Senior Electrical Engineer, Design

United States·San Diegofull-timesenior

EngineeringElectrical Engineer

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Quick Summary

Requirements Summary

Own the entire flow — concept, modeling, worst case analysis, schematic capture, simulation, prototyping, design reiteration for improving design maturity,

Technical Tools

EngineeringElectrical Engineer

Who We Are

At Firestorm, we’re on a mission to revolutionize how defense solutions are designed and delivered. Our goal is to empower U.S. ally nations to effectively deter aggressors—regardless of their defense budget—through innovative, cost-efficient technologies. We call this vision “democratized deterrence.” As a VC-backed company at the intersection of defense and Silicon Valley, we’re pioneering the development of mission-adaptable aerial vehicles that put power back into the hands of operators. By prioritizing operator effectiveness, we’re pioneering a new era of aerial vehicle design. We aim to upend the traditional defense procurement model by delivering world-class capabilities at a fraction of the usual cost. Join us at Firestorm as we redefine defense procurement, making cutting-edge technology accessible to all at a fraction of the cost.

About the Role

As a Senior Electrical Engineer, you will play a central role in developing critical electrical hardware for our aircraft. The role spans complex technical challenges including power distribution, power conversion, battery charging, high-performance processing, high-speed network communications, and system-level electrical integration.

This is a hands-on engineering role for someone with deep technical expertise in power electronics and electrical system design who is comfortable moving between detailed circuit development, system-level tradeoffs, and difficult hardware debugging.

What You’ll Do

Evaluate, interpret and resolve systems engineering problems to meet the design requirements
Full-cycle hardware development: Own the entire flow — concept, modeling, worst case analysis, schematic capture, simulation, prototyping, design reiteration for improving design maturity, testing and validation
Design embedded control electronics from concept to production, including hardware selection, schematic & PCB design, board bring-up, system-level integration, and flight test
Design multilayer, HDI, flex, and rigid-flex PCBs for space-, weight-, and thermally constrained applications
Generate comprehensive engineering documentation, including ECOs, fabrication drawings, BOMs, and release packages
Conduct root cause analysis of PCB design or layout issues, identify corrective actions, and implement solutions to improve performance, manufacturability, or reliability
Design and maintain cable harness documentation using Altium Harness Designer
Interface with vendors to source and select appropriate components for designs, ensuring quality and timely delivery
Project Management: Support project timelines and ensure that technical milestones are met, reporting on progress to senior management
Work closely with other electrical, mechanical, software, firmware, and test engineers to deliver fully functional products

Required Qualifications

Bachelor’s degree in engineering, physics, or a related technical field
Minimum 5+ years of experience designing and releasing electrical hardware for products that have shipped, flown, operated in the field, or otherwise seen real-world use
U.S. Person status (Citizen or Permanent Resident) required due to ITAR regulations
Strong electrical engineering fundamentals across analog, digital, mixed-signal, power, sensing, and communication circuits
Strong proficiency with industry-standard EDA tools (e.g., Altium Designer, Cadence Allegro/OrCAD)
Working knowledge of PCB layout tradeoffs, signal integrity, power integrity, grounding, EMI/EMC, thermal behavior, and manufacturability
Familiarity with signal integrity and transmission line concepts (e.g., phase matching, crosstalk, insertion/return loss, termination, and BGA breakout strategies)
Strong root-cause analysis skills and the ability to move from ambiguous symptoms to clear technical conclusions and practical corrective actions
Clear communication and documentation habits, especially when decisions affect safety, reliability, production, or fleet operations

Preferred Qualifications

Experience with avionics, aerospace, drones, robotics, automotive electronics, satellites, or other high-reliability hardware.
Experience designing for weight, power consumption, thermal limits, vibration, shock, EMI/EMC, environmental exposure, or high-volume manufacturing.
Familiarity with signal integrity simulation and analysis tools
Experience with CAN, UART, SPI, I2C, Ethernet, GNSS, radios, motor-control electronics, battery systems, or sensor interfaces.