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As a Mechanical Engineer, you will collaborate on rover design, analyze mechanical systems, define requirements, and develop test plans for flight hardware.

The EMC Engineer ensures avionics components meet EMC standards for interplanetary missions. Responsibilities include design integration, troubleshooting EMI issues, and performing tests using specialized lab equipment.

The engineer will design, develop, analyze, and validate localization algorithms for rovers using various sensors and support flight software implementations and testing.

Oversee the development of power electronics for planetary rovers, including design, testing, and integration of power systems such as solar conversion and battery management.

As a Human Factors Engineer, you will design user-focused systems for lunar rovers, collaborate with engineers and astronauts, and ensure safety and usability in the human-centered design.

The FPGA Lead Engineer will develop and test avionics FPGA RTL designs for planetary rovers, lead architecture and verification processes, and collaborate with multidisciplinary teams to ensure robust system interfacing and performance.

The Staff FPGA Engineer will lead the design, development, and verification of FPGA systems for planetary rovers, ensuring high reliability and flight readiness through collaboration with engineering teams.

The Principal FPGA Engineer will lead FPGA RTL development for rovers, oversee design verification, and collaborate with engineering teams on hardware and software interfaces.

Lead the development and integration of mixed signal avionics hardware for rovers, overseeing PCBA design, testing, and collaboration with engineering teams.

As an intern in the LTVS team, you'll develop systems engineering products, including V&V plans, and support various integration processes for NASA's rover program.