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Astrolab Tech Stack
Commercial lunar and Mars rovers for planetary exploration missions
Astrolab designs and manufactures multi-purpose rovers for lunar and Martian surface operations. The tech stack—ANSYS, Thermal Desktop, SystemVerilog, Xilinx, power-electronics tools—reflects deep hardware and thermal engineering work; the project mix (radiation mitigation, power electronics, payload integration, flight structures) confirms this is clean-sheet vehicle design, not software iteration. Hiring is heavily weighted toward engineering (21 of 32 roles) with a pronounced gap in manufacturing and ops, signaling they're scaling design capacity faster than production capability.
Tech Stack 56 technologies
What Astrolab Is Building
◆Challenges
- Designing power electronics for space environments
- Radiation impacts and mitigations
- Supporting organizational scaling
- Optimizing manufacturing efficiency
- Identifying workplace risks
- Integrating complex payloads into rover platforms
- Clean sheet design for flight
- Power system reliability for planetary rovers
- Managing nasa customer support
- Tracking customer concerns
▲Active Projects
- Design for space environments
- Mixed signal pcba development
- Payload systems integration
- Lunar surface missions communications system
- Vehicle power electronics development
- Flight payload structure design
- Radiation mitigation design
- System integration testing
- Electrical power subsystem (eps) development
- Solar array and battery pack design
Hiring Activity
30 roles · 30 in 30d
Department
Seniority
Notable leadership hires: Safety and Mission Assurance Director
Company intelligence
