Lead Electrical Test and EGSE Engineer, Flight Power Systems

We are seeking a hands-on Lead Electrical Test and EGSE Engineer to own the architecture, design, build, programming, release, and lifecycle support of electrical ground support equipment for our flight-power products, including 1 kW and 6 kW power-processing units. This person will establish reusable test infrastructure for development, qualification, and acceptance while also delivering customer-specific racks and test systems when required.

Why This Role Matters:

Right now, our electrical design engineers rebuild test infrastructure every time a board needs bring-up or a product needs integration. Every hour spent wiring a one-off setup is an hour not spent solving a converter problem. Test knowledge lives in people’s heads rather than in controlled, reusable systems.

You are being hired to end that. You will turn development setups and tribal knowledge into safe, configuration-controlled test systems, and you will own the path from engineering-model testing through qualification and acceptance for both customer programs and our own product baselines.

You will own the architecture, design, build, programming, release, and lifecycle support of electrical ground support equipment for our flight power products. That means reusable test platforms for development, qualification, and acceptance, plus customer-deliverable racks when programs require them.

This is a bench job. You will personally design and integrate automated electrical test systems, write or direct the test software, and troubleshoot hardware and software with your hands on the equipment. It is not a test-operator role and it is not a program-coordination role. You will work alongside our power-electronics engineers during bring-up without taking over converter design.

What You Will Own:

• The EGSE technical baseline: requirements, architecture, interfaces, safety concept, configuration, validation, release, and change control.
• Reusable test platforms for the 1 kW and 6 kW PPU families, with controlled variants per product and customer program.
• Customer-deliverable EGSE racks, with acceptance evidence, operating documentation, spares, and support plans.
• Qualification and acceptance strategy: verification matrices, QTPs, ATPs, test-readiness reviews, as-run records, and closure evidence.
• High-voltage and high-power test safety practice: stored-energy control, discharge verification, grounding, fault containment, lockout/tagout, and personnel protection.

What You Will Do:

• Design test racks, panels, fixtures, harnesses, switching and protection circuits, interlocks, signal conditioning, grounding, and emergency-safe states.
• Select and integrate programmable supplies, electronic loads, DAQ, oscilloscopes, switching systems, thermal instrumentation, and representative loads or simulators.
• Write and maintain automated test software in Python, LabVIEW, TestStand, C/C++, or equivalent, with real source control and release discipline.
• Produce the documentation that makes a test system transferable: schematics, wiring and harness drawings, rack layouts, BOMs, assembly instructions, calibration requirements, and operating manuals.
• Plan and support EM, QM, protoflight, and flight-model testing, including thermal vacuum, vibration, shock, EMI/EMC, thermal cycling, burn-in, and functional and performance testing.
• Lead test-readiness reviews and pre-test checkouts. Define hold points, pass/fail criteria, safe abort conditions, and anomaly response.
• Troubleshoot failures spanning EGSE, firmware, interfaces, and flight hardware; preserve evidence and drive root cause with the responsible design engineer.
• Manage outside fabrication for racks and fixtures: build-to-print packages, vendor coordination, FAT and SAT, and incoming acceptance.

Required Qualifications:

• B.S. or higher in electrical engineering, computer engineering, or a closely related field. Other backgrounds are fine if you can show substantial EGSE or electrical test-system ownership.
• Eight or more years of relevant experience, including personal ownership of at least two complex automated electrical test, ATE, HIL, or EGSE systems from requirements through released operation.
• You have designed, wired, programmed, integrated, and debugged test equipment yourself. Operating equipment or running a test campaign is not the same thing, and we will ask you to show the difference.
• Strong laboratory skills with instrumentation, supplies, loads, DAQ, grounding, shielding, and signal integrity, plus safe practice around high voltage and stored energy.
• Experience producing controlled technical documentation that someone else can actually use: schematics, procedures, validation plans, as-run records, and released configuration records.
• Ability to turn incomplete product and customer requirements into a workable test architecture, make the tradeoff calls, and close decisions with a cross-functional team.
• U.S. Person status as defined by U.S. export-control regulations.

Strongly Preferred:

• Spacecraft, launch vehicle, electric-propulsion, or power-processing EGSE and integration work.
• Testing kW-class power electronics, high-voltage DC systems, converters, inverters, motor drives, or batteries.
• Customer-deliverable racks, automated test stations, load banks, switching matrices, or hardware-in-the-loop systems.
• Qualification and acceptance under aerospace or defense quality systems, including environmental and EMI/EMC campaigns and customer-witnessed testing.
• Startup or new-product-introduction environments with limited support staff and moving requirements.

What Success Looks Like in Year One:

• Development setups are baselined, made safer, and converted into maintainable systems with known configuration and a named owner.
• The 1 kW and 6 kW families have real qualification and acceptance paths on reusable EGSE, not one-off benches.
• Design engineers stop rebuilding test infrastructure. That time shows up in product problems solved.
• Customer test systems ship complete, validated, documented, and supportable.

Personal Traits We Value:

• Ability to balance aerospace rigor with speed, cost, and scalability
• Comfortable pushing back on management, engineers, and technicians
• Influencing teams without conflict
• Hands-on, builder mindset who is willing to both define and execute
• Strong problem-solving skills and a desire to get to the root cause and implement effective corrective and preventive actions
• Ability to balance schedules and coordinate to ensure timelines are met while still maintaining rigor

U.S. Person Requirement:

This position involves access to flight hardware and technical data controlled under U.S. export control laws. Candidates must therefore qualify as a U.S. Person - a U.S. citizen or national, a lawful permanent resident, or an individual granted asylum or refugee status. This requirement stems from federal export regulations, not from a preference regarding citizenship or national origin.

Export Control and Background Check:

This position requires eligibility to access equipment and technical data regulated under U.S. export-control requirements, including ITAR-controlled work. A background check is required prior to any offer.

Location and Onsite Expectations:

This role is primarily onsite in Loveland, Colorado. The engineer will need regular access to the lab because they own EGSE, lab integration, high-voltage checkout, test hardware, qualification support, and acceptance execution.

Occasional work-from-home days may be possible when the work supports it, such as documentation, scripting, data review, or test planning. However, candidates should expect this to be a lab-centered role, with additional travel possible for qualification testing, vendor support, or off-site test campaigns.

Compensation and Benefits:

Base salary range: $145,000 – $175,000 per year , depending on experience and depth of hands-on EGSE ownership and flight-hardware experience. Eligible for equity.

• Additional compensation*: QSEHRA healthcare reimbursement program through PeopleKeep: We offer the maximum annual allowance to our employees, determined by single or married status:
• For Single status, the current year annual allowance is $6,450.
• For Single with dependents and Married, with or without dependents, the current year annual allowance is $13,100.04.
• Additional Healthcare Stipend: We offer an annual $6,000 stipend to help cover rising healthcare costs, paid out semi-monthly on every paycheck.
• Onsite gym, showers, green space, restaurant/brewery, coffee shop (employee discounts available)
• Colorado Secure Savings program through Vestwell: Employees can save a percentage of every paycheck automatically into a Roth IRA managed by the State of Colorado.
• Unlimited PTO and recognized Holidays - includes parental leave
• Equity Grant Program

• *We are currently evaluating healthcare and 401(k) plans to roll out immediately.

How to Apply:

Apply on LinkedIn or directly to View email address on click.appcast.io, with your resume and LinkedIn profile. In a short note, describe one test system you built end to end: what it had to prove, what you chose to automate and what you deliberately left manual, and what you would design differently now.

CisLunar Industries is an equal opportunity employer.