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Design and integrate rugged avionics enclosures, mounts, and electronic packaging for human-rated space stations. Responsibilities include requirements validation, trade studies, thermal and structural analysis, engineering drawings, configuration management, test planning, qualification, and hardware integration. The role collaborates with electrical engineering teams throughout the flight and mission-critical avionics design lifecycle and supports hardware builds and testing in a dynamic environment.

Develop and optimize manufacturing processes for avionics systems and wiring harnesses. Create manufacturing plans, assembly procedures, and work instructions; resolve production issues through root cause analysis; collaborate with design, quality, and suppliers; perform hands-on assembly, integration, and testing; and drive continuous improvement in quality, efficiency, and cost.

Develop and optimize manufacturing processes for spacecraft solar arrays and avionics hardware. Responsibilities include design-for-manufacturing feedback, tooling and GSE development, assembly and testing, work instruction creation, supplier process review, root cause analysis, corrective actions, quality control, and continuous improvement. The role supports solar array environmental, deployment, and acceptance testing while collaborating with engineering, quality, suppliers, and technicians. It also includes mentoring colleagues and supporting new product introduction from prototype through production.

Designs, builds, and operates test rigs and ground support equipment for ECLSS fluid, chemical, and electrical control systems. Performs hardware assembly, instrumentation, integration, troubleshooting, data collection, and analysis. Develops test procedures, work instructions, schematics, and DAQ setups while supporting flight-hardware acceptance and qualification campaigns. Collaborates with manufacturing, controls, and responsible engineering teams to transition research testing into standardized production processes.

Own factory layout and production-system architecture for Haven-2, lead DFM/DFA and manufacturing readiness, define production metrics and dashboards, drive Lean and Six Sigma improvements, create manufacturing documentation, qualify tooling and processes, and support AS9100 compliance. The role partners across engineering, manufacturing, quality, and supply chain while solving complex production-floor challenges and scaling aerospace hardware from development to rate production.

Oversee global payroll operations for a growing, multi-state employer: manage payroll cycles, ensure compliance with payroll laws and taxes, coordinate timekeeping/HRIS, process new hires/terminations/garnishments, produce audit reports, resolve payroll inquiries, and collaborate with HR and accounting to maintain accurate payroll systems and reporting.

Own end-to-end mechanical engineering projects for Vast’s lunar ecosystem, including power stations, fluid systems, airlocks, nodes, and habitation modules. Lead lunar design trade studies, develop CAD models, drive fabrication and hardware integration, resolve anomalies, and represent systems at design reviews. The role requires hands-on ownership from concept through flight release, qualification, and testing while collaborating across power, thermal, avionics, life support, manufacturing, and systems architecture teams.

Lead reliability and design reviews for human-rated artificial-gravity space station systems. Oversee qualification and test completeness, drive engineering standards and processes, capture lessons learned, and partner cross-functionally to ensure design maturity, configuration control, and safe, resilient hardware development.

The Power Electronics Engineer will develop power electronics systems for space stations, focusing on design, validation, and environmental testing.

The Senior RF Engineer will develop RF hardware products, create testing procedures, design RF systems, and ensure communication reliability on space stations.