Top Engineering Jobs in Austin, TX

The Senior Hardware Test Engineer will validate robotic actuation systems, define testing strategies, collaborate with teams, and improve manufacturing processes for production ramp-up.

The Staff Mechanical Engineer will lead prototype development for a humanoid robot, focusing on mechanical design, fabrication, and collaboration with engineers across disciplines to integrate systems.

The SaaS Administrator manages cloud-based tools, ensuring secure access and operations across various departments, while supporting systems like Microsoft 365 and Salesforce.

Lead design, analysis, prototyping, and testing of electric actuators for a robotic hand. Select and package motors, drivetrains, bearings, and encoders. Produce drawings, BOMs, assembly instructions, and DVP&R. Mentor junior engineers, perform FEA and root-cause analysis, and iterate designs for manufacturability and scalability.

The Hardware Simulation Manager will lead a central Simulation Center, overseeing the development of predictive physics for the Apollo robot, and manage a team to enhance engineering processes through simulation and predictive modeling.

The role involves defining the architecture for deployment, integration, and interaction of humanoid robots, ensuring reliable functionality and user-friendly interfaces. The engineer will lead a team, focusing on technical architecture while mentoring others and collaborating across departments to deliver customer-facing robotic systems in real-world environments.

The Staff Mechanical Engineer will lead thermal architecture and simulations for a humanoid robot, ensuring optimal performance and safety. Responsibilities include CFD modeling, transient thermal analysis, and mentorship.

The Senior Mechanical Engineer will design thermal management systems for the Apollo robot, focusing on performance, safety, and integration with other systems while mentoring junior engineers.

As a Senior Mechanical Engineer, you will design and analyze actuators for humanoid robots, guide junior engineers, and collaborate cross-disciplinarily, ensuring designs meet requirements and are scalable.

Lead the hardware integration of a humanoid robot, focusing on cross-disciplinary leadership, root cause analysis, and implementing corrective actions to enhance reliability and performance.