Resume.
Mechanical Engineer · Space Systems & Robotics
Mechanical engineer designing robotic hardware for demanding environments. Experience spans lunar excavation robots, suborbital payloads, structural analysis, hardware integration, and environmental testing.
Download resume ↓ PDFRELEVANT EXPERIENCE
CTO & Co-founder
Drover Labs | Oakland, CA | 2025-2026
- Co-founded Drover Labs with two partners and turned a fly-and-drive drone concept into hardware manufactured in-house for oil and gas pipeline inspection.
- Led mobility system design, manufacturing, and testing for wet, dirty environments; sized motors and designed housings, compliant wheels that improved surface contact and impact resistance, and sensor integration to enable autonomous driving.
- Integrated drive-control scripts on the VOXL 2 companion computer and developed custom ground-control software for Steam Deck; used PX4 for basic flight controls.
- Delivered technical investor pitches and helped raise $3.1M; led customer demos, discussed commercial terms, and recruited for a robotics engineer.
NASA Aerospace Engineer for Autonomous and Robotic Systems
NASA Kennedy Space Center | Swamp Works | 2022-2025
Granular Mechanics and Operations Lab (GMRO)
IPEx Suborbital Flight Experiment
Lead Design Engineer
- Designed, assembled, and tested two bucket drum payloads to study regolith flow in a lunar environment and support DEM simulations.
- Performed pressure and quasi-static FEA in Creo Simulate to reduce stress concentrations and meet New Shepard safety factors.
- Presented design reviews to KSC chief engineers and Blue Origin to proceed to procurement.
- Led vacuum decay, helium leak, vibration, EMI testing, and mass properties measurements per the New Shepard Payload User Guide.
Infrastructure Pilot Excavator (IPEx) TRL 5 Robot
Mechanical Engineer
- Tested custom IPEx actuators in a vacuum chamber using a cryocooler, temperature and torque sensors, and a brake to characterize performance under simulated lunar conditions.
- Assembled and led camera thermal-vacuum, launch-load vibration, and functional testing to assess performance under lunar conditions.
- Redesigned the radiator cover actuator housing and cover profile to improve dust mitigation after an electrostatic test campaign.
- Assembled, wired, and tested the IPEx TRL 5 rover for a five-day continuous demonstration of digging and dumping operations; coordinated simulations and monitored robot safety during 13-hour night shifts.
ALSI Pressure Vessel
Lead Design Engineer
- Designed a custom crucible and extrusion system to form wire from molten aluminum and eutectic aluminum-silicon alloy using induction heating and argon pressurization in a vacuum chamber.
- Designed a stainless-steel vessel following the ASME Boiler and Pressure Vessel Code, rated for 250 psi at 1200°F.
OSCAR Structural Analysis
Structural Analyst
- Performed chamber FEA to verify rated pressure capability and presented results to KSC chief engineers at a Critical Design Review.
NASA Mechanical Engineering Pathways Intern
NASA Kennedy Space Center | Swamp Works | Spring - Summer 2021
Mini RASSOR
15 kg excavation robot based on the 65 kg RASSOR rover
- Printed ABS parts on Ultimakers and checked tolerances on wheels, chassis, bucket drum, and actuator housings.
- Designed a 3D-printable bucket drum that reduced part count to seven and simplified assembly.
Publications
Co-author on the following conference papers.
- Cloud, J. M., et al. (2025). The IPEx Autonomy Test-Site: Terrestrial Testing of Autonomous Excavation in Lunar South Pole Conditions. IEEE Aerospace Conference.
- Clark, C. J., et al. (2025). Design and Testing of TRL5 IPEx Actuators. IEEE Aerospace Conference.
- Schuler, J. M., et al. (2024). ISRU Pilot Excavator (IPEx) Technology Readiness Level 5 Design Overview. AIAA ASCEND.
- Clark, C. J., et al. (2023). Experimental Capabilities and Achievements of the Space Environment Dynamometer (SED). IEEE Aerospace Conference.