SYNCHRONIZING ORBITAL DATA STREAM...
We are assembling an elite, interdisciplinary cohort of aerospace engineers, AI architects, roboticists, embedded systems programmers, and product designers solving real-world challenges on Earth and beyond.
Directly author code, mathematical models, and hardware schematics that fly on orbital testbeds, power autonomous rovers, and process planetary geospatial radiance.
We operate in small, highly specialized engineering squads. You own your subsystem from theoretical proof to physical bench calibration.
Flexible remote collaboration paired with state-of-the-art laboratory access for hardware-in-the-loop (HIL) testing and vacuum-chamber experiments.
Select a position to review technical requirements and submit credentials.
Join our AI team to architect edge-accelerated computer vision and geospatial transformers for satellite and terrestrial remote sensing pipelines. You will develop algorithms that turn multi-spectral radiance data into actionable environmental insights.
Lead the development of perception, SLAM, and motion planning software for our TERRA-VOYAGER planetary and extreme-terrain robotics research testbed.
Drive our orbital mechanics, constellation simulation, and mission technology research programs. You will formulate the mathematical and architectural foundations for distributed satellite networks and orbital data systems.
Build high-performance, real-time web telemetry interfaces, mission operations consoles, and data visualization dashboards for ORBITSET systems.
Develop radiation-tolerant firmware, real-time operating system (RTOS) drivers, and hardware interfaces for next-generation satellite computers and autonomous robotic controllers.
Conduct exploratory research in cold-atom optical frequency references, miniaturized laser locking, and relativistic timekeeping for GPS-denied deep-space navigation within ORBITSET LABS.
Shape the visual language, telemetry ergonomics, and mission operations interfaces across the ORBITSET product ecosystem.
We welcome unsolicited inquiries from researchers with deep domain expertise in orbital mechanics, computational physics, gallium-nitride RF, or autonomous navigation.