Electrical Engineering Manager (eGSE)

• As an Engineering Manager, eGSE, you will lead the design, development, and delivery of electrical ground support equipment across a program portfolio, setting the technical standard for how we build, scale, and sustain our test infrastructure.
• You will own rack and enclosure systems from concept through first article, drive standardization across the EGSE portfolio, and serve as a technical anchor for a growing team of engineers and technicians
• Own end-to-end design and delivery of EGSE racks and test enclosures — mechanical layout, electrical schematics, harness design, and full drawing packages from requirements through first article build and check-out
• Lead harness design and fabrication to MIL-spec standards, including connector selection, shielding strategy, crimp inspection, and backshell installation, and define build quality standards for the broader team
• Establish and enforce rack standardization across programs — component selection, parts inventory strategy, and procurement approach to maximize build speed and minimize single-point-of-failure dependencies
• Drive signal integrity and power architecture decisions at the rack and enclosure level, including power and data routing, grounding, shielding, and EMI mitigation
• Develop hardware-in-the-loop (HIL) test system architecture and expansion across both emulator-based and flight hardware configurations
• Provide hands-on technical support during test campaigns and bring-up activities, including on-site support at production and test facilities
• Mentor mid-level engineers and technicians, serving as a technical backstop and escalation point for the team
• Develop and maintain thorough documentation for all GSE designs, processes, and changes to ensure traceability and reduce team dependency on any single individual

Benefits

• 100% Employer-Sponsored Healthcare: We’ve got you covered! Our comprehensive healthcare package is fully sponsored, ensuring you and your loved ones stay healthy and worry-free, so you can focus on shaping the future of space security.
• Generous Time Off: We believe in working hard and recharging fully. Our generous vacation policy gives you the flexibility to take the time you need to relax, explore, and come back energized to take on new challenges.
• Equity: Own an equity stake in True Anomaly as you build something transformative. With equity options, you’re not just working for True Anomaly; you’re an owner. As an essential part of our growth and future success, we want you to share in the upside potential!
• 401k and Roth 401k options: Plan for tomorrow with our 401K and Roth 401K options that put you in control of your financial future.
• Learning & Development Opportunities: Your growth fuels our innovation. We’re committed to providing you with the resources and training to expand your skills, spark new ideas, and advance your career with us.- Proficiency with electrical test equipment including oscilloscopes, DMMs, electronic loads, function generators, and bench power supplies
• Strong proficiency in both mechanical and electrical hardware design — comfortable owning the 3D layout and the schematic for the same system
• B.S. in Mechanical, Electrical, Aerospace Engineering, or comparable discipline
• Familiarity with common communication protocols (e.g. Ethernet, RS-232, RS-422, RS-485, CAN, I2C, SPI, EtherCAT) and how to support their signal integrity, grounding, and shielding
• Rack-level power and data architecture experience — UPS, lab-grade power supplies, Linux-based control systems, and mixed signal/power environments
• Demonstrated experience designing and building harnesses, including crimping, connector inspection, backshell installation, and shielding termination
• Hands-on experience in EGSE, test systems, or hardware engineering in aerospace, defense, or adjacent high-reliability industries and skill equivalent to engineering level
• Systematic troubleshooting methodology across power and data systems
• Aerospace or startup experience — ideally both
• Experience designing or supporting hardware-in-the-loop (HIL) test systems
• PCB design exposure and understanding of layout principles as they relate to signal integrity
• Mechanical or Electrical CAD experience (e.g. SolidWorks, Altium) including rack layout and schematic capture
• Test software familiarity (e.g. Python, C++) sufficient to collaborate effectively with software engineers
• PCB and harness rework experience