B.Tech. Electronics Engineering: Course, Career, Salary, Duration, Scope

B.Tech. Electronics Engineering or Bachelor of Technology in Electronics Engineering is an undergraduate Electronics Engineering course.

Electronics Engineering is a branch of engineering that scientifically studies the effects of electrons to build components, devices, systems, or equipment.

Subjects usually studied under this degree are Physics, Chemistry, Mathematics, Civil Engineering, Mechanical Engineering, Electrical Engineering, Electrical Circuits & Systems, Electromagnetic Fields, Electronic Devices & Components, Signals & Systems, Numerical Methods, Network Analysis, Analogue Circuits & Systems, Digital Communication Systems, Microwave Engineering, Microprocessor Engineering, etc.

The course is four years duration and it is career creating in nature which opens many scopes after its completion.

Bachelor of Technology in Electronics Engineering

Duration: 4 Years
Level: Graduation
Type: Degree
Eligibility: 10+2

B.Tech. Electronics Engineering Eligibility

  • 10+2 with science or its equivalent with a minimum aggregate of 70%.
  • Some reputed colleges and institutes conduct entrance examination for admission.

B.Tech. Electronics Engineering Syllabus

Syllabus of Electronics Engineering as prescribed by various Universities and Colleges.

Sem. I
Sr. No. Subjects of Study
1 Physics I
2 Engineering Graphics
3 Mathematics I
4 Computer Science
5 Communication Workshop I
6 Workshop Technology
7 Practical
8 Physics Lab I
9 Engineering Graphics Lab
10 Computer Lab
11 Engineering Workshop
Sem. II
1 Physics II
2 Chemistry
3 Mathematics II
4 Electrical Engineering
5 Communication Workshop II
6 Environmental Studies
7 Practical
8 Electrical  Lab
9 Chemistry Lab
10 Physics Lab II
Sem. III
1 Mathematics III
2 OOPs with C & C++
3 Signals & Systems
4 Electronic Devices & Circuits (EDC)
5 Network Theory
6 Communication Workshop III
7 Practical
8 OOPs Lab
9 EDC Lab
10 Network Lab
11 Electronics Lab
Sem. IV
1 Electromagnetic Field Theory
2 Instrumentation & Measurement
3 Digital Logic Design & Application
4 Analogue Electronics
5 Information Theory & Coding
6 Electronic Material & Processes
7 Practical
8 Instrumentation & Measure Lab
9 Analogue Electronics Lab
10 Digital Circuit Design Lab
Sem. V
1 Linear Integrated Circuits
2 Numerical Methods & Applications
3 Microprocessor and Peripherals
4 Communication Theory
5 Power Electronics & Derives
6 Artificial Intelligence
7 Practical
8 Communication Lab I
9 Microprocessor Lab
10 Linear Integrated Circuit  Lab
11 Industrial Visit
12 Minor Project I
Sem. VI
1 Antenna & Wave Propagation
2 Control System Engineering
3 Digital Signal Processing
4 Digital Communication
5 Advanced Microprocessor and Embedded Systems
6 Practical
7 Advanced Microprocessor and Embedded Lab
8 Communication Lab II
9 DSP Lab
10 Minor Project II
11 Comprehensive Viva II
Sem. VII
1 VLSI Engineering
2 Nano Electronics Technology
3 Microwave Electronics
4 Elective I (choose one)
5 Optical Communication
6 Remote Sensing
7 Wireless Communication
8 Solar-cell Technology
9 IC Technology
10 Practical
11 VLSI Lab
12 Microwave & Antenna Lab
13 Major Project I
14 Seminar
15 Industrial Training
1 Micro Electro Mechanical Systems
2 Industrial Automation
3 Industrial Organizations and Management
4  Elective (choose one)
6 Radar Systems
7 Multimedia Systems
8 Biomedical Instrumentation
9 Broadband Communication
10 Mobile & Cellular Communication
11 Practical
12 Major Project II

B.Tech. Electronics Engineering Colleges

  • National Institute of Technology – NIT Jamshedpur, Jamshedpur
  • Mahatma Gandhi University – Kerala, Kottayam
  • National Institute of Technology – NIT Rourkela, Rourkela
  • University of Petroleum and Energy Studies – UPES, Dehradun

B.Tech. Electronics Engineering Course Suitability

  • Those who have a strong foundation in the relevant sciences and technology and who can contribute to society through innovation, enterprise and leadership can go for it.
  • Applicants should have a creative and inventive mind and an interest in physics and mathematics is essential to take up this challenging career.
  • They should have good analytical skills, an eye for detail sustained attention and the ability to work as part of a team.
  • They should also have good communication and interpersonal skills.

How is B.Tech Electronics Engineering Course Beneficial?

  • These professionals assist engineers in the design of complex electrical systems, such as those found in areas like communications.
  • It is also beneficial for further studies such as M.E./M.Tech., M.Phil., Ph.D. as it gives a good base for it.
  • The program provides good knowledge in electronics engineering with a special focus on design, analysis, and manufacturing of electronic devices and components, integrated circuits, wireless devices, digital and analog working of electronic circuitry for numerous applications.

B.Tech. Electronics Engineering Employment Areas

  • IT Companies
  • Power Stations
  • Electricity Boards
  • Power Plants
  • Colleges & Universities

B.Tech. Electronics Engineering Job Types

  • Professor & Assistant Professor
  • Electronics Engineer
  • Power Electronics Engineer
  • Test Engineer
  • Design Release Engineer
  • Exhibits Electronics Engineer
  • Product Designer
  • Network Specialist
  • Electronic Support Engineer
  • Systems Developer

Advance Course in B.Tech. Electronics Engineering

  • M.Tech. (Electronics Engineering)

After completing B.Tech. (Electronics Engineering) you can become:

  • Electronics Engineer

For any other queries about B.Tech. Electronics Engineering, you can leave your queries below in the comment box.

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