Courses
CORE
- EE 101 – Basic Electrical Engineering
- EE 201 – Signals and Systems
- EE 202 – Analog Electronics
- EE 203 – Energy Science and Technology
- EE 204 – Measuring Instruments and Measurements
- EE 205 – Electromagnetic Field Theory
- EE 206 – Electrical Machines -I
- EE 207 – Power Systems I
- EE 208 – Digital Electronics
- EE 209 – Circuit Theory
- EE 210 – Microprocessors & Microcontrollers
- EE 301 – Control Systems
- EE 302 – Power Systems II
- EE 303 – Electrical Machines II
- EE 304 – Power Electronics
- EE 305 – Digital Signal Processing
- EE 306 – Switchgear and Protection
- EE 307 – Industrial Drives
- EE 308 – Modern Control Systems
- EE 401 – Instrumentation
DEPARTMENT ELECTIVES
- EE 331 – Digital Control Systems
EE 332 – Advanced Power Electronics and Devices
EE 333 – Computer Organization
EE 334 – LT & HT Distribution Systems
EE 335 – Introduction to VLSI
EE 336 – Renewable Energy - EE 381 – Optimization Methods and its Application in Engineering
EE 382 – Fuzzy Set Theory and Applications
EE 383 – Adaptive Signal Processing
EE 384 – Mathematical Methods in Dynamic Systems
EE 385 – Software-based System Design
EE 386 – Hardware-based System Design - EE 431 – Switch Mode Power Supply
EE 432 – Electric Power Utilization and Traction
EE 433 – Biomedical Signal Processing and Control
EE 434 – Electric Power Quality
EE 435 – Optimal Control
EE 436 – Modelling and Control of AC Drives
EE 437 – Computer Applications in Power Systems
EE 438 – Power System Operation and Control
EE 439 – Data Acquisition and Signal Conditioning
EE 440 – AC-DC Micro grid
EE 441 – Flexible AC Transmission Systems
EE 442 – High Voltage AC/DC
EE 443 – Intelligent and Knowledge Based Systems
EE 444 – Demand Side Management
EE 445 – Control of Wind Energy Conversion System and its Challenges
EE 446 – Geometrical Aspect of Control Systems
EE 447 – Nonlinear Systems
EE 448 – VLSI System Design - EE 481 – Introduction to Biomedical Engineering
EE 482 – Optimization Techniques and Numerical Methods
EE 483 – Industrial Instrumentation
EE 484 – Artificial Neural Networks
EE 485 – Design Aspect of Control Systems
EE 486 – Modelling and Simulation of Dynamical Systems - EE 451 – Power System Reliability and Deregulation
EE 452 – Power System Stability and Control
EE 453 – Electrical Networks and Pricing
EE 454 – System Identification and Parameter Estimation
EE 455 – Advanced Control Systems
EE 456 – Advanced Digital Signal Processing
EE 457 – Biomedical Instrumentation
EE 458 – CAD for VLSI Systems
EE 459 – EHV Transmission
EE 460 – Power Electronics Application to Wind and Solar Energy System
EE 466 – Distribution Systems Planning and Automation
EE 467 – Intelligent Algorithms for Power Systems
EE 468 – Hydro-electric Engineering
EE 469 – Non-Conventional and Distributed Generation
EE 470 – Navigation, Guidance and Control
EE 471 – Non-linear System Analysis and Control
EE 472 – Computer Relaying and Phasor Measurement Unit
EE 473 – Smart Grid Technologies
EE 474 – Advanced Instrumentation
EE 475 – Special Electrical Machines and Drives
EE 476 – Intelligent Control
EE 477 – Energy Auditing, Conservation and Management