Design and qualify fault-tolerant avionics hardware for reusable space re-entry vehicles.

Build and refine financial models to enable strategic decision-making and scalable growth.

Design, develop, test, and integrate vehicle RF systems for spacecraft mission.

Lead spacecraft loads and dynamics analysis on Inversion’s Arc vehicle.

Lead aerothermal analysis, develop CFD tools, and improve vehicle models.

Lead aerothermodynamic analysis for a lifting-body reentry platform in Playa Vista.

Build and automate high-precision test systems for spacecraft avionics hardware.

Design and develop the flight computer hardware and software for autonomous space re-entry vehicles.

Design power architecture and power conversion electronics for spacecraft, Arc.

Oversee the integration and testing of highly maneuverable re-entry vehicles for routine space-to-Earth landings.

Build a scalable simulation backend system to support real-time flight hardware testing.

Design harnesses for spacecraft, collaborating with stakeholders and managing manufacturing.

Design and develop next-generation parachute systems for space reentry vehicles.

Manage end-to-end space mission operations from contract signing to vehicle recovery.

Develop thermal protection systems for reentry vehicles, balancing performance, production, and cost.

Design custom electronics hardware to enable fast, reliable hardware-in-the-loop flight system simulations.

Develop and validate mission planning software for space vehicle autonomy.

Develop a user interface for visualizing and editing autonomous mission graphs in real time.

Develop and execute marketing strategies to drive customer acquisition and brand awareness.

Coordinate and execute aerial drop tests for next-generation reentry vehicles.