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Department of Electrical & Electronics Engineering

Electrical & Electronics Engineering

    Courses

    B.E. Electrical and Electronics Engineering (EEE)
    Core Courses: 
    • EEE F211 Electrical Machines
    • EEE F212 Electromagnetic Theory
    • EEE F214 Electronic Devices
    • EEE F215 Digital Design
    • EEE F241 Microprocessors and Interfacing
    • EEE F242 Control Systems
    • EEE F243 Signals & Systems
    • EEE F244 Microelectronic Circuits
    • EEE F311 Communication Systems
    • EEE F312 Power Systems
    • EEE F313 Analog & Digital VLSI Design
    • EEE F341 Analog Electronics
    • EEE F342 Power Electronics
    • MATH F212 Optimization
    Discipline Elective Courses:
    • EEE F432 Medical Instrumentation
    • BITS F415 Introduction To MEMS
    • EEE F472 Satellite Communication
    • EEE F431 Mobile Telecommunication Networks
    • EEE F345 Power Apparatus & Networks
    • EEE F414 Telecommunication Switching Systems & Networks
    • EEE F433 Electromagnetic Fields & Waves
    • EEE F422 Modern Control Systems
    • EEE F346 Data Communication Networks
    • CS F342 Computer Architecture
    • CS F213 Object Oriented Programming
    • CS F372 Operating Systems
    • EEE F434 Digital Signal Processing
    • EEE F435 Digital Image Processing
    • EEE F425 Power System Analysis and control
    • EEE F426 Fiber Optics & Optoelectronics
    • EEE F416 Digital Communication
    • EEE F418 Modern Communication Technologies
    • EEE F427 Electric Power Utilization and Illumination

    Click here for Semesterwise course structure

    B.E. Electronics and Communications Engineering (ECE)
    Core Courses:
    • ECE F211 Electrical Machines
    • ECE F212 Electromagnetic Theory
    • ECE F214 Electronic Devices
    • ECE F215 Digital Design
    • ECE F241 Microprocessors and interfacing
    • ECE F242 Control Systems
    • ECE F243 Signals & Systems
    • ECE F244 Microelectronic Circuits
    • ECE F311 Communication Systems
    • ECE F314 Electromagnetic Fields & Microwave Engineering
    • ECE F341 Analog Electronics
    • ECE F344 Information Theory & Coding
    • ECE F434 Digital Signal Processing
    • ECE F211 Electrical Machines
    Discipline Elective Courses:
    • BITS F415 Introduction To MEMS
    • BITS F463 Cryptography
    • CS F213 Object Oriented Programming
    • CS F342 Computer Architecture
    • CS F372 Operating Systems
    • ECE F414 Telecommunication Switching Systems & Networks
    • ECE F416 Digital communication
    • ECE F418 Modern Communication Technologies
    • ECE F431 Mobile Telecommunication Networks
    • ECE F472 Satellite Communication
    • EEE F313 Analog & Digital VLSI Design
    • EEE F345 Power Apparatus & Networks
    • EEE F346 Data Communication Networks
    • EEE F422 Modern Control Systems
    • EEE F432 Medical Instrumentation
    • EEE F434 Digital Signal Processing
    • EEE F435 Digital Image Processing
    • INSTR F411 Opto Electronic Instruments
    • INSTR F412 Analysis Instrumentation

    Click here for Semesterwise course structure

    B.E. Electronics and Computer Engineering (ECOM)
    Core Courses: 
    • ECOM F211 Data Structures & Algorithms
    • ECOM F213 Object Oriented Programming
    • ECOM F214 Electronic Devices
    • ECOM F215 Digital Design
    • ECOM F222 Discrete Structures for CS
    • ECOM F241 Microprocessors and Interfacing
    • ECOM F242 Control Systems
    • ECOM F243 Signals & Systems
    • ECOM F244 Microelectronic Circuits
    • ECOM F313 Analog & Digital VLSI Design
    • ECOM F321 Real Time Operating Systems
    • ECOM F342 Computer Architecture
    • ECOM F343 Communication Networks
    • ECOM F462 Network Programming
    Discipline Elective Courses:
    • BITS F312 Neural Networks and Fuzzy Logic
    • BITS F327 Artificial Intelligence for Robotics
    • BITS F343 Fuzzy Logic and Applications
    • BITS F364 Human – Computer Interaction
    • BITS F441 Robotics
    • BITS F452 Blockchain Technology
    • CS F212 Database Systems
    • CS F315 Information and Communication Technologies and Development
    • CS F316 Quantum Architecture and Programming
    • CS F407 Artificial Intelligence
    • CS F413 Internetworking Technologies
    • CS F422 Parallel Computing
    • CS F424 Software for Embedded Systems
    • CS F427 Performance Analysis of Computer Networks
    • CS F446 Data Storage Technologies and Networks
    • CS G513 Network Security
    • CS G527 Cloud Computing
    • CS G553 Reconfigurable Computing
    • EEE F245 Control System Laboratory
    • EEE F311 Communication Systems
    • EEE F341 Analog Electronics
    • EEE F348 FPGA Based System Design Laboratory
    • EEE F411 Internet of Things
    • EEE F417 Computer based control system
    • EEE F422 Modern Control Systems
    • EEE F432 Medical Instrumentation
    • EEE F434 Digital Signal Processing
    • EEE F435 Digital Image Processing
    • EEE G512 Embedded System Design
    • EEE G513 Machine Learning for Electronics Engineers
    • IS F311 Computer Graphics
    • IS F341 Software Engineering
    • MEL G621 VLSI Design

    Click here for Semesterwise course structure

    M.E. Electrical (with specialization in Power Electronics and Drives)

    Core Courses:

    • Power Electronics Converter
    • Distribution Apparatus and Configuration
    • Power Devices Microelectronics and Selection
    • Research Practice
    • Control and Instrumentation Systems
    • Solid State Drives
    • System Simulation
    • Dissertation or Practice School

    Elective Courses (Any Five):

    • Nuclear Engineering
    • Modern Control Systems
    • Advanced Power Systems
    • Steady State and Dynamics of Electrical Motors
    • Utility Applications of Power Electronics
    • Soft Switching Converter Technologies
    • Transformer and Motor Design
    • Drives for Electric Traction
    • DSP Based Implementation Drivers
    • Digital Signal Processing
    • Power Quality
    • Introduction to Artificial Neural Networks