Programmed a modular and efficient optical transmission simulation for the optimization of 4-terminal perovskite/silicon tandem solar cells. (Thin film and Thick slab Transfer matrix Transmission Optics Optimizer "4T Opt")Simulated degradation mechanisms of perovskite materials with Density Functional TheoryIdentified interfaces responsible for performance losses in perovskite solar cells through photoluminscence experiments and equivalent circuit analysis.

This is a continuation of the "Senior Scientist at CubicPV role". Before we merged with 1366, the company was known as Hunt Perovskite Technologies and my title was Semiconductor Physicist.

I improved the parallel performance of the flapwMBPT software package, a program for computing electronic structure of materials using the linearized self-consistent quasiparticle GW method. The program and its improvements were applied to study the thermoelectric properties of recently synthesized CoAsSb compound.

Built, tested, and troubleshooted graphene-oxide strain sensors deposited on additively-manufactured (3D printed) parts. Sensors made by the methods we developed were validated on 3 Boeing Ecodemonstrator flight tests.

Created and tested solid state chemicals sensors made through photolithography.