Approved By: UGC AICTE NBA
|
Duration: 2 Years |
Eligibility: Graduation |
Course Detail
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Course Code |
Course Title |
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Semester - I |
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|
EE 611 |
Machine Analysis |
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EE 621 |
Power Electronic Converters & Machine Drives |
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|
Professional Electives – I |
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Professional Electives – II |
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|
Professional Electives – III |
|
EE 675 |
Power Electronics and Drives Laboratory – I |
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EE 677 |
Machines and Control Laboratory |
|
EE 685 |
Seminar & Technical Writing – I |
|
Semester - II |
|
|
EE 612 |
Advanced Machine Drives |
|
EE 622 |
Advanced Power Electronic Converters |
|
|
Professional Electives – IV |
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|
Professional Electives – V |
|
|
Professional Electives – VI |
|
EE 676 |
Power Electronics and Drives Lab – II |
|
EE 678 |
Power Electronics and Drives Simulation Lab |
|
EE 686 |
Seminar & Technical Writing – II |
|
Semester - III |
|
|
EE 687 |
Seminar & Technical Writing – III |
|
EE 691 |
Summer Research / Industrial Project |
|
EE 693 |
Research Project Work – I |
|
EE 695 |
Research Project Review – I |
|
Semester - IV |
|
|
EE 688 |
Seminar & Technical Writing – IV |
|
EE 692 |
Comprehensive Viva –Voce |
|
EE 694 |
Research Project Work – II |
|
EE 696 |
Research Project Review – II |
|
EE 699 |
Dissertation |
|
List of Professional Electives |
|
|
EE 604 |
Flexible AC Transmission Systems |
|
EE 606 |
Transient in Power Systems |
|
EE 607 |
Extra High Voltage transmission |
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EE 615 |
Power System Dynamics |
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EE 616 |
Electrical Energy Systems |
|
EE 625 |
System and Control Theory |
|
EE 626 |
State Space and Digital Control |
|
EE 627 |
Robust and Optimal Control |
|
EE 634 |
Robotics and Automation |
|
EE 635 |
System Identification and Adaptive Control |
|
EE 636 |
Intelligent Control |
|
EE 637 |
Soft computing Techniques |
|
EE 645 |
Adaptive Signal Processing |
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EE 646 |
Estimation of Signal and Systems |
|
EE 664 |
Embedded Computing Systems |
|
EE 668 |
Instrumentation and Sensors |
|
EE 681 |
Special Topics in Electrical Engineering – I |
|
EE 682 |
Special Topics in Electrical Engineering – II |
|
EE 683 |
Special Laboratory in Electrical Engineering – I |
|
EE 684 |
Special Laboratory in Electrical Engineering –II |
|
List of professional electives offered by other departments |
|
|
CH 641 |
Bioenergy Engineering |
|
CH 668 |
Evolutionary Computation |
|
CR 645 |
Nanomaterials |
|
CS 643 |
Embedded Systems |
|
CS 649 |
VLSI System Design |
|
EC 600 |
Architecture of DSP |
|
EC 620 |
Modeling and circuit Simulators for VLSI Systems |
|
EC 621 |
Digital VLSI Design |
|
EC 622 |
Analog and Mixed mode VLSI |
|
EC 623 |
HDL and High Level VLSI |
|
EC 624 |
Embedded Computing System |
|
EC 626 |
Low Power VLSI |
|
EC 628 |
VLSI Signal Processing |
|
EC 640 |
Pattern Recognition Application |
|
MA 522 |
Operation Research |
|
MA 523 |
Discrete Mathematics |
|
MA 524 |
Statistical Methods |
|
MA 527 |
Fractals |
|
MA 551 |
Numerical Analysis |
|
MA 552 |
Fuzzy logic and Set Theory |
|
MA 553 |
Optimization Techniques |
|
PH 645 |
Non-linear dynamics, Chaos and its recent applications |
|
PH 646 |
Synchronization and its recent applications inChaotic systems |