B Tech In Electrical 2026 - Colleges, Fees, Eligibility, Syllabus

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HomeCoursesB.Tech in Electrical
Bachelor4 Years

Bachelor of Technology (B.Tech) in Electrical Engineering

4 Years
₹1.5L/Year
B.Tech in Electrical Engineering is a popular 4-year engineering degree in India that builds expertise in power systems, electrical machines, control systems and industrial automation. Explore eligibility, fees, syllabus, entrance exams and career opportunities after B.Tech Electrical to choose the right college and career path.

About B.Tech in Electrical

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Content Team

Content Writer | Updated 17 Mar 2026

B.Tech in Electrical Engineering is a 4-year undergraduate engineering programme focused on electrical circuits, power systems, electrical machines, and modern control and instrumentation. The course builds strong foundations in mathematics, physics, and core electrical engineering. Students gain practical exposure through labs, projects, and industrial training, preparing them for roles in power, manufacturing, automation, and allied sectors.
B.Tech in Electrical Engineering in India is a 4-year bachelor’s programme that prepares students to design, analyse, operate and maintain electrical and electro-mechanical systems. The curriculum begins with engineering fundamentals such as mathematics, physics, basic electrical engineering, programming and engineering mechanics, and gradually progresses to core areas including electrical circuits, analog and digital electronics, signals and systems, control systems, electrical machines, power electronics, power system analysis, switchgear and protection, and high-voltage engineering. Many universities also include modern subjects like smart grids, renewable energy systems, electric drives, PLC/SCADA, IoT applications in power systems and energy management. Practical learning is delivered through circuit and machines labs, simulation tools (such as MATLAB/Simulink, ETAP/PSCAD in some institutes), mini-projects, internships and a final-year capstone project. Graduates find opportunities in generation, transmission and distribution utilities, EPC and infrastructure, manufacturing, railways/metro projects, and automation, as well as in analytics and software roles linked to energy and industrial systems.
Core engineering degree with strong demand across power, infrastructure, manufacturing and automation sectors
Hands-on learning through machines, power electronics, protection and control laboratories plus project work
Scope to specialise via electives in smart grids, renewables, drives, automation and energy management

Eligibility Criteria

1

Educational Qualification

10+2 (or equivalent) with Physics and Mathematics as compulsory subjects along with one of Chemistry/Computer Science/Electronics/Biology; minimum aggregate typically 50–60% (relaxation for reserved categories as per norms). Admission usually requires a valid score in national/state/university engineering entrance exams and participation in counselling/seat allocation.

2

Entrance Exam

JEE Main, State Engineering Entrance Exams (e.g., MHT CET, KCET, WBJEE, KEAM, AP EAPCET/TS EAMCET)

Admission Process

How to Apply

Admission is primarily through entrance exams (national/state/university) followed by counselling and seat allotment based on rank, category and preferences. Some private universities/institutes also offer merit-based admission using Class 12 marks and/or their own test and interview, as per institutional rules.

Course Syllabus

Semester 16 Subjects
Engineering Mathematics I
Engineering Physics
Basic Electrical Engineering
Programming for Problem Solving (C/Python)
Engineering Graphics
Workshop/Physics Lab
Semester 26 Subjects
Engineering Mathematics II
Engineering Chemistry/Environmental Science
Engineering Mechanics
Electronic Devices and Circuits (Basics)
Communication Skills
Electrical/Electronics Lab
Semester 36 Subjects
Network Theory (Electrical Circuits)
Analog Electronics
Signals and Systems
Electrical Measurements and Instrumentation
Electrical Machines I (DC Machines and Transformers)
Circuits and Measurements Lab
Semester 46 Subjects
Control Systems
Digital Electronics and Microprocessors (Basics)
Electrical Machines II (Induction and Synchronous Machines)
Electromagnetic Fields
Power System I (Generation and Basics)
Machines and Control Lab
Semester 56 Subjects
Power Electronics
Power System II (Transmission and Distribution)
Switchgear and Protection
Electrical Drives
Linear Integrated Circuits/Industrial Electronics
Power Electronics and Drives Lab
Semester 66 Subjects
Power System Analysis
High Voltage Engineering
Renewable Energy Systems
PLC and SCADA (Basics)/Industrial Automation
Professional Elective I
Power System/High Voltage Lab
Semester 76 Subjects
Smart Grid Fundamentals
Energy Management and Audit
Professional Elective II
Open Elective I
Project Phase I (Seminar/Design)
Industrial Training/Internship
Semester 85 Subjects
Power System Operation and Control
Professional Elective III
Open Elective II
Project Phase II (Major Project)
Comprehensive Viva/Technical Seminar

Career Options & Jobs

Electrical engineers are consistently required across power utilities, EPC/infrastructure, manufacturing, and automation due to ongoing grid upgrades, industrial expansion, and renewable energy adoption. With experience and certifications, graduates can grow into roles in design, commissioning, operations, project management, and energy management, or pursue higher studies and research in power and control domains.

Career Options

Electrical Design Engineer
Power Systems Engineer
Protection and Commissioning Engineer
Electrical Maintenance/Plant Engineer
Automation/Control Engineer (PLC/SCADA)

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