engineering
Posted May 13Electrical Engineer, Staff
at 9 Mothers
Austin, United StatesOn-site
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Requirements
- Backed by top-tier investors, we develop AI powered machines designed to intercept and neutralize Group 1/sUAS threats in real-time.
- Citizenship and the ability to pass a background check Nice to Have - Prior
- experience with DoD codes and standards as pertinent to electrical systems -
- Experience with power systems for high-speed gimbal or turret systems. - Security clearance or the ability to obtain one. - Passion for building robots or engineering projects as a hobby.
- - The Builder's Playground: Work in a brand-new lab fully optimized for rapid prototyping, equipped with NVIDIA Jetsons, high-end scopes, and 3-D printers.
Benefits
- Benefits - Meaningful Early Equity: You aren't just an employee; you are a foundational owner.
- - 100% Employer-Paid Premiums: We cover 100% of your medical, dental, and vision insurance premiums and cover 50% of healthcare premiums for your dependents.
- - Unlimited PTO: We value results, not clock-watching.
- Paid take-home ($500, ~8 hours) 3.
Additional details
- Location: Onsite — Austin, TX Employment Type: Direct Hire, Full Time Job Title: Lead Electrical Engineer About 9 Mothers The modern battlefield has changed.
- Cheap, autonomous suicide drones have turned the tactical advantage upside down, and the world is looking for a solution.
- At 9 Mothers, we aren’t just "innovating"—we are building the shield.
- Our flagship product is a low-power, counter-drone system built for the edge—on vehicles, at bases, or in a soldier's pack.
- Why 9 Mothers? While others build for "awareness" or "long-term research," we build for the immediate survival of those in harm’s way.
- We are a team of hackers, engineers, and mission-driven builders who value field-ready capability over polished slide decks.
- If you want to see your code or hardware in the field next month—not next year—this is your playground.
- You will be responsible for the "nervous system" of our machines, from high-speed PCB design to complex sensor integration.