Jobs at HyPrix Aviation

Own and manage internal IT infrastructure, including Proxmox servers, virtual machines, Docker and LXC containers, networking, OPNsense firewalls, managed switches, backups, disaster recovery, user devices, access controls, asset tracking, and technical support. Build Python or Bash automation, optimize infrastructure for simulation workloads, monitor system health and security, and maintain reliable internal services in a fast-paced engineering environment.

Design and implement flight-control, guidance, and state-estimation algorithms for supersonic autonomous payload systems. Responsibilities include six-degree-of-freedom simulations, aerodynamic modeling, linear and nonlinear control design, sensor calibration and filtering, embedded implementation, hardware-in-the-loop verification, and guidance algorithms for maneuverable and swarm flight.

Designs, integrates, builds, ruggedizes, and qualifies electromechanical actuation and deployment mechanisms for aerial vehicles. Responsibilities include actuator sizing, motor and gearbox selection, linkage and mechanism design, CAD drawings, wing deployment and stage separation systems, closed-loop control integration, electronics and harnessing, environmental testing, and reliability analysis. This is a hands-on hardware engineering role requiring direct assembly and bench testing.

Open-ended opportunity for engineers to submit profiles for future positions. The company will contact qualified candidates when relevant openings arise. IT-focused profiles are discouraged.

Design, implement, and validate navigation filters and state-estimation systems for supersonic aerial and projectile platforms. Responsibilities include sensor fusion, inertial-navigation development, sensor characterization, hardware-interface debugging, six-degree-of-freedom simulation, Monte Carlo and covariance analysis, HIL/SIL testing, flight-data reconstruction, and embedded C/C++ implementation. The engineer collaborates with GNC, avionics, flight-dynamics, firmware, and systems teams to integrate and flight-test navigation systems.

Design, analyze, and validate high-speed aerodynamic configurations using steady and unsteady compressible-flow CFD. Generate aerodynamic databases, optimize wings, fins, control surfaces, and performance across the flight envelope. Build meshes, run HPC simulations, conduct verification and validation, correlate results with test or flight data, and support wind-tunnel planning. Collaborate with GNC, propulsion, structures, and thermal teams while mentoring junior engineers and providing technical leadership.