Krushikkumar Padsala

• Benchmarking the Performance of Carbon Nanotubes Integration in NMC811 Cathodes. • Developed optimized electrode formulations with CNT for high-energy Li-ion batteries, resulting in a 96% Cathode active material in electrode. • Conducted thorough failure analysis to identify root causes and optimize parameters, improving overall performance. • Fabricated electrode coin and pouch cells and performed electrochemical testing using the Neware system.

• Optimized coin cell performance through component experimentation, achieving a 10% increase in capacity. • Managed procurement and organization of laboratory chemicals and instruments, ensuring efficient lab operation and safety adherence. • Conducted battery benchmarking on semi-solid-state technologies, providing valuable insights for future testing applications.

• Synthesized high nickel and cobalt-free materials for Li-ion batteries via spray drying, contributing to sustainable material development. • Developed dry and wet electrodes in glove box environments and fabricated coin cells, enhancing safety and precision. • Conducted material structure characterization using XRD and SEM, ensuring high-quality analysis. • Executed electrochemical characterization through EIS, cyclic voltammetry, and cell cycling with Arbin, providing comprehensive performance data.

• Developed PFDs and P&IDs ensuring high-quality design standards. • Prepared material balance for pilot plant processes to optimize efficiency. • Assisted in process solution planning, sourcing, and design.

Relevant Coursework: Electrochemistry I & II, Battery Systems Technology, Post-Li-Ion Battery Technologies, Electrode Design, Fundamentals of Materials Science for Electrochemical Energy Storage Systems

Relevant Coursework: Thermodynamics, Heat and Mass Transfer Operations, Chemical Reaction Engineering, Nanoscience and Technology, Process Modelling and Optimization