Architecting advanced test solutions to ensure reliability and safe operation of critical life-saving hardware used in autonomous aviation.

* Computer vision processing and tracking of inner ear structures using camera data (python, c++)

* Software framework development (c++)

* OCT image distortion correction (c++)

Test system development, backend software design, and mechanical design.

• Architected the back and front-end software for a 60-channel R&D test fixture used in the characterization of Li-ion batteries (Python, MySQL)

• Applied principles of circuit analysis to parameterize Li-ion cell impedance spectra using an equivalent circuit model (Matlab, MySQL)

• Developed automated fitting and validation software in order to reduce impedance fitting times by 90% (Python)

• Circuit layout and component design for a system test fixture used to validate the operational specs of cell channels. The function tester is used in-house and shipped to factory with the test fixture itself. (C++, Altium)

I redesigned/built and created software for a 16-channel high precision storage and cycling system in order to help in the advancement of Li-ion battery research techniques. The cycling system software package also included a protocol designer and graphical data-analysis software. I gained extensive experience with object-oriented programming in order to build software to facilitate lab practices and data manipulation.