Iron Lights Lives

Mr. Kumar is a passionate researcher and aspiring entrepreneur in the field of advanced energy storage technologies. Currently pursuing his PhD at IIT Delhi, his work focuses on iron–air batteries and sustainable materials for clean energy applications. He has hands-on expertise in electrochemical testing, structural analysis, and computational modeling, with several projects bridging fundamental engineering and industrial relevance. He aims to translate research into scalable solutions for grid storage and renewable energy integration. Beyond research, he actively coordinates academic events and fosters collaborative student communities.

I am a researcher exploring advanced metal–air batteries with a focus on aluminum-based anodes. My work combines corrosion engineering and electrochemistry to improve durability and efficiency in next-generation energy storage systems

Yash Mishra works on clean-energy materials and data-driven modeling. He studies hydrogen storage in palladium using density functional theory to understand how hydrogen affects the metal’s structure and properties. Alongside these simulations, he applies coding, artificial intelligence, and machine-learning techniques to analyze experimental and computational data, build predictive models, and automate workflows. This combination of computational chemistry and modern data science helps him uncover patterns, improve accuracy, and accelerate discovery of efficient hydrogen storage solutions. His interdisciplinary approach bridges materials science and AI, supporting the development of next-generation energy technologies and showcasing the power of combining physics-based and data-driven methods.