EEE, which stands for Electrical and Electronics Engineering, encompasses a multidisciplinary engineering field focusing on Electrical Systems, Electronics, Electromagnetism, Energy Management, Control Systems, Transmission & Distribution, and Power Generation. The EEE curriculum spans four years at the undergraduate level, delving into electrical engineering and electronic research. This program is centred around addressing the needs, prospects, and complexities of electrical, telecommunication, and electronic systems, as well as their affiliated industries….
Table of Content
- EEE Full Form: Eligibility Criteria and Admission Procedure
- EEE Full Form: Famous Institutions for EEE Course
- EEE Full Form: EEE Course Duration
- EEE Full Form: Specialisations
- EEE Full Form: B.E. EEE: Highlights
- EEE Full Form: B.E. EEE: How to Prepare for Entrance Exams?
- EEE Full Form: B.E. EEE: Future Scope
- EEE Full Form: FAQ’s about EEE
Eligibility Criteria and Admission Procedure
- Applicants qualifying for this course must have completed Class 12th higher education with science as their crucial subject with a score of at least 50 per cent obtained in their examination.
- The admission procedure considers the student’s performance score in the respective studies.
- Some universities conduct entrance tests followed by a personal interview that is taken by the individual institution
Famous Institutions for EEE Course
- Indian Institute of Technology, Guwahati
- Delhi Technological University, Delhi
- Indian Institute of Technology, Varanasi
- Anna University, Chennai
- Indian Institute of Technology, Dhanbad
- National Institute of Technology, Mangalore
- National Institute of Technology, Tiruchirappalli
- National Institute of Technology, Warangal
- Indian Institute of Engineering, Howrah
- VIT University, Vellore
EEE Course Duration
electrical and Electronics Engineering is a popular and most sought-after field for electronics enthusiasts. The total duration of this course is around four to five years. Electrical Engineering and Electronics Engineering have a close relation to this field.
Electrical and Electronics Engineering can be taken after completion of 10 or 10+2 with physics and mathematics. Many specialisations in Electrical and Electronics Engineering can be taken after successful completion of a bachelor’s degree.
Electrical and Electronics Engineering is offered in four different courses and programs:
- Diploma courses: This course duration is around two years; it is taken after (10th or 12th)
- Undergraduate (UG) courses: This course duration is around four years, taken after the 12th. People who pursue and complete this course are given a B. Tech (Bachelor of Technology) degree
- Post Graduate (PG) courses: This course duration is around two years, taken after the Undergraduate. People who pursue and complete this course are given an M. Tech (Master of Technology) degree
- Doctoral Courses: This course duration is around half to one year, taken after Post Graduate. People who complete this course are given a Ph. D (Doctor of Philosophy)
Specialisations
Electrical and Electronics Engineering offers specialisations in:
- Signal Processing
- Power Electronics
- Electronics
- Hardware
- Nanotechnology
- Embedded systems
- Power Systems
- Biomedical imaging
- Communications
- Software
- Control
B.E. EEE: Highlights
| Course Level/Type | Undergraduate (UG) Level |
|---|---|
| Duration of the Course | 4 Years |
| Program Type | Full-Time/ Part-Time |
| Examination Type | Semester System/Yearly System |
| Eligibility | 10+2 Pass with at least 45%-50% score |
| Admission Process | Either Merit-based or Entrance-Based (Depending on the institute) |
| Course Fee | INR 3-9 LPA |
| Average Starting Salary | INR 55,000-7,00,000 |
| Top Recruiting Companies/Organizations | Wipro Lighting Corporate, Bajaj Electricals Ltd, … |
| Job Positions | Electronics Engineer, Aerospace engineer, … |
B.E. EEE: How to Prepare for Entrance Exams?
Students preparing for B.E. in Electrical and Electronics Engineering must update themselves with the syllabus, and the pattern of the entrance exams. The following steps must be taken care of before the exam-
- The candidate must practice using B.E. EEE previous entrance exam question papers.
- Cover the syllabus first and once you identify your weak points, work on them.
- Study and make revision notes daily.
- The 10+2 NCERT syllabus of particular subjects must also be covered properly and thoroughly.
B.E. EEE: Future Scope
Any student who has graduated and completed B.E. Electrical and Electronics Engineering is eligible for Higher or further studies, Government or private sector jobs as well as placements in MNCs (Software) or other related industries.
- The candidate can apply for various job positions in various Electrical and electronics industries and companies.
- The candidate can go ahead with the post-graduate program – Master of Engineering in Electrical and Electronics Engineering (ME.EEE) or Masters of Technology in Electrical and Electronics Engineering (M.TECH. EEE) or a PhD further to grasp a better hold in the same.
FAQs About EEE
Electrical and Electronics Engineering (EEE) is a branch of engineering that deals with the study, design, and application of electrical systems, electronics, and electromagnetism. It encompasses a wide range of fields, from power generation and distribution to electronic circuits and devices.
An EEE course typically covers subjects such as electrical circuits, electronics, electromagnetism, digital systems, control systems, power systems, communication systems, and microelectronics, among others.
EEE graduates have diverse career options, including roles such as electronics engineer, power systems engineer, control systems engineer, telecommunications engineer, research engineer, and more. They can work in industries such as power generation, telecommunications, manufacturing, aerospace, and IT.
Key skills for EEE professionals include a strong foundation in mathematics and physics, problem-solving abilities, critical thinking, programming skills, familiarity with electrical and electronics components, and the ability to work with complex systems.
