEE Full Form

What is the full form of EEE?

Electrical and Electronics Engineering is the full form for the discipline EEE. Electrical and mechanical engineering, electronics, circuit analysis, electromagnetism, instruments, materials for electrical engineering, control systems, transmission and distribution, and power engineering are all topics covered under the engineering discipline of EEE. Electrical engineering and electronics research are covered in the four-year undergraduate course known as EEE. As a result, it focuses primarily on the needs, possibilities, and difficulties of the electrical, telecommunications, electronics systems, and associated industries.

EEE - Definition

The most common option for students interested in circuits and electronics is electrical and electronic engineering. The EEE field is essential to advancing technology as the world becomes more technologically advanced. More information on electrical and electronics engineering, a career in EEE, the application process, and who can choose EEE are covered in this article. This article is for you if you're undecided about a career as an electrical and electronics engineer.

Electrical and Electronics Engineering

Electrical and electronics engineering is the field for you if you have a keen interest in math and physics, a desire to understand how electronic devices operate, and a willingness to learn. You will learn the technical skills required for creating and constructing electronic device circuits in this course. It is a comprehensive area of engineering. It covers machine control and the study of power production. You will learn how to develop and apply circuits in this course, as well as how

Course Duration

For those who are interested in electronics, electrical and electronics engineering is a well-liked and highly sought-after area. This training lasts for roughly four to five years in total. This field is closely related to electrical engineering and electronics engineering.

After completing 10th or 12th with physics and math, you can enroll in Electrical and Electronics Engineering. After successfully completing a bachelor's degree, there are numerous specializations in electrical and electronics engineering that can be pursued.

There are four different programmes and courses in electrical and electronic engineering available:

• Diploma programmes: This course lasts around two years and is pursued following (10th or 12th)

• Undergraduate (UG) courses: These courses, which are taken after the 12th grade, last for about four years. Those who enroll in and successfully finish this programme are awarded a B. Tech.

• Postgraduate(PG) courses: These courses, which are pursued following an undergraduate degree, last for about two years. Those who enroll in this course and successfully finish it are awarded an M.Tech.

• Doctoral programmes: After completing a postgraduate degree, these programmes last anywhere from six months to a year. After completing this programme, students receive a Ph.D. (Doctor of Philosophy)

Specialisations

Specializations in Electrical & Electronics Engineering include:

• Processing of Signals

• Electronics Hardware Power Electronics

• Nanotechnology

• Embedded devices

• energy systems

• imaging in medicine

• Digital Communications

• VLSI Design

• Control by software

What is The Function of an Electrical and Electronics Engineer?

• to innovate and utilize old items in new ways.

• to create the software and electrical components for an application

• Review the systems and search for updated changes

• Planning, creating or changing electronic programmes while enhancing their technical functionality

• Computer, vehicle, electric car, and industrial robot circuit design

• A control and instrumentation engineer, electrical engineer, broadcast engineer, systems analyst, IT consultant, network engineer, product engineer, design engineer, and other roles are all possible for an electrical and electronics engineer.

Electrical and Electronics Engineering: Careers and Jobs

An electrical and electronics engineer's primary responsibility is to design and create new electrical and electronic systems that adhere to the necessary standards. They are employed in a wide range of industries, including manufacturing, computers, transportation networks, and aviation.

Top employers of electrical and electronic engineers in India include:

• BHEL

• SAIL

• NTPC

• ISRO

• BALCO

• Power Grid

Eligibility Requirements and The Admission Process

Candidates who meet the requirements for this course must have finished their Class 12 higher education with science as their major subject and an exam score of at least 50%.

The student's achievement in the relevant studies is taken into account throughout the admissions process.

Some institutions require applicants to take entrance exams, which are followed by an in-person interview.

Renowned Institutions for EEE Education

1. Delhi Technological University, Delhi

2. Indian Institute of Technology, Guwahati

3. Indian Institute of Technology, Varanasi

4. Anna University, Chennai

5. National Institute of Technology in Warangal,

6. Indian Institute of Technology in Dhanbad,

7. National Institute of Technology in Mangalore,

8. Indian Institute of Engineering in Howrah,

9. National Institute of Technology, Tiruchirappalli

10. VIT University, Vellore

Conclusion

Electrical and electronics engineering is a broad discipline that is becoming more and more important as modern technology develops. An electrical engineer's responsibilities extend beyond only creating circuits and power transmission systems. He or she ought to be capable of administration and analysis. An electrical engineer is required in every industry, therefore a person can join numerous sectors in various electrical and electronics engineering professions depending on their interests.