Approved By: UGC AICTE
|
Duration: 4 Years |
Eligibility: 10+2 or Equivalent |
Course Duration: Four Years (Semester System)
Course Eligibility: Pass with 70% aggregate marks in 10+2 or equivalent (with Physics, Mathematics and English). OR Pass with 50% aggregate marks in 10+2 or equivalent (with Physics, Mathematics and English) subject to valid score in LPU NEAT - UG 2011/ AIEEE/ State Level Entrance Test/ SAT.
Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.
Entrance/Eligibility Test: As per University Rules (LPU NEAT - UG 2011)
Programme Mode: Regular
Course Syllabus
Part - I
|
Course Code |
Course Title |
|
MTH101 |
Engineering Mathematics – I |
|
PHY102 |
Electricity & Magnetism |
|
ENG100 |
Communication Skills – I |
|
CSE101 |
Foundation of Computing |
|
CHE101 |
Chemistry |
|
CHE102 |
Chemistry Lab |
|
MTH102 |
Engineering Mathematics – II |
|
PHY112 |
Modern Physics & Electronics |
|
ENG101 |
Communication Skills – II |
|
MGT593 |
Managerial Effectiveness |
|
ECE100 |
Introduction to Practical Electronics |
|
PHY122 |
Physics Lab II |
|
ECE001A |
General Seminar |
|
ECE201 |
Electronic Devices & Circuits |
Part - II
|
ECE209 |
Signal, Systems and Networks |
|
ECE202 |
Digital Electronics Circuits |
|
MEC101 |
Mechanical Science I |
|
ELE201 |
Unified Electrical Lab I |
|
SSE |
Social Science 1 |
|
ELE202 |
Transformers & DC Machines |
|
ELE203 |
Field Theory |
|
ENG108 |
Reading and writing Skills |
|
ELE204 |
Unified Electrical Lab II |
|
CSE202 |
Object oriented programming |
|
MTH 201 |
Complex Analysis & Transform Techniques |
|
ELE001B |
General Seminar |
Part - III
|
ELE300 |
Induction & Synchronous Machines |
|
ELE301 |
Power Electronics |
|
ELE302 |
Power Systems I |
|
ECE301 |
Microprocessor Based System Design |
|
ELE303 |
Unified Electrical Lab III |
|
SSE |
Social science II |
|
ELE304 |
Power System II |
|
ECE305 |
Control Systems |
|
ELE426 |
Utilization & Traction |
|
ELE306 |
Unified Electrical Lab IV |
|
ECE300 |
Digital Signal Processing |
|
ELE307 |
Electrical Drives |
|
ELE001C |
General Seminar |
Part - IV
|
ELE441 |
Industry Internship Project Or |
|
DE1 |
Dept. Elective I |
|
Major Elective A1/B1/C1 |
|
|
DE2 |
Dept. Elective II |
|
OE1 |
Open Elective – I |
|
ELE442A |
Minor Project Part A |
|
OE2 |
Open Elective – II |
|
Major Elective A2/B2/C2 |
|
|
Major Elective A3/B3/C3 |
|
|
ELE400 |
Electrical Machine Design |
|
ELE404 |
Computer Aided Power System Analysis |
|
ELE001D |
General Seminar |
|
ELE442B |
Minor Project Part B |
List of Departmental Elective - I
|
ELE421 |
Flexible AC Transmission |
|
ELE422 |
Non Conventiional Energy Sources |
|
ELE423 |
Reliability & Quality Management |
List of Departmental Elective – II
|
ELE424 |
HV Engineering |
|
ELE425 |
Modelling, Simulation & Optimization Techniques |
|
ELE427 |
Power Quality |
Name Of Specialisation(1): Power systems
|
Advanced Power System Stability (A1) |
Name Of Specialisation(2): Instrumentation and Control
|
Advanced Control Systems (B1) |
Name Of Specialisation(3): Drives
|
ECE445 |
Computer control of electric drives (C1) |