IIT Tirupati (IITT) is rapidly emerging as a hub for renewable energy, electric vehicles, and battery manufacturing, leveraging its strategic location within the national energy corridor. Energy is a key focus area at IITT, and the institute collaborates closely with the Government of India on several major national missions. With a strong emphasis on excellence and innovation, IITT is nurturing a new generation of graduates poised to drive significant breakthroughs in the energy sector.
| Details | Information |
|---|---|
| Duration | 2 years |
| Courses | Live online (synchronous) |
| Campus Immersion | 2 weeks each in Semesters I and II |
| Curriculum | 4 core courses, 5 electives, 2 labs, and a project |
| Sessions | Weekdays after 5 p.m. & Saturday mornings |
| Evaluation | Exams and Project Reviews |
Working professionals in the energy or allied sector (with a minimum of 2 years of experience), both self-sponsored and industry-sponsored, are encouraged to apply through the following application link. Please see the attached brochure for the eligibility criteria.
Applicants are encouraged to upload both NOC (Click here) and an endorsement letter from (Click here) their employer in the prescribed format Please follow the instructions carefully while filling out the form.
Applications are welcome from both industry-sponsored and self-sponsored candidates.
| Event | Date |
|---|---|
| Announcement / Start of Receiving Applications | 23rd April 2026 |
| Webinar Date | 7th May 2026 |
| Last Date of Application | 1st June 2026 |
| Interviews of Shortlisted Candidates | 2nd Week of July 2026 |
| Announcement of Selected Candidates | 3rd Week of July 2026 |
| Selected Candidates Arrive for On-Campus Orientation | 16th August 2026 |
| On-Campus Orientation Concludes / Candidates Depart | 17th August 2026 (Evening) |
Professionals working in Energy Industries, Battery Technologies, Electric Vehicles Sector, Power Generation, Renewable Energy, Power Systems, Materials & Chemical Processing.
| Program Fees | |
|---|---|
| Sponsorship Fee: ₹ 7 lakhs per candidate (inclusive of tuition) | |
| Accommodation will be provided during the residency period | |
| M.Tech. project expenses will be borne by the sponsoring industry or the self-sponsored candidate. | |
| Electrochemical Storage Systems | |
|---|---|
| Battery Manufacturing Technology | |
| Materials Design for Electrochemical Storage | |
| Battery Cell Modelling and Diagnostics | |
| Nanochemistry: Principles and Applications | |
| Energy Transmission and Distribution | |
| Energy Storage System Applications for Modern Power Grids | |
| Introduction to Smart Grid Technology | |
| Advanced Power Electronics | |
| Wind Turbine Systems | |
| Emerging Energy Technologies | |
| Hydrogen Production, Storage, and Safety | |
| Semiconductors and Photovoltaics | |
| Machine Learning in Process Engineering | |
| Transport Processes | |
| Energy Management, Economics, and Sustainability | |
| Engineering Economics and Sustainability | |
| Project Management | |
| Supply Chain Management | |
| Sustainability Science and Governance | |