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

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

Electrical engineering is a field of engineering that generally deals with the study and application of electricity, electronics, and electromagnetism. The field first became an identifiable occupation in the late nineteenth century after the commercialization of the electric telegraph and electrical power supply.

It now covers a range of subtopics including power, electronics, control systems, signal processing, and telecommunications. Electrical engineering may include electronic engineering.

Electrical engineering is considered to deal with the problems associated with large-scale electrical systems such as power transmission and motor control, whereas electronic engineering deals with the study of small-scale electronic systems including computers and integrated circuits. The course duration is four years and it provides many job opportunities in the very field. In today’s time mostly, colleges are conducting classes in this steam.

Bachelor of Technology in Electrical Engineering

Duration: 4 Years
Level: 10+2
Type: Degree
Eligibility: 10+2 or Equivalent

B.Tech. Electrical Engineering Eligibility

  • For B.Tech. (Electrical Engineering) the minimum eligibility for which is an intermediate (10+2) with subjects such as Physics, Math and Chemistry.

B.Tech. Electrical Engineering Syllabus

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

Sem. I
Sr. No. Subjects of Study
1 English for Science and Tech.
2 Mathematics I
3 Physics I
4 Chemistry
5 Engineering Materials (Section A)
Engineering Materials (Section B)
6 Engineering Graphics
7 Environmental Studies
8 Workshop Practice I
9 Chemistry Practical
10 Physics Practical I
Sem. II
1 Mathematics II
2 Physics II
3 Computer Programming & Information Technology
4 Electrical Technology
5 Electronics & Instrumentation
6 Engineering Mechanics
7 Value Education, HR Environment
8 Workshop Practice II
9 Physics Practical II
10 Computer Programming Practical
11 Electrical Technology Practical
12 Engineering Mechanics Practical
13 Electronics & Inst.  Practical
14 Co-curricular Activity
Sem. III
1 Mechanics of Solids
2 Applied Thermodynamics
3 Data Structures
4 Mathematics III
5 Circuit Theory
6 Digital Circuits
7 Applied Thermodynamics Practical
8 Digital Circuits Lab
9 Circuit Theory Practical
10 Data Structures Lab
Sem. IV
1 Electrical Measurements
2 Electrical Machines I
3 Analogue Circuits
4 Managerial Economics
5 Numerical and Statistical Methods
6 Signals & Systems
7 Electrical Measurements Practical
8 Electrical Machines I Practical
9 Numerical and Statistical Methods Practical
10 Analogue Circuits Lab
11 Comprehensive Viva-Voce
12 Co-curricular activity
13 Industrial Visit/Seminar
Sem. V
1 Electrical Machines II
2 Control Systems I
3 Power Systems I
4 Digital Signal Processing
5 Microprocessors & Computer Organisation
6 Field Theory
7 Electrical Machines II Practical
8 Control Systems I Practical
9 Power Systems I Practical
10 Microprocessors & Computer Organisation Lab
11 Vocational Training
Sem. VI
1 Power Electronics
2 Electric Power Generation
3 Power Systems II
4 Instrumentation
5 Microprocessor Based System
6 Control Systems II
7 Electrical Machine & Power System Design
8 Power Electronics Practical
9 Power Systems II Practical
10 Instrumentation Practical
11 Control Systems II Practical
12 Comprehensive Viva-voce
13 Co-curricular Activity
14 Industrial Visits/Excursions
Sem. VII
1 Electrical Drives
2 Switchgear & Protection
3 Operation Research
4 Elective: Group I (Any One)
5 Advanced Power Electronics
6 Special Purpose Electrical Machines
7 Electric transportation
8 My Electrical Technology
10 Elective: Group II (Any One)
11 Opto-Electronics
12 Power Plant Instrumentation and Control
13 Communication Engineering
14 Artificial Intelligence
15 Electrical Drives Practical
16 Switchgear & Protection Practical
17 Simulation Practical
18 Project and Seminar
19 Vocational Training
1 Computer Application in Power System
2 High Voltage Engineering
3, 4, 5 – Elective (any three)
a) Illumination and utility services
b) Industrial Automation and Control
c) Static Relays
d) Utilization of Electrical Power
e) Filter Design & Synthesis
f) Bio-medical Instrumentation
g) Digital Instrumentation
h) EHV AC & DC Transmission
i) Mine Instrumentation
j) Power System Dynamics & Control
k) Optimization Technique
l) Robotics
m) Pattern Recognition
n) Optimal Control
6  Computer Application in Power System Practical
7  Project and Seminar
8  Comprehensive Viva-Voce
9  Co-curricular Activity
10  Industrial Visits/Excursions

B.Tech. Electrical Engineering Colleges

  • Punjab College of Engineering and Technology, Mohali
  • The University of Delhi – DU, Delhi
  • Thapar University, Patiala
  • Dr. Visvesaraya Institute of Engineering and Technology, Bhopal

B.Tech. Electrical Engineering Course Suitability

  • Candidates who have a sharp, analytical and practical mind and attention to detail, able to grasp and adapt to new and changing concepts and good communication skills are the most suitable ones for it.
  • Second, those who have qualities like organizing and solving problems, to work under pressure and can keep calm during the crisis and have dedication and commitment towards the profession also are capable of going for this course.
  • Third, who possess an understanding of his area of concentration, the broad grasp of engineering in general, to have detailed knowledge of electrical networks, electrical energy converters also are a good suit for it.

How is B.Tech Electrical Engineering Course Beneficial?

  • Today there are many industries that are running solely due to the involvement of qualified and experienced electrical engineers.
  • There are industries manufacturing heavy electrical items like motors, transformers, pumps, cables, and even steel which are always very much in need of qualified electrical engineers.
  • The scope for these engineers is also wide open in the industries manufacturing locomotive and auto electrical equipment.
  • There is another very innovative option that today more and more electrical engineers are engaging themselves into. It is a simple idea of becoming self-employed.
  • Many electrical engineers today are opting to have their own electrical workshops and shops rather than going for tedious and monotonous routine factory jobs.
  • Having a shop can act as a double source of income for these smart electrical engineers. Along with the selling of the electrical fittings and appliances, they can milk a fat income through some prompt after-sales service.
  • Many industries like to outsource their jobs works. Electrical engineers with their own workshops can take orders from these companies and earn handsome packages.

B.Tech. Electrical Engineering Employment Areas

  • Colleges & Universities
  • Plant Engineering Departments
  • Electrical Equipment and Systems Manufacturing Companies
  • Power Generation and Transmission Centres
  • Telecommunication Companies
  • Railways
  • IT Industry
  • Health Care Equipment Manufacturing Industry
  • Petroleum, Steel and Chemical Industry

B.Tech. Electrical Engineering Job Types

  • Electrical Engineer
  • Staff Electrical Engineer
  • Electrical Sales Engineer
  • Electrical Design Engineer
  • Lecturer/Professor
  • Engineering Associate

Advanced Courses in B.Tech. Electrical Engineering

  • M.Tech. (Electrical Engineering)
  • M.Phil. (Electrical Engineering)
  • Ph.D. (Electrical Engineering)

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

  • Electrical Engineer

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

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