Biography
Result-driven and detail-oriented Cell Prototype R & D Engineer with over 4 years of hands-on experience in lithium-ion cell development, advanced material research, and battery recycling technologies. Skilled in electrode formulation, pouch and coin cell prototyping, materials characterization, and process optimization. I hold both a B. Tech and M. Tech in Nanotechnology, and I am passionate about applying my nanoscience expertise to advance battery research—particularly in material optimization and improving cell performance. Seeking to leverage my multidisciplinary expertise in materials science, nanotechnology, and electrochemistry within a forward-thinking R&D environment to develop next-generation lithium-ion and sodium-ion energy storage systems. Passionate about understanding structure– property relationships and translating lab-scale insights into scalable, high-performance battery technologies. Committed to driving improvements in cell chemistry and design that enhance durability, efficiency, and safety in cutting-edge energy storage solutions.
Research Areas of Interest
Exploring novel materials for advanced batteries.
• Synthesis of Nanomaterials (semiconductors, oxides, polymers, biomaterials)
• Electrochemical Energy storage and conversion.
• Toxicology and safety of Nanomaterials
• Anticorrosive studies using nanomaterials.
Highest Qualification
List of Publications
- Manickavelu Praveen , K.K. Phani Kumar, S. Sarveshvaran , Shanmugasundaram Sakthivel , Mani Karthik Synergetic effect of spinel oxide nanoparticles on unprecedented enhancement of specific heat capacity of molten salt based phase change material for thermal energy storage applications, Materials Today Chemistry 51 (2026) 103282
- Indubala, E., Sarveshvaran S., Sudha V., Mamajiwala, A. Y., & Harinipriya S. (2018) Secondary phases and temperature effect on the synthesis and sulfurization of CZTS, Solar Energy, 173, 215–224
Conference Proceedings
- S. Sarveshvaran, K.K. Phani Kumar, M. Shiva Prasad, Selvan Bellan, Mani Karthik, Shanmugasundaram Sakthivel, Cost-effective, Scalable and High-Temperature Stable Spinel Structured Solid Particles for High-Temperature Solar Thermal Energy Storage Applications, 11th Solaris 2021- International Symposium on Solar Energy and Efficient Energy Usage, September 27-30, 2021, Tokyo, Japan.
- E. Indubala, V. Sudha, S. Sarveshvaran, S. Harinipriya, Aamir. Y. Mamajiwala. (2019) Unusual composition of CZTS: elemental sulfurization and solution method, Materials Today: Proceedings, 8, 393–401