Energy Sciences & eMobility
Pioneering sustainable energy solutions and electric mobility technologies for a greener future.
About Energy Sciences & eMobility
Pioneering clean energy and electric mobility solutions for a sustainable India
The Centre of Excellence in Energy Sciences & eMobility at Atria University is dedicated to advancing research, innovation, and education in sustainable energy and electric mobility technologies.
Our interdisciplinary team of researchers, engineers, and industry experts works at the intersection of renewable energy, battery technology, smart grid systems, and electric vehicle architecture to develop solutions for India's clean energy transition.
Through cutting-edge laboratory facilities, industry partnerships, and nationally aligned research programmes, we prepare the next generation of energy engineers and eMobility innovators.
Our research directly supports India's National Electric Mobility Mission Plan, National Green Hydrogen Mission, and PM-KUSUM solar energy initiatives, contributing to the country's ambitious renewable energy targets.
Our Team
Join our elite team of experts, researchers and industry professionals
Prof. Sagar Mitra
Member of Advisory Board at Atria University | Professor IIT Bombay
Professor Sagar Mitra is a distinguished figure in the field of Energy Science and Engineering at IIT Bombay.
Dr. K.V. Narayanaswamy
Registrar
Dr. K.V. Narayanaswamy holds a Ph.D. in Electrical & Electronics Engineering with a specialization in Wireless & Mobile Ad-Hoc Networks from Visvesvaraya Technological University
Mr. Abhishek Padmanabhan
Director, Centre of Excellence in Energy Sciences and eMobility
Abhishek Padmanabhan brings cutting edge industry experience from the distributed energy space into academia.
Dr. Purnima Jallihal
Associate Professor
Specialist in smart grid technologies and power electronics.
Dr. Sheikh Suhail Mohammad
Assistant Professor
Battery management systems and power electronics for EVs.
Dr. Pushpendra Singh
Program Director and Professor-Energy Sciences, Atria University
Dr. Pushpendra Singh, currently serving as Program Director and Professor of Energy Sciences at Atria University Bengaluru
Ms. Jyotirmayee Sabat
Head of Energy Digitalization, CoE – Energy Science & E-Mobility
Jyotirmayee Sabat is the Head of Energy Digitalization at the Centre of Excellence – Energy Science & E-Mobility at Atria University.
Ms. Christina Sundari
Assistant Professor - eMobility
Ms. Christina Sundari is a dedicated professional with a profound background in power electronics, holding a Master’s degree in Technology (M.Tech) with a specialization in power electronics.
Dr. Canute Sherwin
Assistant Professor - eMobility
Dr. Canute Sherwin brings over 11 years of extensive teaching experience across Design, Thermal, Manufacturing, and Material Science domains.
Dr. Radha Shivaramaiah
Assistant Professor – Energy Sciences & eMobility
Dr. Radha Shivaramaiah is an Assistant Professor in the School of Energy Sciences & eMobility at Atria University.
Our Projects
Cutting-edge research initiatives driving sustainable energy and eMobility innovation
Modelling of Soiling & Shading Effects on Solar PV
Developing computational models to quantify the impact of dust soiling and partial shading on solar photovoltaic panel performance, enabling predictive maintenance and optimised cleaning schedules for large-scale solar installations.
Optimised Energy Storage for Microgrids
Designing AI-driven battery management systems for campus and community microgrids, optimising charge-discharge cycles to maximise storage efficiency and extend battery life in renewable energy systems.
Wind Turbine Design for Low Wind Speed Regions
Engineering novel blade geometries and generator configurations for small-scale wind turbines suited to India's low wind speed inland regions, expanding the geographic reach of wind energy generation.
Thermal Hotspot Detection in Solar Arrays
Using drone-mounted infrared imaging and machine learning algorithms to automatically detect and localise thermal hotspots in utility-scale solar PV arrays, reducing inspection costs and improving system reliability.
High Power EV Charging Infrastructure
Developing high-efficiency DC fast charging systems with vehicle-to-grid (V2G) capability, enabling EV batteries to serve as distributed energy storage assets that support grid stability during peak demand periods.
Magnet-Free Motor Technology for eMobility
Researching switched reluctance and synchronous reluctance motor topologies as alternatives to rare-earth permanent magnet motors, reducing supply chain dependency while maintaining competitive power density and efficiency for EV drivetrains.
Waste Heat Recovery from Industrial Processes
Engineering thermoelectric and organic Rankine cycle systems to capture and convert low-grade waste heat from industrial processes into usable electricity, improving overall energy efficiency in manufacturing.
Unified Energy Interface for Smart Campus
Building an integrated digital platform that monitors, manages, and optimises all energy flows across the Atria campus — solar generation, battery storage, EV charging, and building demand — in real time.
Research Areas
Earn your Master's or PhD while conducting groundbreaking research and entrepreneurship in the following areas:
Renewables (Solar, Wind, Hydro)
Energy Storage & Batteries
Heat & Process Innovation
Green Hydrogen
Power Systems & Grids
Climate Data & Modelling
Power Electronics
eMobility & EV Systems
Our Postgraduate Programmes
Research-driven postgraduate programmes to advance your career in Energy Sciences
MS by Research — Energy Sciences & eMobility
Duration
2 Years
Stipend
₹20,000 per month
Fees
₹1,00,000 per year
PhD Programme — Energy Sciences & eMobility
Duration
3–5 Years
Stipend
₹31,000 per month (UGC/CSIR scale)
Fees
₹50,000 per year
Eligibility Criteria
Find out if you qualify for our postgraduate research programmes
MS by Research
For graduates seeking advanced research specialisation in Energy Sciences or eMobility.
- B.Tech / B.E in Electrical, Electronics, Mechanical, or related engineering field with minimum 60% marks
- Valid GATE score preferred (EE, ME, or relevant paper)
- Statement of purpose highlighting research interests
- Interview with the Energy Sciences faculty committee
PhD Programme
For candidates seeking to lead original research in Energy Sciences, Battery Technology, or eMobility.
- M.Tech / M.E / M.Sc in Electrical, Energy, Mechanical Engineering or equivalent with minimum 60% marks
- Valid GATE / UGC-NET score strongly preferred
- Research proposal submitted at time of application
- Interview and research aptitude assessment
Latest Insights
Explore our latest articles on eMobility, electric vehicles, and sustainable energy
The EV Revolution: Why India's eMobility Transition is Accelerating
How policy push, falling battery costs, and charging infrastructure expansion are converging to make electric vehicles the dominant form of personal and commercial transport in India by 2030.
Battery Chemistry Beyond Lithium: The Sodium-Ion Opportunity
Why sodium-ion batteries could become the dominant chemistry for stationary storage and urban eMobility — and what Indian researchers are doing to accelerate the transition.
Smart Grids and the Energy Internet: Building India's Distributed Energy Future
How the convergence of IoT, AI, and renewable energy is transforming India's power grid from a centralised one-way network into a responsive, distributed energy internet.
Join Us
Join our vibrant community of researchers and innovators. We want graduate students who are entrepreneurs at heart – get incubated with us as you get your PhD!