Top Engineering Jobs in Austin, TX

Leads validation, characterization, qualification, and reliability testing for integrated data center platforms. Establishes test strategies, labs, data infrastructure, lifecycle gates, acceptance criteria, automation, and certification plans for power, cooling, controls, and integrated systems. Partners with manufacturing, quality, engineering, business units, and customers to move products from prototype through production readiness while personally designing tests, instrumentation, data pipelines, and root-cause investigations.

Leads engineering laboratory strategy, validation infrastructure, test operations, and technical facilities for AI data center platforms. Oversees multidisciplinary teams, laboratory roadmaps, testing and certification, budgets, capital investments, safety, automation, data acquisition, and operational performance. Partners with engineering, product, manufacturing, quality, facilities, EHS, and supply chain teams while supporting customer demonstrations and executive technology showcases.

Supports engineering development, testing, troubleshooting, and problem-solving for manufacturing equipment, systems, and customer products. Performs complex tests, analyzes technical data, documents results, adjusts equipment, and assists with hardware and software test solutions. Reads technical drawings and schematics, fabricates components and fixtures, maintains documentation, supports customer interactions, collaborates with engineers and production teams, and trains technicians and operators in a manufacturing and laboratory environment.

Leads the operations engineering department supporting automation, tooling, controls, reliability, and manufacturing systems. Manages and develops engineering teams, designs and commissions automation solutions, oversees projects, budgets, documentation, risk management, training, and implementation. Establishes production KPIs, supports 24/7 operations, coordinates across sites and customers, and ensures compliance with medical validation and FDA-regulated manufacturing requirements.

Provides technical leadership for mechanical architecture, design, analysis, validation, manufacturing readiness, and deployment of AI infrastructure platforms. Leads work across racks, enclosures, chassis, structural systems, liquid cooling, power interfaces, cable management, and modular systems. Defines requirements and design standards, drives trade studies and reliability assessments, supports prototype and validation activities, resolves cross-functional integration challenges, evaluates materials and manufacturing methods, and mentors engineering teams.

Lead the advanced thermal management strategy for next-generation AI data center infrastructure. Develop cooling roadmaps, architectures, specifications, simulations, prototypes, and validated hardware across rack-, row-, hall-, and facility-level systems. Drive direct-to-chip liquid cooling, CDUs, facility cooling, containment, controls, manufacturability, reliability, cost optimization, and commercialization. Partner with systems architecture, operations, manufacturing, supply chain, quality, customers, and ecosystem partners while providing hands-on technical leadership.

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 design, validation, and deployment of automated functional test systems for electronic products. Architect electrical test platforms, design interface PCBs, integrate instrumentation, develop TestStand/LabVIEW/Python/C# test software, support manufacturing deployment, and collaborate with cross-functional teams and customers.

Maintains and improves automated manufacturing equipment, controls systems, tooling, and applications. Provides onsite troubleshooting, root-cause analysis, corrective actions, documentation, mentoring, and controls support for production uptime. The engineer collaborates with engineering, operations, quality, vendors, and machine OEMs; integrates controls devices; supports electrical and hardware troubleshooting; and contributes to automation frameworks and continuous improvement projects for new products.

Maintain and improve automation equipment, tooling, and applications for manufacturing RF test processes. Create technical documentation, preventive maintenance plans, and troubleshooting guides. Diagnose machine issues, drive corrective actions, collaborate with engineering, operations, and quality on continuous improvements, and support automation for new products.