Kevin VATTAPPARA

Topic 1-12 Inorganic ultra-rich composite electrolytes for high performance solid-state batteries

My tryst with material research began during my bachelor’s thesis and blossomed into a passion during my master’s degree in engineering material science. My journey into the field of energy storage started with attending a plenary talk at a conference, which sparked my interest in increasing my knowledge and contributing to the ever-growing battery community.
In my PhD research, I am working on solid composite electrolytes with a very high content of ceramics for applications in solid-state batteries. The work focuses on the preparation of solid electrolytes and the optimization of their properties, to be validated in cells with lithium metal and high-energy cathode materials. This position also provides me with the opportunity to work in a semi-industrial environment, helping me understand the requirements and tools necessary for success in my future endeavours.
Being a DESTINY MSCA fellow has given me the incredible opportunity to work with brilliant researchers, including Europe’s leading battery scientists and world-class research institutions. The biggest advantage of the DESTINY program is its well-structured approach, which aids students in developing both their technical and non-technical skills. The training schools organized by the program have been particularly beneficial, offering intensive courses and hands-on workshops that have significantly enhanced my expertise and broadened my professional network.
Favourite quote- “You need to associate with people that inspire you, people that challenge you to rise higher, people that make you better. Your DESTINY is too important. – by Joel Osteen”