Top Manufacturing Engineer Jobs

Lead end-to-end development and commercialization of implantable MEMS heart-failure sensors. Drive design, manufacturability, embedded software and circuit tuning, create manufacturing documentation and training, support pilot-to-production transfers, and lead root-cause investigations for manufacturing and field issues.

Develop and improve manufacturing processes, tooling, fixtures, and inspection/test plans for power propulsion and generation programs. Guide design for manufacturability, implement statistical process control, ensure regulatory compliance, troubleshoot equipment performance, and support CapEx projects with machinists and technicians to deliver precision parts.

Develop and launch 4/5-axis machining processes from workholding design through CAM programming and simulation. Collaborate with QC on inspection processes and support shop floor personnel during part launch, optimizing tooling and setups for hard-metal components.

Design, build, and deploy automated manufacturing and test systems including robotics, fixtures, tooling, and workcells. Collaborate with manufacturing, test, and quality teams to define requirements, validate safety and function, troubleshoot and improve automation for reliability, and produce SOPs and maintenance documentation. Hands-on role combining design, coding, assembly, implementation, validation, and hardware debugging.

Design and build proprietary manufacturing and test equipment for robotic surgical systems from concept through production. Lead mechanical and mechatronic design, validation (IQ/OQ/PQ, DQ), documentation, commissioning, troubleshooting, vendor coordination, and project management to support regulated manufacturing and product launches.

Develop, design, and implement cost-effective manufacturing processes, equipment, and layouts. Create drawings, bills of materials, budgets, and work instructions. Support installation, testing, and launch of new or revised equipment; analyze processes for cost, quality, and efficiency improvements. Collaborate with operations, suppliers, and cross-functional teams; support welding, painting, and fabrication operations and provide training and operator support.

Provide manufacturing and quality engineering technical support to production, lead new product introductions, implement process and equipment improvements, perform problem-solving (8D/5 Why/A3), run DOE/DOE studies and SPC, manage non-conformances and customer corrective actions, and train/lead manufacturing teams to improve quality, cost, and safety.

Lead manufacturing systems engineering for IRCM/RFCM product lines: develop manufacturing plans, readiness assessments, automation designs, cost models, and maturity plans; drive digital transformation, capital/NCTA/CRAD planning, and cross-functional producibility solutions to prepare programs for production.

Support and improve diffusion and single-wafer manufacturing processes for 300mm analog fabs. Implement process improvements, perform lot/equipment dispositions, support ramps and experiments, analyze data, and resolve process/equipment issues to improve yield, cost, efficiency, and quality.

Lead and execute manufacturing quality initiatives for Nike Air products, using FMEA, control plans, SPC, and RCA to reduce scrap, CoPQ, and claims. Drive corrective actions, work cross-functionally with manufacturing and suppliers, and improve quality management systems and processes.

Develop and manage manufacturing sequences, BOMs and BOPs in Teamcenter; support NPI process flows, cycle time targets, training, and lean manufacturing improvements in a cleanroom high-tech factory environment.

Lead quality engineering for an electronics manufacturing facility: validate first-article PCBs/assemblies, manage test equipment calibration and ESD program, drive RCA/CAPA, author QA documentation and work instructions, support supplier quality and audits, mentor junior staff, analyze quality metrics, and ensure ISO/AS9100 compliance.

Lead plant quality operations: root cause analysis, PFMEA and control plans, audits, supplier quality, continuous improvement, KPI reporting, and support new product launches to ensure compliance and reduce scrap.

The Manufacturing Process Engineer manages engineering activities for production teams, focusing on safety, quality, productivity, and process improvement, while supporting team development and collaboration.

Lead and execute machining and manufacturing engineering projects across sites, support new program launches and complex machining introductions, perform manufacturability reviews and risk mitigation, drive continuous improvement (cycle time, yield, scrap), support NC programming and process optimization, deploy CNC equipment/automation/probing and digital workflows, and act as technical liaison to facilitate cross-site integration and knowledge transfer.

Drive continuous improvement to eliminate production losses using data analysis and root-cause problem solving. Apply SPC, DOE, Lean tools, and process validation; lead implementation, train technicians, support quality systems, and deliver cost and productivity improvements.

Lead technical strategy and continuous improvement for Hytrel® and Vamac® polymerization processes. Drive projects that improve safety, uptime, product quality, yield, and capacity. Troubleshoot manufacturing and quality issues, mentor operations, maintain process technology documentation, and collaborate across sites and technical teams to implement scalable manufacturing solutions.

Design, implement, and maintain DCS/PLC-based process automation systems; develop HMIs/visualizations; coordinate projects, procurement, installation, commissioning, and maintenance; troubleshoot control logic; analyze control data for optimization; maintain documentation and ensure QMS and safety compliance.

Lead scaling and qualification of photovoltaic manufacturing processes and equipment. Define requirements, troubleshoot, run DOE/SPC-based experiments, engage vendors, document control plans/FMEAs, mentor staff, and drive Six Sigma continuous improvements to achieve robust 24x7 production.

Design, develop, install, test, and maintain electrical systems for mill equipment. Create drawings, procure components, oversee commissioning, implement preventive maintenance, train staff, and ensure safety and compliance.

Design, build, and deploy manufacturing automation equipment and test systems to increase throughput, quality, and efficiency. Lead automation from concept through production, integrate hardware/software, support NPI transitions, perform ROI and process capability analysis, and collaborate with cross-functional teams to scale production.

Own and optimize CNC machining value-streams from raw stock to finished parts: improve spindle utilization, reduce setup and downtime, manage SAP scheduling and tool programs, lead SYNCHRO+ and lean initiatives, author factory standards and routings, drive OEE and quality improvements, and support process development in welding and secondary operations.

The Manufacturing Test Engineer will develop and improve test procedures, resolve manufacturing test issues, and create standard operating procedures. The role involves collaboration with internal teams and contract manufacturers.

Support, sustain, and troubleshoot manufacturing processes and equipment; run process experiments, collect and analyze data, and report results. Apply SPC and structured problem solving (e.g., DMAIC) to resolve production and yield issues. Maintain and improve equipment (vacuum deposition, coatings, laser scribing, module assembly, automation), draft work instructions, coordinate with production/maintenance/suppliers, and adhere to safety and housekeeping standards.

Support and sustain manufacturing processes and equipment, troubleshoot day-to-day production issues, execute process experiments, collect and analyze data, support equipment qualification and SPC, draft work instructions, and collaborate with production, maintenance, suppliers, and engineering to improve yield, quality, and reliability.