Jobs at Starpath

Own the structural architecture, design, analysis, qualification, and production of lightweight space solar array hardware. Lead structural trades, hand calculations, FEA, material and joint selection, test planning, model correlation, design reviews, failure investigations, and risk reduction. Partner with multidisciplinary engineering, manufacturing, and suppliers to resolve integration challenges, improve production processes, reduce mass, and ensure flight readiness. Mentor engineers and establish robust structural design and verification practices.

Own the architecture, design, analysis, testing, qualification, and production transition of spacecraft rotary actuators and deployment mechanisms for solar arrays. Responsibilities include drivetrain sizing, structural and thermal analysis, tribology and lubrication strategy, qualification testing, design reviews, failure investigations, supplier and manufacturing collaboration, and mentoring engineers. The role requires integrating motors, gearheads, bearings, sensors, and control systems for reliable operation in vacuum, thermal-cycling, launch, and mission environments.

Design, analyze, qualify, and deploy avionics systems for lunar and Martian propellant-production platforms. Own electrical systems from requirements through flight execution, conduct trade studies, define qualification testing, validate hardware in simulated space environments, and coordinate electrical, thermal, and software integration. The role requires electrical board design, testing expertise, and experience developing spaceflight electrical systems.

Design, analyze, qualify, test, and deploy avionics subsystems and components for spaceflight applications. Own systems from requirements through flight execution, establish qualification criteria, validate hardware in simulated launch and lunar environments, and collaborate across electrical, thermal, software, and systems teams to meet integration milestones.

Own and maintain the rover's embedded Linux platform: kernel, drivers, BSP, device tree, pin muxing, and boot chain. Implement interface software for CAN, RS-485, USB, CSI, and Ethernet devices. Own OTA updates and design fault detection/recovery systems. Collaborate with autonomy, control, and electrical engineers to deliver reliable, flight-ready platform software.

Lead and define Starpath's hardware industrial design language. Generate CAD concept designs, iterate with engineering to create buildable hardware, produce visualizations and design standards, lead reviews, and ensure cohesive product family aesthetics across space-grade robotics, solar arrays, and factory equipment.

The role involves developing and testing software for lunar rover localization, requiring expertise in non-GPS techniques and working with real robots.

Early-career engineers (interns and recent-graduate associates) own scoped hardware or process projects across mechanical, electrical, software, materials, chemistry, manufacturing, and test. Responsibilities include design, analysis, fabrication, testing, manufacturing improvements, participating in design reviews, and presenting work under senior engineering mentorship.

Lead design, analysis, qualification, and testing of mechanical systems for a lunar/martian rover. Own architectures, perform trade studies, define requirements, validate subsystems in simulated launch/Lunar environments, and integrate cross-functionally to meet flight readiness.

Program, set up, and operate 3-/4th-/5-axis CNC mills and lathes; create and optimize G-code/CAM programs; interpret drawings and GD&T; select tooling; design fixtures; maintain shop records; troubleshoot and improve processes; mentor teammates; assist with assembly and machine maintenance to support precision aerospace robotics production.

Program, set up, and operate 2-axis CNC lathes (Okuma Genos L250 II) for precision aerospace parts. Create and optimize G-code/CAM programs, interpret CAD/GD&T, select tooling, design fixtures, mentor teammates, troubleshoot machines, and support shop maintenance and assembly to ensure quality and repeatability.

Setup and operate 3- to 5-axis CNC mills, edit and optimize HAAS G-code, interpret drawings/CAD/CAM and GD&T, perform fixtures and first-article inspections, maintain programs and tooling records, mentor teammates, assist with shop maintenance and assembly, and support aerospace-quality machining and process optimization.

Set up and operate 2-axis CNC lathes for precision aerospace components. Edit and optimize OKUMA G-code, interpret drawings/CAD/GD&T, perform first-article setups, inspect parts, maintain shop records, select tooling, and assist with shop maintenance, deburring, and assembly. Mentor teammates and improve machining processes for quality and repeatability.