Prime Lightworks is working to create a fully renewable aerospace propulsion system using green hydrogen propellant. The Company believes this system will provide a revolutionary step forward in space exploration and planetary science, enabling clean spaceflight by developing a fully reusable satellite rocket launch vehicle that does not produce greenhouse gas emissions.

Avionics Hardware Development, Electromagnetic Interference and Survivability* Responsible for design analysis and test verification of Falcon 9 rocket and Dragon spacecraft

* Assembled, leak-tested, wall-mounted two cryogen gas distribution switchboards* Machined, soldered, acceptance tested five electronics boxes for subsystem power, signal, sensors* Programmed experiment control software with pressure regulation calibration factors

Summer Undergraduate Research Fellowship @ California Institute of Technology:* Rebuilt mercury ion trap frequency standard for NASA Deep Space Atomic Clock (DSAC) project* Identified, remedied numerous engineering challenges to full operation of mercury charging testbed* Assembled ultra-high vacuum plumbing manifold for the DSAC mercury charging station

* Selected for presentation alongside teams of engineers in NIA & NASA sponsored event* Balanced emphasis on propulsion with existing fuels and by advancing renewable systems* Proposed in-space materials utilization for spacecraft development and solar system exploration

Weissman International Internship @ Harvard University:* Successfully tested high current compatibility of superconducting solenoid quench detection circuit* Designed three-axis magnetometer mount for measuring magnetic field within cryogenic trap volume* Participated installing Ioffe trap for uncharged magnetic atoms within third-generation apparatus