The 21st century presents a formidable challenge: ensuring access to sustainable and renewable energy. Electrochemical energy storage, particularly batteries, is at the forefront of this challenge, playing a crucial role in energy storage and electric vehicles (EVs). The Centre of Excellence of Battery Engineering at Atria University is designed to equip students to meet these challenges head-on. Through an interdisciplinary approach, the program delves into the efficiency and safety of emerging battery materials, covering the entire battery value chain—from electrode and separator materials to battery packs in EVs.
Students will deepen their foundational knowledge in material sciences with a specialized focus on batteries, preparing them for promising careers in both industry and research. The program emphasizes scientific knowledge and competencies tailored to address specific subject requirements and career paths.
The future of energy sciences is here. Elevate yourself to become an expert, leader, and change-maker in battery technology.
Driving breakthrough innovation in battery efficiency, clean technology, and scalable storage mechanisms.
Investigation of environmentally friendly materials and processes for sustainable battery production and recycling.
Utilizing bio-waste materials in the development of sustainable energy storage solutions.
Researching alternatives to Li-ion batteries to enhance energy storage options.
Innovating to achieve faster charging times and higher energy densities in batteries.
Exploration of new materials with high energy density, enhanced stability, and improved conductivity.
Development and application of innovative techniques to analyze battery materials at the nanoscale.
Integration of experimental data with computational models to predict and optimize battery performance.
Director
30+ years of experience
Assistant Professor
Energy Sciences
Research Scientist
CoE Battery Engineering
Engage in pioneering research, collaborate with industry experts, and contribute to the development of innovative energy storage technologies. Our Battery Engineering CoE offers a dynamic environment to advance your expertise and impact the world.
Musashi India established the Musashi Technology Excellence Centre (MTEC) at Atria University. The centre focuses on R&D, testing, and rapid prototyping of advanced energy storage and e-mobility technologies supporting localisation and India's Net Zero goals.
The CoE's Battery Lab supports testing and analysis of Ather's EV battery cells. A paid internship program is established for final-year E-Mobility students, with scope for future joint R&D and grants.
SUN Mobility, a leading energy and battery-swapping solutions provider, is a strategic partner for advanced battery testing and collaborative research.
Earn your Master's or PhD while conducting groundbreaking research in the following areas:
Novel Battery Materials
Advanced Characterization Techniques
Multiscale Modeling
Sustainable Battery Technologies
Bio-waste Energy Storage
Fast Charging Solutions
Cost-efficient Battery Materials
Advance from your undergraduate programme into postgraduate research or explore our Centres of Excellence driving India's sustainable future.
Our CoEs are Living Laboratories where AI meets deep science across biology, energy, mobility, and the environment. Work with senior researchers and industry experts on national missions.
