We are seeking a Senior / Lead Electronics Engineer to design, build, and qualify electronics for the next generation of space missions.

• Own end-to-end development of space-qualified electronics, from requirements and architecture to flight hardware.

• Design, prototype, and review analog, digital, and mixed-signal electronics and PCB layouts.

• Lead schematic capture, component selection, PCB design, and design-for-manufacturing/test.

• Define and execute test, validation, and qualification plans for space electronics (functional, environmental, and reliability testing).

• Ensure designs meet space requirements including radiation tolerance, EMI/EMC, reliability, and derating.

• Collaborate closely with systems, mechanical, software, and AIT teams to integrate electronics into satellite subsystems.

• Provide technical leadership through design reviews, mentoring, and guidance of junior engineers.

• Contribute to process improvement, technical standards, and architectural decisions across the electronics domain.

• Education: Degree in Electrical Engineering, Electronics Engineering, or a related field.

• Experience:

  • 5+ years of professional experience developing electronics for demanding environments.

  • Demonstrated experience with space electronics or similar high-reliability systems (e.g. aerospace, defense).

• Strong fundamentals in analog and digital electronics.

• Proven experience with schematic design, PCB layout, and board bring-up.

• Solid understanding of space-specific constraints such as radiation, EMC/EMI, thermal behavior, and reliability.

• Experience taking hardware from concept through testing and qualification.

• EMI/EMC design, testing, and compliance for space hardware.

• Reliability analysis, including derating, worst-case analysis, and FMECA.

• Interface electronics for sensors, actuators, RF, or avionics subsystems.

• Prior experience in a technical lead or team lead role, including mentoring or guiding other engineers.

• Electronics development for satellites, spacecraft, or other space systems.

• Radiation-tolerant design, component selection, and mitigation techniques.

• Environmental testing (thermal vacuum, vibration, shock).