Top Tech Jobs & Startup Jobs in Austin, TX

Design, develop, test, and integrate embedded flight firmware for microcontrollers and processors in bare-metal or RTOS environments. Implement low-level drivers and communication protocols, collaborate with hardware teams to debug integrations, optimize for power/performance, participate in code reviews, and validate system-level performance. Optionally support FPGA integration and custom OS builds.

Develop spacecraft structures, optimize designs, support production, maintain compliance, and create necessary documentation while collaborating with teams.

Design, implement, verify, and optimize FPGA logic (RTL to hardware) for Microchip PolarFire SoCs. Create IP cores, integrate with RISC-V subsystems, build UVM testbenches, run synthesis/place-and-route, perform timing closure and verification, and develop fault- and radiation-tolerant designs for space applications while collaborating with software teams.

Lead design, develop, integrate, and test reusable C++/Python libraries and tools connecting perception, cameras, sensors, heterogeneous compute, simulation, and flight software. Build low-latency multithreaded systems, define interfaces, establish automated testing and CI, support hardware/software-in-the-loop and mission operations, diagnose system issues, and mentor engineers.

Provide frontline desktop and endpoint support: install, maintain, troubleshoot, and upgrade hardware and software; manage user accounts and access; maintain asset inventory; document and escalate incidents; participate in on-call rotation and occasional travel to support launch activities.

The Propulsion Engineer II will design and analyze spacecraft fluid systems, lead development projects, and collaborate with teams for testing and operations.

As an Avionics Intern, you will assist in developing electrical designs for launch vehicles, support testing, and learn aerospace design guidelines.

Design and optimize spacecraft trajectories and maneuver sequences for missions, develop targeting algorithms, and support operational spacecraft missions while mentoring junior engineers.

The Principal ADCS Engineer leads technical strategies for spacecraft ADCS systems, mentoring engineers and driving capability development for complex space missions.

The Principal GNC Engineer will lead technical strategies for launch vehicle guidance, navigation, and control systems, mentor engineers, and develop innovative solutions for complex missions.