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Leads the Arc vehicle mechanical engineering team and owns delivery of primary structures, mechanisms, and thermal protection systems. Responsibilities include technical direction, people management, mechanical design and analysis, manufacturing and integration support, qualification and vehicle testing, configuration control, root-cause investigations, and cross-functional coordination with production and engineering teams. The role also supports vehicle builds, environmental testing, launch preparation, recovery operations, and post-flight hardware assessment.

Develop, integrate, test, and verify flight and ground RF/telemetry systems for reentry vehicles. Responsibilities include link-budget analysis, antenna modeling, RF component selection, laboratory and vehicle testing, ground-station network establishment, regulatory licensing support, and environmental qualification. The role collaborates with multidisciplinary engineering teams and owns RF test systems and mission-readiness validation.

Build the People function from scratch: run onboarding/offboarding, benefits administration, employee relations and investigations, California and federal contractor compliance, performance management, engagement programs, HRIS (Gusto) administration, headcount reporting, and partner with leadership. Start as an individual contributor and grow into a manager within 12–24 months.

Own Inversion’s visual storytelling and content production from concept through final delivery. Capture photography and video across engineering, manufacturing, testing, launches, and company milestones; direct shoots; edit footage; produce technical explainers, employee stories, documentaries, and social content; and publish across web, recruiting, sales, press, and events. Maintain production equipment and a structured visual archive while helping define the company’s creative style. Travel to test sites and work independently in fast-moving technical environments.

The Mechanical Engineer II will design reentry vehicles, manage mechanical design processes, collaborate with teams, and ensure component performance through testing.

Manage mission-critical cloud and on-premises infrastructure in a defense environment. Provision and monitor cloud services, administer Windows and Linux systems, maintain Docker and Kubernetes environments, secure networks, perform patching and hardening, implement compliance controls, support identity management, troubleshoot infrastructure issues, and maintain disaster recovery and backup strategies. Collaborate with security, compliance, and engineering teams to ensure operational readiness.

Develop, automate, and maintain spacecraft simulation and test environments (SIL/HIL). Integrate GNC, aerodynamics, and sensor models; build data pipelines, visualization, automated tests, and maintain HPC and testbed infrastructure to verify flight software and hardware.

The Senior Mechanical Design Engineer will design mechanical systems for spacecraft, manage CAD models, support prototype builds, and collaborate with teams to solve design challenges.

Lead and scale aerospace manufacturing across precision machining, harnessing, mechanical assembly, and parachute systems. Own production readiness, make vs. buy strategy, capacity planning, lean process implementation, KPI-driven quality and safety, tooling and CNC operations, MRP/ERP deployment, facility and capital planning, and build a high-performing manufacturing organization that supports flight hardware at increasing production rates.

As a Senior TPS Design Engineer, you will design thermal protection systems for hypersonic vehicles, develop testing methods, and work with materials to enhance performance and integration.