Punjab Engineering College Courses
Contact Information
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location_on
Sector 12, Chandigarh, Chandigarh 160012, India
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call
(0172) 2753051, 2746074, 2753064, 2753277
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mail_outline
(0172) 2745175
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email
- web_asset
Approved By: UGC
M.E. (Electrical Engineering)
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Duration: 2 Years |
Eligibility: Graduation |
Course Duration: Two Year (Semester System)
Course Eligibility : Bachelor Degree in Engineering with at least 50 % marks or Equivqlent CGPA
Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.
Entrance/Eligibility Test: As per University Rules
Programme Mode: Regular
Course Syllabus
Semester-I
|
Course Code |
Subject |
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EE 501/EE 502/EE 519 |
Dynamic Systems and Control / Advanced Power System Analysis/ |
|
EE 503/EE 504 |
Power Electronics Devices & Circuits /Discrete Time Control Systems |
|
MA501 |
Advanced Mathematics |
|
… |
Elective I |
|
List of Elective I |
|
|
Power System Group |
|
|
EE 507 |
Power System Operation and Control |
|
EE 525 |
Neural Networks & Fuzzy Logic |
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EE 526 |
Advanced Power System Stability |
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EE 527 |
Fast Transients in Power System |
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Control System Group |
|
|
EE 509 |
System Dynamics and Meta Systems |
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EE 525 |
Neural Networks & Fuzzy Logic |
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EE 528 |
Operation research |
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Power Electronics & Drives |
|
|
EE 525 |
Neural Networks & Fuzzy Logic |
|
EE 529 |
Applications of Power Electronics to Power Systems |
|
EE 530 |
PLC & Micro Controllers |
Semester-II
|
EE 505/EE 524/EE 511 |
Advanced Design Techniques in Control/ EHVAC Transmission/ |
|
MA 505 |
Design of Experiments & Research Methodology |
|
…. |
Elective II |
|
.… |
Elective III |
|
Elective II, Elective III, Elective IV |
|
|
Power System Group |
|
|
EE 508 |
Power System Planning in Deregulated Environment |
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EE 517 |
Static Reactive Power Control and Facts |
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EE 518 |
Modern Protection Methods |
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EE 531 |
Power System Voltage Stability |
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EE 532 |
HVDC Transmission |
|
Control System Group |
|
|
EE 513 |
Digital Signal Processing & Applications |
|
EE 533 |
Non-Linear Adaptive Control |
|
EE 534 |
System Modeling & Optimization |
|
Power Electronics & Drives |
|
|
EE 513 |
Digital Signal Processing & Applications |
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EE 521 |
Power Quality |
|
EE 522 |
Special Electromechanical Device |
|
EE 535 |
Modeling & Analysis of Electric Motor Drive System |
Semester-III
|
Elective IV |
|
|
EE 536/EE 537/EE 538 |
Power System Simulation Lab. /Power Electronics and Drives Simulation Lab. /Control System Simulation Lab. |
|
EE 698 |
Thesis |
|
Elective II, Elective III, Elective IV |
|
|
Power System Group |
|
|
EE 508 |
Power System Planning in Deregulated Environment |
|
EE 517 |
Static Reactive Power Control and Facts |
|
EE 518 |
Modern Protection Methods |
|
EE 531 |
Power System Voltage Stability |
|
EE 532 |
HVDC Transmission |
|
Control System Group |
|
|
EE 513 |
Digital Signal Processing & Applications |
|
EE 533 |
Non-Linear Adaptive Control |
|
EE 534 |
System Modeling & Optimization |
|
Power Electronics & Drives |
|
|
EE 513 |
Digital Signal Processing & Applications |
|
EE 521 |
Power Quality |
|
EE 522 |
Special Electromechanical Device |
|
EE 535 |
Modeling & Analysis of Electric Motor Drive System |
Semester-IV
|
EE 699 |
Thesis |
