About the job
About Us:
At Aurelius Systems, we are a venture capital-backed defense technology startup committed to developing cutting-edge autonomous robotics systems that leverage directed energy for counter-UAS applications.
Our mission is clear: we design laser weapon systems to neutralize drones.
Our tight-knit team of approximately 10 engineers, ex-US military personnel, and industry experts is dedicated to enhancing America's capabilities in directed energy solutions. We pride ourselves on creating the first cost-effective, reliable, and robust laser weapon systems.
The inspiration behind our name comes from Marcus Aurelius, who emphasized the importance of diligent effort and accountability in our work. We believe in taking initiative and pushing boundaries, much like Henry Ford did in revolutionizing manufacturing. Our culture thrives on high productivity and innovation.
In addition to our laboratory and office in San Francisco, we have established a manufacturing hub in Detroit, and we conduct field tests weekly on our own 400-acre private range.
If you are the type of engineer who prefers hands-on experiences over traditional lab settings, we encourage you to apply.
Your Role & Impact:
We are seeking an Electrical Engineer who is ready to take ownership of a diverse range of electromechanical hardware. Rather than focusing solely on one subsystem, you will engage with power, embedded control, wiring harnesses, and integration tasks—wherever the team requires support. This role will involve designing prototypes one day, managing harness pulls the next, and integrating subsystems on the range shortly after.
This is not a limited position. It is a pivotal role within a small team that is building a weapon system from the ground up.
Your Responsibilities Will Include:
- Designing high-voltage DC/DC converters, rectifiers, inverters, and diode driver electronics (48V+ systems)
- Architecting and validating battery management systems with a focus on safe charge/discharge, thermal management, and fault protection for high-voltage battery packs
- Creating ruggedized wire harnesses for high-power laser and motor systems (including connector selection, routing, and environmental protection)
- Leading hands-on prototyping, assembly, and field testing of power electronic systems at our range
- Designing embedded control electronics such as microcontrollers, FPGAs, sensing, telemetry, and fault management
- Conducting electrical simulations (using SPICE, MATLAB/Simulink) to enhance performance prior to construction
- Performing DFM reviews and collaborating closely with fabricators to ensure design specifications are met

