Top Mechanical Engineering Jobs in Austin, TX

Design and build semiconductor fabrication equipment, iterate on mechanical designs, integrate components, and collaborate on process improvements.

The Mechanical Engineer will design, prototype, and build precision mechanical systems for semiconductor fabrication, ensuring accuracy and rapid prototyping.

The Senior Mechanical Design Engineer will design HVAC, plumbing, and process utility systems for various facilities, ensuring code compliance and integration with manufacturing processes.

Design and produce hardware solutions for brain-computer interface devices, manage projects, collaborate with engineers and industry experts, and ensure compliance with regulations.

Lead and deliver complex mechanical and thermal hardware designs for liquid-cooling and thermal-control products. Manage a small design team, coordinate with system architects and suppliers, drive prototype assembly and verification, lead technical reviews, resolve design trade-offs, ensure requirements traceability and manufacturing readiness, and mentor junior engineers through stage-gate development into production.

Design and develop mechanical components and assemblies for residential and commercial battery energy products from concept through production. Create CAD models and manufacturing drawings, perform thermal/stress/structural analysis, select materials, apply DFM, work with suppliers and manufacturing, integrate with electrical systems, and plan and run testing and validation.

Lead and manage mechanical (MEP) design projects from concept through completion, including HVAC, plumbing, and fire protection system analysis and design. Produce drawings and models using AutoCAD and Revit, ensure code compliance (ASHRAE, IPC, NFPA), coordinate with multidisciplinary teams, manage schedules and budgets, serve as client contact, and participate in site visits, design reviews, and construction administration.

Join EEA's Light Commercial team as an entry-level Mechanical Engineer-in-Training. Use AutoCAD and Revit to develop HVAC and plumbing designs, perform load calculations and energy simulations, ensure code compliance (ASHRAE, IPC, NFPA), review drawings, coordinate with multidisciplinary teams, and support project planning while participating in a structured graduate Bootcamp and mentorship program.

Support mechanical MEP design using AutoCAD and Revit; assist in HVAC and plumbing system design, load calculations, energy simulations, code compliance (ASHRAE, IPC, NFPA), interdisciplinary coordination, drawing/model review, and project support for scheduling and budgeting.

The Senior Mechanical Engineer will lead mechanical design efforts in power generation, mentor junior staff, and ensure technical specifications and calculations are adhered to, while coordinating with project teams.

The Senior Mechanical Engineer will lead power generation engineering projects, mentor junior staff, perform design tasks, and ensure adherence to engineering standards.

Lead mechanical design and development of automated robotic installation tools from concept to production. Create precision mechanisms, enclosures, and assemblies using 3D CAD; integrate motors, encoders, sensors, and controls; perform tolerance, kinematics, structural and thermal analyses; build and troubleshoot prototypes; produce drawings, GD&T, BOMs, and design records; collaborate with manufacturing, suppliers, regulatory teams, and stakeholders to commercialize reliable products.

The Mechanical Engineer - Hydronics will own the hydronic distribution architecture for modular data centers, focusing on design, commissioning, and serviceability of liquid-cooled systems.

The Mechanical Engineer will design and test mechanical systems for robotics, collaborating with electrical and software teams while ensuring manufacturability and performance of prototypes.

The Senior Mechanical Engineer will design and test aircraft subsystems, lead integration efforts, and collaborate on production standards within the company.

As a Staff Mechanical Engineer, you will lead the design, integration, and testing of aircraft structures, managing hardware from concept to flight validation while mentoring other engineers and collaborating with manufacturing and operations teams.

Design, develop, and integrate mechanical and robotic systems for semiconductor equipment. Lead system-level analyses, testing, qualification, troubleshooting, and supplier/OEM management. Ensure product quality and reliability across lifecycle, build test stands, develop testing software, and support system integration in manufacturing and cleanroom environments.

Design, analyze, and implement aircraft structural components and systems using CAD and structural analysis tools. Apply knowledge of metals, military standards, parts, and fasteners. Manage multiple aerospace projects concurrently and deliver engineering solutions across product development.

Lead mechanical infrastructure design and standards for HVAC, plumbing, process utilities and piping. Develop project scope and RFPs, review and direct third-party designs, perform equipment sizing, support construction commissioning, and manage small capital projects. Provide code-compliant, industrial solutions and advise internal and external teams.

Lead mechanical integration and packaging of electronics, sensors, and payloads for autonomous surface vessels. Create CAD models and drawings, define mounting and cable routing strategies, ensure manufacturability and serviceability, support prototypes and testing, and collaborate with cross-functional teams to drive design-for-manufacturing decisions.

Lead build and integration for autonomous surface vessels, bridging design and production. Design and optimize vessel structures/systems, manage CAD models, coordinate ECOs, resolve non-conformances, support integration of autonomy, participate in design reviews, and support sea-trials and regulatory documentation.

Lead technical direction for mechanical engineering across perception hardware, marine systems, integration, and structures. Resolve complex design and analysis issues, guide reviews and tests, improve designs and validation strategies, partner cross-functionally to deliver manufacturable, reliable autonomous surface vessel hardware, and mentor engineering teams.

Design, integrate, and test auxiliary and propulsion support systems for autonomous surface vessels, including fuel, cooling, HVAC, hydraulics, piping, and auxiliary machinery. Create layouts, select components, run system analyses and tests, support builds, troubleshoot, and improve designs for harsh maritime environments.

Design, analyze, and deliver spacecraft separation and interfacing mechanisms across the product lifecycle. Own conceptual design, sizing and strength calculations, CAD and manufacturing drawings, hardware development, qualification testing, requirements generation, trade studies, and compliance with relevant launch standards. Collaborate cross-functionally and improve processes.

The Hydro Mechanical Engineer designs and commissions hydro turbines, performs mechanical calculations, oversees FEA and CFD analysis, and coordinates with various engineers. Responsibilities include technical reviews, vendor assessments, site inspections, and compliance with industry standards.