eCampus M. Tech. in Advanced Energy Storage Technology

Why M. Tech in Advanced Energy Storage Technology?

India’s Net-Zero 2070 vision depends on scalable and sustainable energy storage solutions, essential for accelerating electric vehicle adoption, decarbonizing the power grid, and reducing reliance on fossil fuels. The M. Tech. program is designed to equip professionals with multidisciplinary expertise across materials science, electrochemistry, power systems, and energy economics, empowering to lead the transformation toward a cleaner, energy-secure future.

Why IIT Tirupati?

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.

Program Objectives

  • Provide a broad perspective to industry professionals in energy storage and battery systems
  • Foster interdisciplinary knowledge across materials, energy, power systems and policy
  • Inform global cutting-edge technologies and their translation to the Indian ecosystem
  • Enable applied research through academiaindustry collaboration

Program Highlights

  • Upskilling for professionals in energy, materials, and manufacturing.
  • Highly Multidisciplinary Chemical, Electrical, Mechanical, Materials, Chemistry & Policies
  • Taught by experienced faculties; Senior industry professionals as guest lecturers
  • No GATE requirement

Program Structure

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

M. Tech in Advanced Energy Storage Technology

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)
  • Four-year Bachelor’s in engineering, Science or Master’s in Science
  • Minimum two years of industrial experience

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

Director’s Message:

Greetings from IIT Tirupati!

Energy storage technology remains backbone to the global transition towards achieving sustainable and reliable energy systems. Building on the strong foundation established in its inaugural year (2025), Indian Institute of Technology Tirupati continues to expand and strengthen its M.Tech. program in Energy Storage, with a clear focus on academic excellence, industry relevance, and national priorities. Over the past year, the program has matured through active collaboration with national agencies such as the Department of Science and Technology and leading industry partners including the Amara Raja Group and JSW Group. These partnerships have enabled continuous refinement of the curriculum, ensuring that it reflects emerging trends in electrification, renewable integration, and advanced energy storage technologies, while supporting India’s vision of self-reliance under the Atma Nirbhar Bharat initiative. 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. The M.Tech. program was well-received by several industrial professionals, leading to greater success during the first year. Along with the inputs from industry stakeholders and feedback from the first cohort, the program now offers an even more robust learning experience that blends theoretical depth with practical relevance on energy domain. IIT Tirupati’s research-driven ecosystem and deep industry engagement are well-positioned to develop skilled professionals who will contribute to the future of energy storage and sustainable technologies.

Prof. K. N. Satyanarayana

Director

Competency Development & Outreach (CDO)

IIT Tirupati

Contacts

0877 250 3570
pm_cdp@iittp.ac.in
2nd Floor, North Wing, Administration Building
IIT Tirupati

What We Do

  • Training & Workshops
  • Certifications & Professional Development
  • Community Engagement & Outreach
  • Mentorship & Coaching
  • Research & Innovation Support