Bachelor of Technology [B.Tech] (Electronics Engineering) Course Admission, Eligibility, Fees 2026-2027

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B.Tech is one of the most popular study programs in India and the world. It is a four-year degree program that includes a total of 8 semesters. The main objective of B.Tech in Electronics Engineering is to equip students with the necessary core competency to succeed in a long-term career in engineering or entrepreneurship after completion of the study program.

Electronics Engineering involves research, design, development, and testing of equipment used in various electronics-based systems. It also includes communication technology.
The field deals with the study of microprocessors, analog, and digital circuits, network theory, transmission channel, analog integrated circuits, satellite communication, propagation of signal and waves, antennae, etc.
It also includes the study of the manufacturing of electronic devices, circuits, and other analog and digital communication equipment.
In our country, various colleges and educational institutions offer courses in Electronics engineering. The courses are offered in various categories like diploma courses, UG degree courses, PG courses, Ph.D. doctoral courses, etc.

Table of Content

B.Tech Electronics Engineering: Highlights
B.Tech Electronics Engineering: Admission Process
B.Tech Electronics Engineering: Cut Off for Top IITs

B.Tech Electronics Engineering: Syllabus

B.Tech in Electronics Engineering Future Scope

FAQs

B.Tech in Electronics Engineering: Highlights

Name of the course	Bachelor of Technology in Electronics Engineering
Course category	Undergraduate (UG)
Duration of Course	4 years
Eligibility criteria for admission	10+2 or its equivalent with Physics, Chemistry, Maths
Admission process	Based on marks scored in entrance exams
Course curriculum	Semester based (8 semesters)
Average Annual Fees	Nearly 70,000 to 2,50,000 INR
Average salary offered after completion of course	Nearly 3,00,000 to 6,00,000 INR
Job opportunities	Quality Assurance Engineer, Embedded Systems Engineer, Graduate Engineer Trainee, Communication engineer, etc.
Areas of employment	The electronics industry, Digital sector, Communication industry, software industry, IT professionals, etc.

B.Tech in Electronics Engineering: Admission Process

Steps to be followed for getting admission in B.Tech (Electronics Engineering) course are as follows:

First the candidates must appear in entrance exams like JEE Main, BITSAT, MAHCET, AMUEEE, etc., and have valid scores as per the requirement of a particular college.
Then register for the online seat allotment process (e-counseling). Registration is mandatory to participate in online counseling.
After the registration for counseling, candidates must do the choice filling of colleges where they want to get admission. But the candidates should choose college preference in choice filling round very carefully according to their marks and another requirement.
After the locking of the form the counseling of seat allocation starts. The seats are allotted on the based India Rank (AIR) and marks in the entrance exam.
Once the seats are allotted to the candidates they can report on the date mentioned in the allotment letter.
In the reporting institution, candidates must go with all the original documents for the verification process. Following are the list of documents required for admission process :

- Scorecard of entrance exam with AIR mentioned on it.
- Allotment letter
- Admit card of entrance exam
- Marksheet of 10th and 12th class
- Identity proof and address proof (Aadhar card, Voter ID card, PAN card, etc.)
- Domicile certificate, Caste certificate (if applicable), Income certificate, Medical certificate.

B.Tech in Electronics Engineering: Eligibility for Admissions

The eligibility required for admission in the B.Tech study program varies from college to college. But the required eligibility details are as follows :

Candidates must pass 12th class examination with Physics, Chemistry, and Mathematics as compulsory subjects. Candidates must obtain at least 50% in class 12th.
To get admission through JEE Main or JEE Advanced, candidates must have a valid score card and marks as per the requirement of the college. The percentage of the 12th class should be above 75%. However, this criteria has been scrapped for JEE Main 2021.
There are various entrance exams organized for B.Tech admission in India but some of the popular entrance exams are JEE Main, JEE Advanced, BITSAT, MHTCET, AMUEEE.

B.Tech in Electronics Engineering Cut Off For Top IITs (JEE Advanced 2020- Round 6)

Institute	Opening Rank	Closing Rank
IIT Roorkee	994	1333
ISM Dhanbad	3141	4908
IIT Guwahati	1760	2067
IIT (BHU) Varanasi	1400	2443

B.Tech in Electronics Engineering Syllabus

B.Tech in Electronics engineering is a four-year course including 8 semesters. The syllabus and subjects according to semesters are as follows, but it may vary with college and university wise.

Electronics Engineering Syllabus – First Year

Semester I	Semester II
Engineering Physics	Basic Electronics and Communication engineering
Engineering Chemistry	Basic mechanical engineering
Basic Civil engineering and engg. Mechanics	Engineering Graphics
Engineering Mathematics – I	Engineering Mathematics – II
Programming in C language and data structure	Environmental studies
Computer Laboratory	Engineering Physics Lab
Computer-aided engineering design	Engineering Chemistry Lab
–	Workshop Practice

Electronics Engineering Syllabus – Second Year

Semester III	Semester IV
Network Analysis	Engineering Mathematics – IV
Analog Electronic Circuits	Control Systems
Engineering Mathematics – III	Signals and systems
Electronics Instrumentation	Microcontrollers Lab
Logic Design Lab	Linear IC’s and its application
Analog Electronics Lab	Fundamentals of HDL
Field theory	HDL Lab
Short term Internship	–

Electronics Engineering Syllabus – Third Year

Semester V	Semester VI
Analog Communication	Digital communication
Digital Signal Processing	Antennas and propagation
Management and Entrepreneurship	Microprocessors
Information theory and coding	Microelectronics Circuits
VLSI	Advanced communication Lab
DSP Lab EC	Operating Systems
Fundamentals of CMOS	Microprocessors Lab
Internship	Industrial Training

Electronics Engineering Syllabus – Fourth Year

Semester VII	Semester VIII
Power Electronics	Digital Switching Systems
Optical Fiber Communication	Wireless Communication
Computer Communication Networks	Project Work
Embedded system design	Seminar and presentation
Power Electronics Lab	–
VLSI Lab	–

B.Tech in Electronics Engineering Future Scope

After completing B.Tech in Electronics Engineering various career opportunities are available. The present time is a time of technological revolution. Every person uses technology to make their work easier and efficient. The students can go to the government, public and private sectors after completing graduation in Electronics engineering. Here are some important sectors and major recruiters for Electronics engineering students.

Some of the major recruiters of Electronics engineering students are as follows:

Government Sector:

Indian Space Research Organization (ISRO).
Electronics Corporation of India Limited (ECIL)
Defence Research and Development Organization (DRDO)
Bhabha Atomic Research Center(BARC).
Bharat Electronics Limited (BEL).
Defence Electronics and Research Laboratory(DERL)
Bharat Heavy Electricals Limited (BHEL)
Hindustan Aeronautics Limited (HAL)
Railways
Teaching profession

Private Sector:

HCL Technologies
Samsung Electronics
Wipro, TCS, IBM, etc.
Texas Instruments
Intel Corporation
Hewlett Packard (HP)
Philips Semiconductors
Cisco systems.

The students can be placed in top companies through campus placement drives organized by the college. The students can also appear in the open campus placement drive. In the present context, Electronics industries are growing faster. Most of the students also choose electronics engineering as a career option. Due to the remarkable initiatives of the government of India, the electronics sector in the country provides strength to the economy of the country. Digitalization makes everything easier and makes the system efficient. Now students prefer to research in the field of electronics to make their career bright. As a result, our country becomes powerful in electronics development and efficient in the world. Due to the use of electronics, human life becomes easier and more comfortable.