ZipRecruiter
Senior Electrical Engineer - Spacecraft Power Supply
ZipRecruiter, San Francisco, California, United States, 94199
Job Description
Electrical Engineer Own the Design of Scalable Spacecraft Power Systems!
San Francisco, CA | Onsite
Opportunity Summary A well-funded early-stage space company is seeking a Senior Electrical Engineer to take the lead on developing and delivering flight-ready power subsystems for next- spacecraft platforms. In this role, youll be responsible for architecting and validating robust power electronics, including DC-DC converters, power distribution units, and energy storage systems, that serve as the electrical core of scalable orbital infrastructure. This is a rare opportunity to step in early, contribute to hardware that's already flying with real customers, and influence spacecraft power systems from first principles through production. Youll join a nimble, fast-growing team thats tackling the complexities of building space systems at scale. Our current work spans both commercial and government contracts, with a strong emphasis on modularity, reliability, and manufacturability. If youre looking for a high-impact role that blends deep technical ownership with hands-on engineering, this is your chance to shape the future of power systems in orbit.
About Us Were designing a fundamentally new spacecraft architecture aimed at simplifying how satellites are built, deployed, and operated. Our compact, modular platform reimagines traditional bus systems, integrating power, control, and communications into a streamlined form factor built for mass production. With a growing portfolio of security and commercial customers, and an experienced founding team drawn from top aerospace and technology companies, we are committed to solving the biggest bottlenecks in scalable space access, starting with intelligent, reliable power.
Job Duties
Lead the design and validation of spacecraft power subsystems including isolated/non-isolated DC-DC converters, power regulation networks, and distribution units
Own development of battery systems, including charge control, protection circuitry, and health monitoring
Implement MPPT (maximum power point tracking) techniques for solar array optimization
Create detailed schematics and multilayer PCB layouts using Altium or similar ECAD tools
Support bring-up, integration, and qualification of flight hardware including environmental and functional testing
Drive analysis of power budgets, efficiency trade-offs, and system-level energy strategies
Collaborate closely with avionics, mechanical, and embedded software teams to ensure seamless power delivery across subsystems
Apply design standards for space-readiness including thermal limits, launch vibration, and radiation tolerance
Qualifications
BS or MS in Electrical Engineering or related technical field
3+ years of hands-on experience designing and testing power electronics or embedded power systems
Solid foundation in analog design, switch-mode power supplies (SMPS), and energy storage technologies
Familiarity with simulation tools (LTspice, PLECS, etc.) and ECAD platforms (Altium, KiCAD, etc.)
Demonstrated ability to debug board-level issues and support system integration
Understanding of power reliability in harsh environments including thermal extremes and radiation
Comfortable operating independently in a fast-moving, mission-driven hardware environment
Experience
Previous design experience with flight-ready power systems for CubeSats, microsats, or space-rated electronics
Experience working with modular spacecraft platforms or scalable satellite bus architectures
Familiarity with lithium-ion battery chemistries and space-based charge control profiles
Exposure to government, dual-use, or security-focused space programs
Prior work in early-stage startups with small, agile engineering teams
Why Join Us
Lead development of core flight hardware from day one
Help shape the electrical and systems architecture of a new spacecraft platform
Collaborate with experienced engineers solving some of space's hardest problems
Opportunity to grow with a high-upside pre-seed startup already working with active customers
Equity in a growing space venture
Strong PTO policy
Medical, dental, and vision coverage
Flexible and collaborative work environment
Compensation Details $120,000 - $150,000 plus equity
#J-18808-Ljbffr
Electrical Engineer Own the Design of Scalable Spacecraft Power Systems!
San Francisco, CA | Onsite
Opportunity Summary A well-funded early-stage space company is seeking a Senior Electrical Engineer to take the lead on developing and delivering flight-ready power subsystems for next- spacecraft platforms. In this role, youll be responsible for architecting and validating robust power electronics, including DC-DC converters, power distribution units, and energy storage systems, that serve as the electrical core of scalable orbital infrastructure. This is a rare opportunity to step in early, contribute to hardware that's already flying with real customers, and influence spacecraft power systems from first principles through production. Youll join a nimble, fast-growing team thats tackling the complexities of building space systems at scale. Our current work spans both commercial and government contracts, with a strong emphasis on modularity, reliability, and manufacturability. If youre looking for a high-impact role that blends deep technical ownership with hands-on engineering, this is your chance to shape the future of power systems in orbit.
About Us Were designing a fundamentally new spacecraft architecture aimed at simplifying how satellites are built, deployed, and operated. Our compact, modular platform reimagines traditional bus systems, integrating power, control, and communications into a streamlined form factor built for mass production. With a growing portfolio of security and commercial customers, and an experienced founding team drawn from top aerospace and technology companies, we are committed to solving the biggest bottlenecks in scalable space access, starting with intelligent, reliable power.
Job Duties
Lead the design and validation of spacecraft power subsystems including isolated/non-isolated DC-DC converters, power regulation networks, and distribution units
Own development of battery systems, including charge control, protection circuitry, and health monitoring
Implement MPPT (maximum power point tracking) techniques for solar array optimization
Create detailed schematics and multilayer PCB layouts using Altium or similar ECAD tools
Support bring-up, integration, and qualification of flight hardware including environmental and functional testing
Drive analysis of power budgets, efficiency trade-offs, and system-level energy strategies
Collaborate closely with avionics, mechanical, and embedded software teams to ensure seamless power delivery across subsystems
Apply design standards for space-readiness including thermal limits, launch vibration, and radiation tolerance
Qualifications
BS or MS in Electrical Engineering or related technical field
3+ years of hands-on experience designing and testing power electronics or embedded power systems
Solid foundation in analog design, switch-mode power supplies (SMPS), and energy storage technologies
Familiarity with simulation tools (LTspice, PLECS, etc.) and ECAD platforms (Altium, KiCAD, etc.)
Demonstrated ability to debug board-level issues and support system integration
Understanding of power reliability in harsh environments including thermal extremes and radiation
Comfortable operating independently in a fast-moving, mission-driven hardware environment
Experience
Previous design experience with flight-ready power systems for CubeSats, microsats, or space-rated electronics
Experience working with modular spacecraft platforms or scalable satellite bus architectures
Familiarity with lithium-ion battery chemistries and space-based charge control profiles
Exposure to government, dual-use, or security-focused space programs
Prior work in early-stage startups with small, agile engineering teams
Why Join Us
Lead development of core flight hardware from day one
Help shape the electrical and systems architecture of a new spacecraft platform
Collaborate with experienced engineers solving some of space's hardest problems
Opportunity to grow with a high-upside pre-seed startup already working with active customers
Equity in a growing space venture
Strong PTO policy
Medical, dental, and vision coverage
Flexible and collaborative work environment
Compensation Details $120,000 - $150,000 plus equity
#J-18808-Ljbffr