B.Tech. in Electrical Engineering

Program is separated into eight semesters. They also offer optional subjects like: EHV Transmission
& Electrical Power Systems consistency. The time period of the program is of four years but those who take admission in lateral mode have to complete the program in three years. Candidate can take admission in third semester.

Program Contents:

SEMESTER One

* Mathematics part I
* Chem.
* English for Comm.
* Electrical Technologies
* Mechanic
* Intro to Manufacturing Process
* Chem. Practical
* Electrical Technology Practical

SEMESTER Two

* Mathematics part II
* Functional Physic
* Elementary of Computer
* Essential Electronics
* Engineering Drawing and Graphics
* Applied Physics Practical
* Essential Electronic Practical

SEMESTER Three

* Mathematics part III
* Thermodynamic
* Signal & Network
* Digital Electronic
* Electrical Machines
* Signal & Network Practical
* Electrical Machines Practical

SEMESTER Four

* Society, Environment & Engineering
* Electronic Device & Circuits
* Analog Electronic Circuits
* Electromagnetism Theory & Application
* Electrical Measurement part I
* Analog Electronic Practical
* Electrical Measurement-I Practical

SEMESTER Five

* Computer organizations
* Control Systems
* Power System
* Electrical Measurement part II
* Advance Electrical Machine
* Control Systems Practicum's
* Advance Electrical Machine Practicum's

SEMESTER Six

* Power Electronic & Device
* Digital Signal Process
* Microprocessor
* Advance Power Systems & Designs
* Industrial Economic & Managements
* Power Electronic & Device Practical
* Microprocessor Practical

SEMESTER Seven

* Switchgear & Protections
* Utilization Of Electrical Powers
* Communications Engineering
* Electronics Instrumentations
* Optional
* Practical of Switchgear & Protections
* Practical of Electronics Instrumentation Practical

SEMESTER Eight

* Machine Drive
* Designs & Estimations Of Electrical Systems
* Electrical Machines Designs
* Projects
* Machine Drives

Optional

* EHV Transmissions
* Electrical Power Systems consistency