Cesium Astro
Electronics Engineer II
About this role
CesiumAstro seeks an Electronics Engineer II to design and develop PCB-level hardware for spacecraft systems, translating requirements into reliable designs while managing board development from concept through production in a collaborative, growth-focused environment.
What you'll do
- Design and implement PCB-level hardware solutions for spacecraft platforms
- Translate spacecraft requirements into robust electrical hardware architectures
- Own board-level development lifecycle from design through manufacturing
- Contribute to subsystem integration and troubleshooting across spacecraft
- Collaborate with cross-functional teams including software, FPGA, thermal, and mechanical engineers
- Ensure hardware designs meet system performance, reliability, and mission objectives
What they're looking for
- PCB design and implementation
- Spacecraft hardware engineering
- Requirements analysis and translation
- Board-level system design
- Hardware integration and testing
- Troubleshooting and problem-solving
- Cross-functional collaboration
- Technical documentation
Benefits
- Mentorship from experienced hardware and systems engineers
- Rapid technical and professional growth opportunities
- Hands-on, autonomous work environment
- Cross-functional learning across multiple engineering disciplines
- Dynamic, collaborative team culture
- Space technology innovation focus
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Cesium Astro
Cesium Astro develops advanced hardware and systems for aerospace applications including satellites, UAVs, and rocket propulsion platforms. The company is hiring for specialized engineering roles including FPGA engineers, wire harness designers, turbomachinery engineers, and software project engineers to support its satellite and spacecraft development.
View all jobs at Cesium AstroLikely interview questions
- Walk us through your experience with PCB design and layout—what tools have you used, and can you describe a board you've brought from concept to production?
- Tell us about a time you had to translate high-level spacecraft or system requirements into detailed hardware specifications. How did you ensure reliability and performance?