Currently pursuing my Ph.D at the Ohio State University. I’m passionate and driven towards
making our energy consumption sustainable. I chose energy storage as my research focus in
order to enable harnessing clean sources of power, particularly for automotive applications.
My research focuses on improving the energy density and cycle life in Lithium ion batteries.
Specifically, I’m working on improving the performance of batteries by
1) Improving electrode design: Understanding the limiting mechanisms of high energy and
high power operating regions and modifying the microstructure using different binder
combinations and additives to increase performance. Scalability of the process for
commercialization is an important consideration during these developments.
2) Testing novel materials: Advanced high voltage spinel materials like LNMTO paired with
passivating binders and electrolyte additives to improve energy density and reduce capacity
fade. Cobalt-free cathodes like LNMTO are projected to be in demand for economic, geopolitical and environmental reasons.
My research is at the intersection of many diverse disciplines like Mechanical Engineering,
Materials Science, Chemistry, Electrical and Manufacturing. Further, I’m acquainted to the
manufacturing of batteries through my experimental research and modeling of
electrochemical systems through the extensive coursework in my program. Further, I’m
trained in characterization techniques needed to systematically study the mechanisms. I’m
currently looking for internship opportunities starting May 2021 under the scope of Lithium
ion batteries.
Among my hobbies are motorsports, astronomy, philosophy and pop culture.
Sensitivity: Confidential (C2)