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 2 years or above of experience), are encouraged to apply through the following 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.
Deadline for submission: 8th August 2025
Online interview date: 14th and 15th August 2025.
| Event | Date |
|---|---|
| Announcement | 2nd Week of July 2025 |
| Nomination Deadline | 8th August 2025 |
| Online Interviews | 14th - 15th August 2025 |
| Results Announcement | 20th August 2025 |
| Program Start Date | 1st September 2025 |
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 borne by the sponsoring industry | |
| 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 | |
Energy storage technology is the backbone of the global energy transition. At IIT Tirupati, we have identified several thrust areas that are global, cutting-edge, aligned with national missions, and are locally relevant. Over the last few years, IIT Tirupati has been in discussions with various national bodies, such as the Department of Science and Technology, and various industry partners on structuring the research and training programs in energy storage to support the country’s transition towards self-reliance, through the Atma Nirbhar Bharat initiatives. Towards this, in consultation with the industry partners, such as Amara Raja Group and JSW Group, an M.Tech program in energy storage has been proposed. The program has been made as flexible as possible so that industry participants can benefit from it. The proposed M. Tech program will provide an opportunity for upscaling for energy markets with a global push towards electrification and renewable integration. Professionals will gain cutting-edge knowledge of battery systems, thermal management, renewable energy, solar, wind energy, and storage skills that are in high demand across various industries like electric vehicles, power utilities, and smart grids. The program will bridge the gap between theory and practice, helping the participants accelerate their careers. The program has been made flexible for working professionals. Classes are to be held in the evenings and over the weekends. It is proposed that the students will spend two weeks in the first two semesters at IIT Tirupati to undergo laboratory training related to the courses and be in touch with the faculty members. The M. Tech project can be executed in the industry where they are working. With its rigorous academic environment, research driven eco-system, and strong industry collaboration with a strategic focus on energy storage, IIT Tirupati is uniquely placed to deliver this proposed M. Tech program, which will benefit industry professionals.