From the billions of transistor chips inside our computers to the massive power grids that supply power to our communities and cities,

Electrical engineers design, deploy and maintain these remarkable and complex systems. Electrical and Electronics engineers are responsible for designing, building, and maintaining electrical devices and networks that power our world and impacting every segment of our society, from agriculture to modern mobility.


The electrical Engineering curriculum provides a solid fundamental background in the engineering sciences, mathematics, analog and digital electronics, microprocessors, controls, embedded systems, design, modeling, coding, electrical machines, and power systems. This background is strengthened with laboratories with hands-on experience and design courses. In the senior years, students can choose specializations within the program in Power Systems, Embedded Systems, VLSI, or Electrical Vehicles.

The curriculum emphasizes building strong computer skills required for electrical & electronics engineers. The coursework is complemented with interventions to sharpen or develop soft skills like communication, teamwork, interpersonal skills, and critical thinking, which are essential for a successful career. From the first to the final year, students have opportunities to carry out several projects in which student teams, working with faculty/industry mentors, put their knowledge to work on a real-world issue to find innovative solutions to engineering problems. The program also offers the option of doing an internship with industry or research labs.

Course Curriculum
Program Foundation Courses for Electrical and Electronics Engineering
Circuit Analysis
Analog Electronic Circuits
Digital Electronics
Linear Integrated Circuits
Engineering Design
Electrical M/C-I
Electrical M/C ÐII
Linear Control Systems
Power Electronics
Signals & Systems
Analog Electronics Lab
Digital Electronics Lab
Data Structures using C Lab
Machines Lab
Power Electronics Lab
Course Code Course Name
15EEEB201 Integral Transforms and Statistics
15EEEC202 Circuit Analysis
15EEEC203 Analog Electronic Circuits
15EEEC204 Digital Electronics
15EEEC205 Electrical M/C-I
15EEEF206 Data Structure using C
15EEEP201 Analog Electronics Lab
15EEEP202 Digital Electronics Lab
Course Code Course Name
15EEEB207 Linear Algebra and Partial differential equations
15EEEF208 Engineering Design
15EEEC209 Electrical M/C ÐII
15EEEC210 Linear Control Systems
15EEEC211 Embedded lc
15EEEC212 EPG,T & D
15EEEP203 Machines Lab
15EEEP204 Embedded lc Lab
Course Code Course Name
15EEEC301 Power Electronics
15EEEC302 Linear Integrated Circuits
15EEEC303 Power System Analysis
15EEEC304 Embedded Systems
15EEEC305 Signals & Systems
15EEEP301 Electrical System Design Lab
15EEEW301 Mini project
  Open Elective 1 Maths ÐV Course offered only for lateral entry students (Diploma)
Course Code Course Name
15EEEC306 Electric Drives & Control
15EEEC307 Power System Operation & Control
15EEEC308 Automotive Electronics
15EEEE301 (3) PE 1
15EEEH301 HSC 1 (PALR)
15EEEP302 Power Electronics Lab
15EEEP303 Automotive Electronics lab
15EEEP304 Embedded and IoT Lab
15EEEW302 Minor Project
Course Code Course Name
15EEEC401 Switchgear Protection and High Voltage Engineering
15EEEN401 HSC 2 (MTP)
15EEEE402 PE 2
15EEEE403 PE 3
15EEEE404 PE 4
15EEE405 OE 1 (ANN)
15EEEP401 Power System Simulation Lab
15EEEP402 Relay & High Voltage Engineering Lab
15EEEW401 Project ÐPhase I (3)
Course Code Course Name
15EEEE406 PE 5
15EEEE407 PE 6
15EEE408 O E 2 (AI)
15EEEH401 HSC 3 (AFM)
15EEEW402 Project ÐPhase II