Top Mechanical Engineering Jobs in Austin, TX

The Staff Mechanical Engineer will design a robotic hand, leading the architecture and ensuring robust, dexterous manipulation while collaborating across teams. Responsibilities include structural design, prototyping, analysis, and production readiness.

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 mechanical design, analysis, prototyping, test, and production for high-reliability defense electronics. Create 3D models and drawings, perform thermal/structural/vibration analyses, develop and execute test plans, troubleshoot failures, and support requirements, manufacturing, and new-business capture.

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

The Senior Mechanical Engineer will design and develop consumer products, collaborate with teams, and lead mechanical engineers in creating and testing innovative technologies.

The Manufacturing Engineer will oversee supplier processes, ensure production readiness, qualify new parts, and drive continuous improvement in robotic hardware production.

Lead the design and oversight of HVAC and plumbing systems in commercial buildings, ensuring integration with project goals and applicable codes. Responsible for developing engineering designs, performing feasibility studies, and conducting technical reviews for major infrastructure projects.

The Staff Mechanical Engineer will lead the design and integration of Apollo's lower body, focusing on locomotion, structural integrity, and robotics systems. Responsibilities include system architecture, mechanism design, and conducting verification tests while mentoring engineers and ensuring performance in real-world scenarios.

Lead supplier development for machined parts: audit and improve supplier processes, perform on-site quality investigations, support NPI, provide technical guidance on specifications and manufacturing, monitor supplier performance, and mitigate supply chain risks to enable scalable aerospace production.

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.

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 Senior Mechanical Engineer will simulate and analyze the structural integrity and performance of the Apollo humanoid robot, focusing on mass optimization and safety criteria through predictive engineering and advanced simulations.

Design and analyze ruggedized electronics packaging, electro-mechanical assemblies, and test fixtures for launch vehicles. Perform thermal, modal, and vibration analyses; develop CAD models, drawings, and documentation; support environmental test campaigns and collaborate with PCB and integration teams.

The Mechanical Design Engineer will focus on vacuum design for semiconductor manufacturing, involving interaction with physicists and conducting design validation. Responsibilities include design, analysis, and development of vacuum systems and components, and collaborating throughout the product development cycle.

The Hardware Test Engineer will interface with multiple teams, develop test plans, and diagnose complex system errors, improving tool design across the company.

Design, develop, and validate mechanical and electromechanical test fixtures and ATE for PCBAs and assemblies. Create 3D CAD models and manufacturing drawings, manage BOMs/ECOs, prototype and test fixtures, support supplier fabrication and CNC operations, and collaborate cross-functionally to deploy scalable, manufacturable test solutions while mentoring junior staff.

Lead development and implementation of preventive and predictive maintenance for onshore mechanical equipment, use CMMS to plan and monitor maintenance, analyze reliability data, perform RCA, support operations and maintenance teams, ensure safety and compliance, and recommend improvements to reduce downtime and costs.

Lead development and implementation of preventive and predictive maintenance programs for offshore mechanical equipment, use CMMS to plan and track work, perform RCA for failures, support offshore teams in troubleshooting, monitor equipment reliability, and ensure compliance with safety and maintenance standards.

Design, build, and test mechanical systems for autonomous tunnel-machines, focusing on structures, chassis, and heavy-equipment hydraulic systems. Own hardware through lifecycle, produce manufacturing and test documentation, integrate subsystems, select materials, track mass/cost/schedules, and support qualification testing (acoustic, vibration, shock, thermal). Incorporate field feedback to iterate designs.

Design end-to-end production machines: mechanisms, end effectors, fixtures, and tooling in Onshape. Prototype with 3D printing and machining, integrate motion, actuators, controls, and vision, then bring machines to production, measure cycle time and reliability, and iterate to improve performance and manufacturability.

Design, install, and integrate aircraft mechanical systems and components. Create 3D CAD models, installation layouts, and detailed drawings. Manage PLM/BOM data, apply GD&T and tolerance stack-ups, support prototypes and production, perform root cause analysis, and collaborate across disciplines to ensure manufacturable, maintainable aircraft hardware.

Lead design and integration of mechanical systems in advanced manufacturing. Ensure interoperability between mechanical, controls, and data systems. Oversee FAT, SAT, and commissioning processes while collaborating with OEMs and system integrators.

The Propulsion Engineer II will design, develop, and deliver propulsion components, manage product lifecycle, and lead cross-functional teams for high-performance valve systems.

As a Mechanical Engineer - Automation, you will design and prototype robotics components, integrate automation in systems, and collaborate on improving autonomous technology.