Electrical and electronics engineering is the largest field within the engineering profession, and the one with the greatest employment potential. These engineers design and develop electrical and electronic systems and devices such as communications equipment, integrated circuits, and computers. They are responsible for designing, developing, testing as well as supervising the production and deployment of electrical and electronic equipment and machinery used in broadcast and telecommunication systems, electric motors, controls of machinery, aircraft, radar and navigation systems, power generation, and control and transmission devices which are used by electrical utilities.
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| Semester I |
| Engineering Mathematics I |
| Engineering Chemistry |
| Engineering Physics |
| Communicative English I |
| Basic Electrical Engineering |
| Engineering Mechanics |
| Computer Programming |
| Engineering Chemistry Lab |
| Engineering Physics Lab |
| Computer Programming Lab |
| Engineering Drawing I |
| Workshop Practice I |
| Communication Practice Lab I |
| Semester II |
| Engineering Mathematics II |
| Engineering Chemistry |
| Engineering Physics |
| Communicative English |
| Basic Electronics |
| Advanced C and Data Structures |
Elements of Mechanical
and Civil Engineering
|
| Engineering Chemistry Lab |
| Engineering Physics Lab |
| Basic Electrical Engineering Lab |
| Engineering Drawing II |
| Advanced C and Data Structures Lab |
| Communication Practice Lab II |
| Semester III |
| Engineering Mathematics III |
| Circuit Theory and Networks |
| Electronic Devices and Circuits |
| Object Oriented Programming |
| Electrical and Electronic Materials |
| Economics for Engineers |
| Circuit and Networks Lab |
| Electronic Devices and Circuits Lab |
| Object Oriented Programming lab |
| Semester IV |
| Engineering Mathematics IV |
| Digital Electronics and Logic Design |
| Electro-Magnetic Theory |
| Electro-Mechanical Energy Conversion I |
| Electrical and Electronic Measurements |
| Organisational Behaviour |
| Digital Electronics and Logic Design lab |
|
Electro-Mechanical Energy Conversion Lab I
|
| Electrical & Electronic Measurements Lab |
| Mini Project |
| Semester V |
| Microprocessors and Microcontrollers |
| Basic Communication Systems |
|
Control System Engineering
|
| Electro Mechanical Energy Conversion II |
| Electrical Power Systems I |
| Project Management |
| Microprocessors & Microcontrollers Lab |
| EMEC II Lab |
| Control and Simulation Lab |
| Mini Project |
| Semester VI |
| Signal Processing |
| Power Electronics and Drives |
| Electrical Power Systems II |
| High Voltage Engineering |
| Analog Integrated Circuits |
|
Production & Operations Management
|
| Power Electronics and Drives Lab |
| Analog Integrated Circuits Lab |
|
Digital Signal Processing Lab
|
| Mini Project |
| Semester VII |
| Communication System Engineering |
|
Advanced Control System Engineering
|
| Power System Protection |
| Quality Management Systems |
| Artificial Intelligence |
| Electives |
| Digital Image and Speech Processing |
| Utilization of Electrical Energy |
|
Power Plant Engineering
|
| Communication Systems Lab |
|
Control System Engineering Lab
|
| Industry Training Seminar |
| Major Project (Phase I) |
| Semester VIII |
| Mobile Communication |
|
Electrical Drives
|
| Thoughts That Shape the World |
Financial Management and
Accounting
|
| Electives |
| Energy Audit and Management |
| Optoelectronic Devices |
| Power System Operation and Control |
|
Major Project (Phase II) and Viva Voce
|
Programme Outcome
Programme Outcome of BTech EEE
