Senior Avionics Electrical Engineer - Electric Propulsion
Senior Avionics Electrical Engineer - Electric Propulsion
Posted today
SENIORITY
Senior
About the role
- Independently develop and own circuit boards for spacecraft electric propulsion systems, with an emphasis on actuator drivers and/or power converters
- Perform rigorous analyses and simulations of avionics devices and systems including subsystem and circuit-level trade studies, analyses, and simulations to support design decisions
- Act as the Responsible Engineering authority for your hardware, owning your design from requirements definition through detailed design, board bring-up and debugging in the lab through qualification and flight operations
- Define hardware interfaces, develop verification approaches, and ensure requirements are verified through analysis and test from system-level specifications
- Partner with firmware, software, mechanical, manufacturing, propulsion, and test teams
- Perform development testing of hardware in the lab, from single electrical designs to entire electrical systems
- Conduct design reviews, technical trade studies, and root-cause investigations
- Establish and maintain high technical standards and mentor less experienced engineers
- Improve existing products throughout their lifecycle by troubleshooting issues, performing failure analysis of parts and systems, and implementing improvements
- Bachelor’s degree in Electrical Engineering or related field 5+ years of professional experience developing electrical hardware
- Demonstrate expertise in electronic component selection, analysis, simulation, schematics, and layout
- Knowledge of analog and power circuit design including analog-to-digital and digital-to-analog converters, op-amps, filtering, power and signal integrity, etc.
- Hands-on experience troubleshooting complex electronics problems at the board level
- Ability to communicate technical challenges, explain rationale and/or resolve concerns
- Demonstrated experience with Altium Designer
- Demonstrated experience doing new development and hands-on work for any of the following: power converters, analog and digital electronics, load switches, engine controllers, or any other specialized area relevant to spacecraft or rockets
- Experience with radiation-tolerant electrical design including component selection, derating, SEE mitigation, and fault-tolerant architecture
- Experience in a startup or agile development environment
- Experience with Spice and/or SIMPLIS simulation engines
Before you apply
Applying takes about a minute. These four things decide how fast it moves after that.
Your profile is current
It's what we read first. Occupations, seniority and locations matter more than a long history.
Two examples you can talk through
Not a portfolio — just two pieces of work where you can explain the decisions and what you'd change.
A number in mind
What you're on now and what would make you move. We negotiate better when we know both.
Your notice period
Employers plan around it, and it's the question that stalls offers most often.
Once you apply, someone reads it and calls you before anything reaches the employer — usually within two working days.
