Lead a team building and operating propulsion test infrastructure, scaling safe, high-throughput testing of spacecraft propulsion hardware from development and qualification through production acceptance.
Apex-Technology-Inc jobs
Mass-manufactures satellite platforms for next-generation constellations.
132 open roles at Apex-Technology-Inc
Lead the electric propulsion team and own subsystem strategy, development, qualification, and production readiness across spacecraft, from Hall-effect thrusters and cathodes to flow control and power processing.
Set up, operate, and maintain test equipment for spacecraft propulsion hardware, executing safe and reliable tests while partnering with engineers to support qualification, acceptance, and production-rate testing.
Machine prototype and development hardware for spacecraft propulsion systems, partnering with engineers to fabricate parts, tooling, fixtures, and test equipment that keep development and testing moving.
Lead the engineering team responsible for spacecraft propulsion modules, owning their architecture, integration, servicing, and launch readiness while ensuring flight hardware meets vehicle requirements and production needs.
Spacecraft Systems Integration & Test Responsible Engineer
Own spacecraft system-level integration, verification, testing, anomaly resolution, and flight readiness, turning mature satellite platform designs into reliable flight-ready systems.
Own the design and integration of avionics test hardware and infrastructure, develop test strategies with cross-functional engineering teams, and troubleshoot spacecraft hardware from development through production and integration.
Own configuration management and engineering change control across spacecraft, ground systems, and infrastructure, maintaining accurate BOMs and baselines while coordinating risk-aware changes across engineering, production, and operations.
Own mechanical design and integration of spacecraft propulsion modules, from structural analysis and component interfaces through first builds, testing, and production improvements.
Own Hall-effect thruster design, development, qualification, and production, leading performance modeling, vacuum test and life-qualification campaigns, flight integration, and design-for-manufacturing.
Own the structural and mechanical design of spacecraft propulsion modules, integrating in-house components into flight-ready assemblies while partnering with manufacturing to improve buildability and scale production.
Own the design, analysis, testing, and flight qualification of spacecraft propulsion feed systems, partnering across engineering and manufacturing to deliver safe, verifiable, production-ready fluid hardware.
Lead complex customer missions through satellite bus development and delivery, coordinating cross-functional execution, managing risks and decisions, and improving mission practices while mentoring other Mission Managers.
Own satellite launch integration and campaigns, coordinating launch providers and internal engineering teams to define requirements, verify readiness, resolve anomalies, and establish reliable launch processes.
Staff Electric Propulsion Engineer, Hall-Effect Thrusters
Own Hall-effect thruster design and production from plasma physics and architecture through qualification, flight integration, and manufacturing, while setting technical direction and mentoring propulsion engineers.
Own cathode design, development, qualification, and production for electric propulsion systems, setting the technical roadmap and leading testing, integration, and scalable manufacturing.
Develop and scale spacecraft manufacturing processes, tooling, and production systems, partnering with design and production teams to improve build rate, quality, yield, and hardware integration.
Own spacecraft mechanical hardware from concept through qualification, production, integration, and flight, using design, structural analysis, and testing to deliver lightweight, reliable, manufacturable systems.
Own cathode design, development, qualification, and production for electric propulsion systems, leading performance modeling, vacuum testing, thruster integration, life characterization, and manufacturing readiness.
Design, develop, and own mission-critical flight software for autonomous satellite operations, supporting spacecraft commissioning and ensuring reliable performance throughout the software lifecycle.
Design and develop avionics systems and electrical components for satellite platforms, owning electrical architecture, hardware integration and testing, and cross-functional delivery from prototyping through production.
Design and verify spacecraft RF, digital, and optical communications systems, shaping bus and ground-system architectures through requirements, analysis, integration, and hardware verification.
Design and verify spacecraft RF, digital, and optical communications systems, shaping bus and ground architectures through requirements, analysis, simulation, integration, and testing.
Drive US Government market growth by developing accounts and pipeline, executing full-cycle sales strategies, and closing new business with government prime contractors.
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