Design electromechanical linear actuators for use in aerospace, medical, industrial, and subsea applications.Responsible for the design, analysis, manufacturing, and acceptance testing of a flight-critical crewed spaceflight actuator in support of NASA's Commercial Crew Program requiring conformance to NASA-STD-5017 and NASA-STD-5020Design the fixtures, circuitry, and software required to quantify actuator parameters such as axial backlash, life, force vs. speed, acceleration, accuracy, current consumption, etc. Develop analytical models to predict actuator thermal, dynamic, reliability, and power consumption performance.Automate tasks and testing with VBA and Python

Designed an analog computer, based on a circuit by Paul Horowitz, that exhibits chaotic behavior by computing the Lorenz equations in real time.

Aided in the design of an environmental cell for nano-scale, in situ, Transmission X-ray Microscopy.