Top Manufacturing Engineer Jobs in Austin, TX

Develops, optimizes, and documents manufacturing processes; supports new product introduction, producibility reviews, engineering changes, workflow analysis, cost estimation, tooling, and continuous improvement. Creates process flows, work instructions, and manufacturing procedures while coordinating with engineering, quality, procurement, production, finance, and program management. The role is onsite in Round Rock, Texas, and requires U.S. Person status due to export-controlled work.

Leads supplier development initiatives by analyzing manufacturing and quality data, conducting onsite technical assessments, and implementing process improvements. Develops supplier training and improvement plans involving automation, tooling, fixturing, lean manufacturing, control plans, and corrective actions. Coordinates cross-functional teams, monitors supplier performance, presents results to leadership, and addresses manufacturing risks across aerospace and defense suppliers. Travel of up to 50% is required.

Develop and maintain manufacturing methods, operating sequences, and processes for semiconductor equipment components and assemblies. Coordinate product improvements, reduce costs, improve quality, establish time standards, recommend tooling, develop test procedures, and investigate root causes of assembly or system-testing issues. Apply lean principles, automation, continuous improvement, and engineering practices to improve productivity and operational effectiveness.

Develops and optimizes manufacturing processes for autonomous surface vessels. Responsibilities include applying lean manufacturing, collaborating with engineering teams and suppliers, implementing quality controls, conducting root cause analysis, driving continuous improvement, maintaining compliance documentation, training production staff, and troubleshooting manufacturing issues.

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.

Senior Manufacturing Engineer responsible for industrializing fuel cell products and establishing U.S. manufacturing operations. The role includes transferring processes from Switzerland, commissioning manual assembly and roll-to-roll equipment, developing controlled process documentation, qualifying processes, specifying tooling and automation, troubleshooting production issues, supporting supplier quality, and improving OEE, throughput, yield, and cost through Lean methods. The position is onsite in Houston with frequent domestic travel and periodic travel to Switzerland.

Develops detailed electrical installation plans and work instructions for autonomous surface vessels. Translates connection lists into physical cable routes, sequences cable pulls and terminations, plans equipment foundations, wireways, cable trays, and penetrations, and coordinates installation with design, structural, outfitting, and production teams. Ensures compliance with marine standards, identifies routing conflicts, supports first-article installations, and improves standard work based on electrician feedback.

Owns product engineering for complex test and measurement systems from introduction through sustaining production. Supports assembly, integration, configuration, calibration, testing, validation, and release while resolving multidisciplinary hardware, software, firmware, and mechanical issues. Partners with design and manufacturing teams to improve manufacturability, quality, reliability, yield, cycle time, and readiness. Leads root-cause analysis, corrective actions, documentation, continuous improvement, and production escalations in an on-site manufacturing environment.

Own product engineering for complex test and measurement systems from new product introduction through sustaining production. Support assembly, integration, configuration, calibration, testing, validation, and release. Lead root-cause analysis, corrective actions, manufacturing readiness, design-for-manufacturability improvements, production escalations, documentation, and continuous improvement. Collaborate with design, manufacturing, and global engineering teams to improve quality, yield, cycle time, reliability, and schedule performance.

Optimize opto-electronic manufacturing processes for optical modules by improving yield, reducing cycle times, conducting root cause analysis, implementing corrective actions, developing work instructions and training, monitoring production metrics, leading Lean initiatives, and supporting equipment sourcing and product launches. The role collaborates cross-functionally to resolve released-product engineering challenges and reduce costs.

Develop and maintain manufacturing processes, work methods, operation sequences, and testing procedures for semiconductor capital equipment. Coordinate new product releases, estimate manufacturing costs, establish time standards, recommend tooling and process requirements, manage discrepant material decisions, and evaluate workflows, procedures, and policies. The role is intended for a new college graduate with a relevant engineering bachelor's degree and includes 10% travel.

Leads manufacturing engineering and industrialization for complex steel module-frame components. Responsibilities include DFM/DFMA, supplier process readiness, equipment commissioning, prototype and validation builds, factory audits, tooling and automation requirements, engineering change implementation, cost reduction, root-cause correction, and deployment of standardized manufacturing practices across global suppliers. The role requires extensive roll-forming and fabrication experience, cross-functional collaboration, supplier management, and 75% domestic and international travel.

Develops and improves manufacturing processes, workflows, standard operating procedures, work instructions, routings, bills of materials, and production fixtures. Maintains SAP manufacturing data, supports make-or-buy and supplier decisions, analyzes process improvement opportunities, and coordinates engineering changes and new product transfers. Advises design, purchasing, quality, and production teams on manufacturing methods, costs, materials, and technical documentation. Travel to other plants for introductions and transfers may last up to eight consecutive weeks.

Develops and improves manufacturing processes for autonomous surface vessel systems. Responsibilities include designing assembly workflows, leading DFM/DFA reviews, developing tooling and fixtures, creating work instructions, training technicians, troubleshooting builds, defining inspection points, coordinating material readiness, maintaining process documentation, and supporting capacity planning and production layout strategy.

Leads manufacturing engineering projects and teams to improve productivity, reduce costs, optimize processes, and support product and process development. Responsibilities include manufacturing methods, tooling, equipment, layouts, CAPEX planning, quotations, resource planning, quality standards, vendor coordination, and continuous improvement. Requires advanced knowledge of Lean and Six Sigma, Theory of Constraints, metallurgy, automation, machining, fabrication, CAD/CAM, and GD&T. Travel is up to 10%.

Develop and maintain manufacturing methods, operating sequences, and processes for semiconductor equipment components and assemblies. Coordinate product improvements and new product releases, lead DFx cost and quality initiatives, establish time standards, recommend tooling, develop test procedures, and identify root causes and corrective actions using PFMEA. Mentor junior engineers and support continuous improvement, automation, lean manufacturing, and operational excellence.

Develops and maintains manufacturing methods, operating sequences, and processes for parts, subassemblies, and final assemblies. Coordinates product improvements, applies engineering and DFx principles to reduce costs and improve quality, establishes time standards, recommends tooling, develops test procedures, and investigates root causes through PFMEA and corrective actions. The role requires a bachelor’s degree, 2–4 years of related experience, CMP knowledge, and hands-on work in manufacturing and cleanroom environments.

Develop and maintain manufacturing methods, operating sequences, and processes for parts, subassemblies, and final assemblies. Coordinate product improvements, reduce manufacturing costs, improve quality, establish time standards, recommend tooling, develop test procedures, and investigate root causes. Apply lean principles, automation, DFx, and PFMEA to drive continuous improvement and operational excellence. CMP knowledge is preferred.

Develops and maintains manufacturing methods, operating sequences, and processes for semiconductor equipment components and assemblies. Coordinates product improvements, leads DFx cost and quality initiatives, establishes time standards, recommends tooling, evaluates tests and work methods, performs PFMEA, resolves assembly and testing issues, and mentors junior engineers. CMP knowledge, lean principles, automation, and continuous improvement support operational excellence.

Owns manufacturing automation projects from concept through production launch across shipyard processes. Develops automation strategies, evaluates robotics and controls technologies, leads feasibility and ROI studies, manages integrators, coordinates MES and facility integration, validates processes, supports production ramp-up, and transitions stable systems to Manufacturing Engineering. Drives improvements in throughput, quality, safety, uptime, cycle time, yield, and labor efficiency while standardizing automation architecture and practices.

Develop and optimize manufacturing methods, processes, tooling, equipment specifications, BOMs, routings, process flows, line balances, manufacturing plans, and work instructions. Support manufacturing readiness reviews and engineering builds, evaluate process improvements, estimate labor, troubleshoot production issues, and ensure compliance with AS9100, safety, and quality standards while supporting Operations.

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

Leads mechanical manufacturing engineering and continuous improvement for specialty chemical containers. Responsibilities include SPC and statistical analysis, failure analysis, root-cause correction, process documentation, ERP master-data maintenance, capacity expansion, equipment troubleshooting, preventive maintenance planning, audits, and cross-functional project leadership. The role also mentors personnel and supports qualification, validation, quality improvement, and operational decision-making.

Owns the automation and digital factory roadmap for a manufacturing site. Evaluates, develops, implements, and scales automation across machining, assembly, testing, material movement, and other operations. Leads technology strategy, equipment selection, supplier engagement, business cases, controls integration, commissioning, connected factory initiatives, and manufacturing system standardization. Partners cross-functionally to improve safety, quality, productivity, labor efficiency, and operational scalability.

Develop and maintain manufacturing methods, operating sequences, and processes for parts, subassemblies, and final assemblies. Coordinate product improvements, apply engineering and DFx principles to reduce costs and improve quality, establish time standards, recommend tooling, develop test procedures, and investigate assembly or system-test issues. Perform PFMEA, identify root causes, implement corrective actions, and support lean, automation, and continuous-improvement initiatives in a semiconductor manufacturing environment.