Top Manufacturing Engineer Jobs in Austin, TX

The Manufacturing Engineer develops and validates manufacturing processes for hardware products, ensuring designs can be built at scale while maintaining quality and efficiency.

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

Lead manufacturing engineering for Microsoft cloud hardware: plan factory capacity and layouts, manage suppliers and production risks, standardize processes, implement quality systems (SPC, vision, automation), lead root-cause analysis and continuous improvement (8D, Six Sigma, DFMEA/PFMEA), drive AI/ML and predictive maintenance adoption, validate designs for manufacturability, and deliver metrics and governance for mass production.

As a Manufacturing Engineer, you'll develop processes for fabricating parts, coordinate product improvements, estimate costs, and enhance product quality while driving operational excellence through lean principles and automation.

The role involves leading the transition of propulsion products to production, creating assembly instructions, process improvement, and troubleshooting failures. Requires teamwork and communication to ensure successful engine assembly and testing for spacecraft.

Define and deploy board- and system-level manufacturing test strategies for high-volume server production. Develop ICT/MDA/board functional tests, fixtures, and test infrastructure; drive yield improvement, failure analysis, and corrective actions; partner with ODMs and cross-functional teams to ensure scalable, reliable production testing and factory readiness.

The Manufacturing Engineer is responsible for process engineering, improving cost, quality, and delivery while supporting NPI and managing equipment maintenance and customer specifications.

Support production builds for semiconductor capital equipment: create manufacturing documentation (SOEs, workflows), prepare work instructions and BOMs, train and direct production staff, coordinate builds, inspect systems for quality, troubleshoot issues, evaluate ECOs, assist cost estimation and capital projects to ensure on-time, within-budget delivery.

As a Manufacturing Engineer-3 at Enovis, you will manage and improve manufacturing processes, provide production support, conduct feasibility studies, and implement continuous improvement initiatives.

Develop and implement manufacturing methods, process sequences, and test procedures for new product launches. Coordinate engineering change releases, estimate costs and time standards, recommend tooling, perform PFMEA and root-cause/failure analysis, and drive continuous improvement using DFx, lean, and automation principles to improve quality and reduce costs.

Develops and releases new product BOMs and manufacturing/test/sourcing strategies for complex modules. Manages validation of Operation Method Sheets, performs 3D solid-model virtual analysis (MLO/DMU), leads change control (ECO/CCB/NSR) and root cause/corrective actions. Orchestrates managed builds, provides technical support and training to internal and contract manufacturing and suppliers, and participates in design reviews to improve cost, quality, and cycle time.

The Quality Manufacturing Engineer ensures production goals are met, leads corrective actions, improves quality processes, and interfaces with suppliers and internal departments.

As a Staff Process Manufacturing Engineer, you'll optimize manufacturing processes, improve yield, conduct root cause analyses, and implement LEAN initiatives for optical modules.

The Manufacturing Engineer leads the development and implementation of new product manufacturing strategies, manages change control processes, provides technical support, and improves product commercialization through data analysis and design reviews.

The role involves leading product transitions, owning fabrication and assembly processes, continuous improvement, and conducting design reviews for propulsion systems.

Develop and maintain fabrication processes, coordinate product improvements, evaluate test results, and implement lean and automation principles to improve efficiency and product quality.

As a Manufacturing Engineer, you'll develop methods for fabrication, work with engineering teams on product improvements, and drive cost reduction and quality enhancement.

Design, implement, and execute manufacturing test systems and automation for satellite hardware. Develop test architectures, write test plans and procedures, manage lab equipment, analyze non-conformances, optimize production testing, and report results to stakeholders while collaborating with multidisciplinary teams.

Lead development and execution of manufacturing test plans and reusable test architectures. Implement automated test systems, manage lab equipment, analyze non-conformances, and present results to stakeholders while supporting production test optimization.

Design, develop, and optimize manufacturing processes for autonomous surface vessels. Implement lean principles, collaborate with engineering and suppliers, establish quality controls, perform root-cause analysis, document compliant processes, train production staff, and drive continuous improvement for DoD production.

Develop and optimize fiberglass composite manufacturing processes for autonomous surface vessels. Troubleshoot production issues, ensure manufacturability, create process documentation and work instructions, implement lean improvements, support tooling design and quality control, ensure safety/compliance, and train production staff.

The Manufacturing Engineer II Senior develops and maintains methods for manufacturing processes, collaborates on product improvements, reduces costs, and evaluates testing results while addressing assembly issues.

Design, optimize, and validate manufacturing processes for robotic/electronics systems. Lead tooling and equipment integration, root cause analysis, SPC-driven improvements, FMEA and Gauge R&R studies, and KPI tracking. Collaborate with design, quality, operations, and suppliers to scale prototypes to production while implementing lean and Six Sigma continuous-improvement initiatives.

Own on-site manufacturing process execution and performance: optimize workflows, apply Lean methods, document work instructions, run PFMEA, support NPI and production ramp, design/validate fixtures, troubleshoot equipment, and ensure alignment with global AME and ISO quality standards.

Responsible for executing, optimizing, and sustaining STL manufacturing processes. Drive process improvements, apply Lean tools, develop work instructions, perform PFMEA, support NPI and production ramps, design fixtures, coordinate tooling/equipment implementations, and ensure alignment with global AME standards and ISO quality requirements.