Lithium ion Energy Storage System designer and system integrator. Design, integrate and test fault tolerant lithium ion energy storage system. Manage day to day operation during production of 2678kWhr, 300VDC energy storage system for manned platform.Was part of the team that developed the high energy lithium ion energy storage system that is fault tolerant to single cell thermal runway failure.Led internal research and development effort to modify the high energy fault tolerant system for use in high power applications while maintaining the safety features.Battery lab management. Oversee day to day operation of battery lab including performance testing of single cells and subscale test articles, maintenance of battery testers and fabrication equipment.Led internal integration of Unmanned Underwater Vehicle (UUV) power train with dynamometer and electronic load for mission simulation and evaluation of UUV power system components. The UUV power train included high torque axial flux motor, diesel generator (primary energy source) and lithium ion batteries (secondary energy source). Performed component and system testing.

Finite Element Modeling, use of Ansoft's HFSS 3D electromagnetic simulator to design and simulated pulse forming network and antenna array.Integration and testing of pulse forming network and antenna array.

Studied finite size effects on the magnetic properties of mono dispersed MnO nano particles.Permanent magnetic motor design. Use of Ansoft's Maxwell 3D simulator to design mm size pole permanent magnet motor.