Top Tech Jobs & Startup Jobs in Austin, TX

Design and develop user-centered industrial designs, creating refined CAD data and prototypes while collaborating with engineering to solve complex challenges.

Design, optimize, and scale platform software for humanoid robots. Integrate hardware and software, profile resource usage, port frameworks to new hardware, benchmark performance, and promote engineering best practices.

Lead development and deployment of state-of-the-art RL algorithms for locomotion and manipulation on humanoid robots. Prototype in simulation, transfer and fine-tune on hardware, optimize distributed training pipelines, mentor junior engineers, and collaborate with hardware teams to analyze results and improve sim-to-real performance.

Lead development and execution of verification & validation procedures for Apptronik robots. Develop test scripts, document results, drive corrective actions, validate performance and reliability, ensure regulatory compliance, build test automation, and coordinate with third-party labs for safety and certification.

Develop and deploy state-of-the-art reinforcement learning algorithms for dynamic locomotion and manipulation on humanoid robots. Drive simulation-to-hardware transfer, build and optimize distributed training pipelines, mentor junior engineers, collaborate with hardware teams to debug system-level issues, and convert human demonstration data into robust reference trajectories.

The EHS Manager leads the Environmental, Health, and Safety program, ensuring compliance and safety across multiple locations, developing programs, and conducting inspections and training.

The Senior Mechanical Engineer will design and develop Apollo humanoid robots through full product lifecycle, solve engineering problems, and collaborate with cross-functional teams.

The Staff Mechanical Engineer will lead design efforts for the Apollo robot, mentor junior engineers, and ensure production readiness through collaboration across departments.

Lead systems engineering for next-generation humanoid robots: architect hardware platforms, define and integrate requirements across hardware, sensing, compute, power, and operator interfaces; drive trade-offs, ensure real-time performance, reliability, monitoring, diagnostics, and fleet-scale validation; mentor engineers and lead design verification and failure analysis for production deployment.

Lead mechanical design and integration of upper body systems for a humanoid robot, focusing on architectural decisions and high-performance mechanisms.