Top Manufacturing Engineer Jobs in Austin, TX

Design, optimize, and validate manufacturing processes for robotic systems. Use CAD/CAM, simulation, and statistical tools to improve cycle time and yield. Lead root cause analysis, equipment setup/validation, FMEA and Gauge R&R studies, track KPIs (OEE, throughput, scrap), and integrate supplier processes while applying lean and Six Sigma methods.

Drive supplier development by analyzing manufacturing and quality data, leading cross-functional supplier events, performing onsite technical assessments, implementing process improvements (automation, tooling, control plans), creating training and development plans, and presenting results to stakeholders. Travel up to 50%.

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

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.

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

Design, deploy, launch and sustain manufacturing production lines for industrial, machinery, and power equipment. Develop and maintain manufacturing methods, detailed work instructions, and shop-floor setups. Identify and implement process improvements, support ECN changes, organize material flow and work areas, perform process characterization/validation, and support production floor to ensure safety, quality, efficiency, and on-time delivery.

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, 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.

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.

Lead design, validation, and continuous improvement of manufacturing processes with Tier 1 suppliers. Drive NPI, cost reduction, LSS and Industry 4.0 initiatives, manage engineering changes, create work instructions and BOM alignment, develop fixtures/tools, and collaborate cross-functionally to implement DFX and improve production quality, efficiency, and cost.

Support manufacturing across all levels: design and optimize processes and line balancing; specify tooling, fixtures, and equipment; support production ramp-up; lead continuous improvement and root cause analysis; collaborate with design, quality, and supply chain teams.

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.

The Lead Manufacturing Engineer will oversee the improvement of semiconductor manufacturing processes, focusing on distillation purification. Responsibilities include driving safety, leading projects, troubleshooting issues, and mentoring junior engineers while collaborating across departments.

Responsible for developing test systems, software for hardware component testing, maintaining infrastructure, and collaborating with engineering teams to ensure quality standards.

As a Manufacturing Engineer, you will support production, improve manufacturing processes, design tools, train operators, and oversee engineering documentation. You will also interact with customers and evaluate product specifications.

Optimize and troubleshoot processes for PIC wafer fabrication, support scaling and production yield, and utilize metrology equipment for process control.

Lead identification, design, and deployment of automated manufacturing solutions from concept through production launch. Partner with design, manufacturing, quality, and supply chain to ensure DFMA, define equipment specs, manage integrators, perform validation, support ramp-to-rate, and transition stable systems to sustaining engineering while driving continuous improvement in OEE, yield, and cycle time.

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.