Leading the mechanical and thermal design of a 2U CubeSat equipped with an experimental Quantum Gyroscope. Launching to the ISS in early 2025.

Making sure things don't get too hot or cold on the Haven-1 Commercial Space Station

Thermal analysis and sub-component testing for Astranis' dedicated Micro-GEO internet satellites

Designed test and flight hardware for Astra’s 35,000 lbf Chiron Engine

Led the Simulations division of SEB, the subteam dedicated to modeling the underlying processes of our pressure-fed liquid bi-propellant rocket in Simulink. These include the flow, atomization, and combustion of the propellants, and the flight of the rocket through the atmosphere. With the model, we have successfully predicted the performance of, and executed 15 static fires of the engine, generating 3 kN of thrust.

Attended regular workshops for the UC Launch Accelerator, reporting technical progress from the development team in France. Reached out to over 200 people involved directly or tangentially in no-code to gauge the viability of the product and attract users.

Helped develop a Python tool called Pymex for parsing files of protein interaction data into a standardized data structure used for extracting useful information and converting between the various formats used by researchers in the field.