Starpath · 23 hours ago
Testing & Qualification Lead - Space Solar Products
Starpath Robotics is developing innovative technologies to enable commercial scale rocket propellant production on the Moon and Mars. They are seeking a Testing & Qualification Lead to manage the qualification and acceptance strategy for space solar panels, ensuring customer confidence while minimizing unnecessary paperwork and testing.
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Responsibilities
Own internal processes for qualification and acceptance of space solar hardware
Maintain environmental test plans and reference mission set aligned with NASA GEVS (and/or ECSS equivalent) and customer needs
Coordinate execution of environmental tests internally and externally (TVAC, vibration, thermal, radiation, etc.)
Efficiently tailor and execute test plans as-needed to explore physical conditions beyond the standard reference mission set
Drive right-sized risk analysis (FMEA/FMECA-lite, fault trees where useful)
Support failure analysis, root cause investigations, and corrective/preventive actions
Partner with Manufacturing on quality controls, acceptance gates, and nonconformance workflows
Communicate testing rationale and results clearly to customers and internal stakeholders
Qualification
Required
B.S. or higher in an engineering discipline
7+ years in reliability, quality, or test engineering for high-reliability hardware (space/aerospace strongly preferred)
Experience building/owning environmental test programs (planning + execution)
Strong judgment on test sufficiency vs overkill (schedule/cost/risk tradeoffs)
Comfortable pushing back and aligning stakeholders around a clear reliability philosophy
Preferred
Radiation effects or space environment materials degradation experience
Solar array / power subsystem experience
Direct experience with quality and acceptance testing
Startup or rapid development program experience
Benefits
PTO & health/dental/vision coverage included
Company
Starpath
Starpath designs and manufactures robotic propellant production factories for the Moon and Mars, reducing the cost of deep space transport, and enabling humans to be a multi planet species.
Funding
Current Stage
Early StageTotal Funding
$12M2024-08-20Seed· $12M
2022-12-06Seed
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