• Led small team in the design of actively controlled subsystems for a launch vehicle feedsystem• Overhauled sims of bang-bang pressurization system to drive high-level design of our space-shot launch vehicle• Led testing of a proof-of-concept test stand for a pistonless-pump pressure-fed engine cycle

• Led a small team in the completion of a preliminary design review presentation for a water deluge system• Designed and plumbed a high pressure (850 psi) CO2-based fire suppression system

• Designed, plumbed, and maintained our fluids/feedsystem ground support equipment• Operated this system for our first successful static fire of the Subscale rocket.

• Propulsion engineer for an entirely student-built bi-propellant rocket targeting the Karman line• Created an Excel calculator to determine mass cost and pressure loss of fuel and oxidizer plumbing for determining line sizing• Designed a test stand to assess our ability to actively stabilize rockets via reaction control thrusters

- Took full ownership of developing a vehicle-wide product for the fluids team, taking it from a conceptual idea through design, analysis, sourcing, manufacturing, testing and presentation- Accelerated my project's development schedule by machining critical test hardware myself- Supported revision and updating of manifold block geometry, including fatigue analysis and mass optimization

- Interfaced with technicians and welders to get pipe, tubing, instrumentation panels and support structure built to prepare for the activation of the R1 LNG/LOX engine test stand- Responsible for the installation of over 100 individual fluid components- Established new contact with vendors to source a new material- Modified existing P&IDs to enable proper priming of a water pipeline