The role involves designing, developing, and testing novel structures and actuators for a lunar rover. Responsibilities include performing system-level analysis, defining component requirements, and executing hardware qualification plans.
The Principal FPGA Engineer will be responsible for owning FPGA RTL development from initial concept through flight, including developing the logical architecture and requirements in collaboration with other engineering disciplines. This role involves leading design reviews, ensuring requirement traceability, and developing comprehensive documentation for FPGA operation and interfacing.
The Staff Power Electrical Engineer will own the development of vehicle power electronics from initial concept through flight, covering areas like solar power conversion, battery management, and power distribution. Responsibilities also include developing PCBA requirements, schematic capture, layout in Altium Designer, performing design analyses, and leading design reviews.
The Staff Mixed Signal Electrical Engineer will lead the development, verification, and integration of mixed signal avionics hardware for Astrolab rovers, owning the PCBA architecture from initial design through qualification and flight. Responsibilities include defining requirements, performing schematic capture and layout using Altium Designer, conducting various analyses, and leading design verification and integration efforts.
The Principal Power Electrical Engineer will own the development of vehicle power electronics, from initial concept through flight, covering systems like solar power conversion and battery management. Responsibilities include developing PCBA requirements, schematic capture, layout in Altium Designer, performing design analysis, and leading design reviews.
The Staff FPGA Engineer will lead the architecture, development, and verification of avionics FPGA RTL designs for Astrolab rovers, owning the entire FPGA design lifecycle from concept through flight readiness. Key tasks include defining logical architecture, developing RTL using SystemVerilog or VHDL, performing comprehensive verification, and leading design reviews.
This role involves leading the development and testing of avionics hardware for Astrolab rovers, including supporting system architecture and requirements development. The engineer will own mixed-signal PCBA development from concept through qualification and flight, performing schematic capture and layout using Altium Designer.
The Lead FPGA Engineer will own and define the vehicle system FPGA architecture, standards, and processes, while leading the development and verification of FPGA RTL designs for Astrolab rovers.
