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Apex manufactures satellite buses (spacecraft platforms) at scale, combining software, vertical integration, and hardware designed for manufacturing. These platforms enable earth observation, communications, and other critical space applications.
You will lead the propulsion test engineering team responsible for testing all propulsion hardware that flies on Apex spacecraft. This is a hands-on technical and people leadership role where you will grow and develop a team of test engineers and technicians, own the design and buildout of propulsion test infrastructure, and be accountable for test capacity, throughput, data quality, and safety.
Key Responsibilities:
- Build, lead, and develop a team of propulsion test engineers and technicians, setting high standards for safety, technical rigor, execution, and ownership
- Own the design, build, and operation of test stands for thrusters, flow controllers, PPUs, and integrated propulsion systems, including fluid and electrical GSE, instrumentation, diagnostics, data acquisition, and controls
- Own Apex's propulsion vacuum test infrastructure, including chambers, pumping systems, thermal and cryogenic capability, instrumentation, maintenance, and capacity planning
- Develop scalable acceptance test (ATP) infrastructure and processes supporting high-rate propulsion production
- Own propulsion test capacity, scheduling, throughput, data quality, and turnaround across development, qualification, and production test campaigns
- Establish and enforce test safety standards for vacuum, high-pressure, high-voltage, and other hazardous operations, including procedures, training, and test readiness reviews
- Partner with Environmental Test and Ground Software teams to standardize test tooling, automation, data acquisition, and infrastructure
- Work closely with propulsion component teams, propulsion module teams, Systems Engineering, Production, Quality, and Facilities to define test requirements and ensure results are traceable and actionable
- Support development testing, qualification, production acceptance, launch campaigns, and anomaly resolution, including leading root-cause investigations
- Own test infrastructure budgets, vendors, build-vs-buy decisions, and long-term capacity planning as propulsion production scales
Requirements:
- Bachelor's degree in aerospace, mechanical, electrical engineering, or related technical field
- 10+ years of test engineering experience with significant experience testing propulsion, vacuum, or other high-energy hardware
- Experience designing, building, and commissioning test stands or test facilities, including instrumentation, data acquisition, controls, and GSE
- Hands-on experience with vacuum test facilities, including pumping systems, chamber operations, and vacuum instrumentation
- Demonstrated experience leading and developing engineers and/or technicians
- Strong understanding of test safety for vacuum, high-pressure, high-voltage, and hazardous operations
- Experience owning test schedules, capacity, throughput, and data quality for complex hardware programs
- Strong cross-functional communication skills with ability to work across design engineering, software, production, quality, facilities, and leadership
- Must be a U.S. Person (U.S. citizen, lawful permanent resident, or protected individual) as defined by ITAR (22 CFR §120.15)
Nice to Have:
- Master's or Ph.D. in related engineering field
- Experience testing electric propulsion hardware, including thrusters, cathodes, flow controllers, or PPUs
- Experience with plasma or plume diagnostics, thrust measurement, and electric propulsion performance characterization
- Experience building or scaling test infrastructure for high-rate hardware production, including production acceptance testing
- Experience with automated test systems, standardized data acquisition, and ground software
- Experience with environmental testing, including vibration, TVAC, or EMI/EMC
- Experience with range safety, pressure systems, or related requirements such as SSCMAN/AFSPCMAN 91-710
