Top Tech Jobs & Startup Jobs

Perform system-level modeling, simulation, and trade studies across spacecraft subsystems (structural, thermal, radiation, power, MMOD, optics, etc.). Provide analysis-driven requirements, verification strategies, test correlation, and design recommendations. Collaborate cross-functionally, maintain documentation and models, support environmental qualification and on-orbit performance predictions, and present findings in design reviews.

Own onsite workplace operations and employee experience, coordinate onboarding and internship programs, support People operations and cross-functional logistics, ensure candidate and visitor hospitality, and improve People processes during rapid startup growth.

Design, develop, and test high-reliability, low-latency flight and mission software across embedded and ground systems. Implement C&DH, FDIR, secure communications, simulation and hardware-in-the-loop testing, maintain documentation, and support CI/CD and cross-team integration for satellite operations.

Design, build, test, and operate launch vehicle systems and flight hardware across disciplines including structures, avionics, propulsion, fluids/thermal, integration, manufacturing, and ground/launch operations. Work spans design, integration, test, and operations in a fast-paced, hands-on environment with ownership over mission-critical aerospace hardware.

Lead architecture, development, and deployment of onboard compute software for satellites. Define technical vision, build a software team, design real-time distributed and fault-tolerant systems, optimize for constrained power/thermal environments, integrate with hardware/GNC/RF teams, and establish testing, HIL simulation, and in-orbit operations.

Lead prediction and management of aerodynamic heating for launch vehicle ascent and re-entry. Run viscous, reacting-flow CFD, define aeroheating environments and boundary conditions, size TPS, manage aeroheating databases, plan and correlate ground/flight tests, and communicate results across multidisciplinary teams.

Design, simulate, and validate guidance, navigation, and control systems for an orbital-class launch vehicle. Develop 6-DOF dynamics simulations, implement control algorithms in Python/C++, analyze trajectories and dispersions, perform HIL and Monte Carlo testing, and support launch and mission operations.

Design, build, and test software for spacecraft and ground systems across the full stack. Develop flight and real-time control software, simulation and hardware-in-the-loop testing frameworks, integrate with hardware teams, support system bring-up and on-orbit operations, and create tooling for automation and mission operations in resource-constrained, high-reliability environments.

Lead development and analysis of launch and spacecraft trajectories, orbital propagation and station-keeping, mission design and contingency planning, flight dynamics simulation tooling, and cross-disciplinary systems investigations to validate guidance and control profiles.

Work across spacecraft engineering disciplines—design, build, integrate, test, and operate satellite systems (avionics, power, thermal, structures, GNC, payloads, flight software and ground systems). Hands-on, mission-critical hardware responsibility in a fast-moving startup environment.