Academics
Degree Programmes Offered
The Department of Electrical Engineering offers degree programmes such as:
- B.Tech. in Electrical and Electronics Engineering
- B.Tech. in Electrical and Electronics Engineering (Electric Mobility)
- M.Tech. in Power Electronics and Drives (PED)
- M.Tech. in Power Systems Engineering (PSE)
- M.Tech. in Smart Electric Grid (SEG)
- M.Tech. in Control and Automation (C&A)
- M.Tech. in Electric Vehicles (EV)
- Ph.D. in Electrical Engineering
- PDF in Electrical Engineering
B.Tech in Electrical and Electronics Engineering
Electrical engineers are important for all technology that relies on electricity: from the everyday things that surround us, such as mobile phones, PCs, and the barcode reader at the shop, to advanced offshore installations. Advanced measurement and control systems in areas such as industry, transport, energy, and health are important to enable society to function. If you want to continue your studies after completing your bachelor's degree, NITW offers several relevant master's programmes lasting two years.
CurriculumB.Tech in Electrical and Electronics Engineering (Electric Mobility)
B.Tech. Program in Electrical and Electronics Engineering with a specialization in Electric Mobility is designed to equip the students with the knowledge and skills needed to lead India's transition to sustainable transportation. This program combines a strong foundation in Electrical Engineering with focused course work in Electric Vehicles, Battery Systems, Charging Infrastructure and Renewable energy systems for transportation.
CurriculumM.Tech in Power Electronics and Drives (PED)
The M.Tech. (PED) programme has been crafted in harmony with industry requirements, which provides extensive opportunity and platform for students to work in multidisciplinary research fields of Power Electronics and Drives. The Program is integrated with field visits and in-house training covering various research domains like: Smart Grid, Power Converters, Advanced Electrical Drives, and Electric Vehicles. The Students will receive training in state-of-the-art Industrial and laboratories.
CurriculumM.Tech in Power Systems Engineering (PSE)
The M.Tech. (PSE) programme is designed to prepare Graduate Engineers in the field of Power Systems. The objective of this course is to provide in-depth knowledge about the power system network and the advanced computing techniques applied to electrical networks. It enables students to understand the real-time problems in generation, transmission, and distribution of electrical power.
CurriculumM.Tech in Smart Electric Grid (SEG)
The future scope of M.Tech. (SEG) has enormous potential. With the modernization of electric utilities and the development of renewable energy technologies, the conventional power system is being restructured. Smart meters and AMI are among the new digital data sources that are being introduced to the industry. To keep track of all these data sources, power electronic components are being used. Software solutions are being developed to analyze, monitor, and predict the state of the electricity system.
CurriculumM.Tech in Control and Automation (C&A)
Automation is revolutionizing industries worldwide, and our M.Tech. (C&A) programme prepares students to lead this transformation. From automation to smart homes and autonomous vehicles, our curriculum covers a broad spectrum of topics aimed at developing expertise in automation technologies. Gain hands-on experience with PLCs, SCADA systems, and robotics platforms, and emerge as a skilled control & automation engineer ready to drive innovation in diverse sectors.
CurriculumM.Tech in Electric Vehicles (EV)
The M.Tech. (EV) programme is designed to prepare Graduate Engineers to equip them with the knowledge and practical skills required to develop the next generation of electric and hybrid vehicles. The objective of this programme is to provide an in-depth knowledge on EV architecture, power converters, digital controllers, propulsion and control, energy-storage systems, smart-grid charging and battery engineering, renewable-energy integration, vehicular communication, wireless power transfer, thermal management, functional safety and autonomous mobility.
CurriculumHonors Programme (B.Tech)
The Honors in Electrical Engineering is an 18-credit program that develops students for both industry and research, such that they can deepen their expertise in Electrical Engineering and develop research capacity in the methodology and techniques of the discipline. Electrical and electronic engineers work for industries that focus on creating tomorrow's solutions for everything from must-have leisure gadgets to new power and energy sources, and medical and lifesaving equipment.
Honors Programs Scheme and SyllabusMinor Programme (B.Tech)
The minor in electrical engineering is an 18-credit program that gives students a fundamental and applied knowledge in the electrical engineering discipline and allows students to convey an understanding of the continuously increasing contributions of electrical engineering to society. Students who successfully complete the minor program will obtain a working knowledge of core electrical engineering principles.
CurriculumOpen Elective Courses (B.Tech - EEE)
Open Elective Courses can be in any of the following areas: Basic Sciences, Engineering Science Courses, Humanities & Social Sciences, and Management. A student will not be permitted to register for an open elective course offered by the parent department. The allotment of the open elective course shall be based on CGPA and the preference of the student.
Ph.D. in Electrical Engineering
Ph.D. (Electrical Engineering) is a doctorate program that takes the accountability to train the post-graduates in the areas of Electromagnetism, Electrical Machines, Electromagnetic Devices, Electric Circuits, Generators, Motors, drives, power systems, and control & automation, etc. They can opt for independent research work or start their own set up to become entrepreneurs.
Curriculum