Top Manufacturing Engineer Jobs

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.

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.

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 high-volume 300mm wafer CMP manufacturing by implementing process and equipment improvements, driving efficiency/yield gains, performing dispositions, supporting ramp and experiments, and analyzing data for problem resolution.

The Senior Manufacturing Test Engineer develops automated test systems, collaborates across teams, troubleshoots issues, and ensures quality and performance for manufacturing devices.

Support metals manufacturing research, workforce development, curriculum and lab development. Perform applied research in casting, welding, forging, CNC machining, metallurgy, automation, and additive manufacturing. Provide technical support, data collection/analysis, proposal and technical writing, and industry engagement to secure funding and advance manufacturing initiatives.

Lead implementation, qualification, and maintenance of automation and capital equipment in a GMP-regulated manufacturing environment. Troubleshoot and optimize equipment, drive process improvements for capacity, quality, and cost, support validation and documentation, and provide technical training while collaborating cross-functionally.

Design, implement, and sustain production test systems and fixtures; debug failures at system, subsystem, PCB, and component levels; lead root-cause investigations; support NPI and manufacturing readiness; develop test procedures and documentation; drive continuous improvement and mentor manufacturing personnel.

Lead supplier feasibility assessments and vendor engagement, document design requirements, oversee pilot production and scale-up, establish manufacturing best practices, implement production quality control with quality engineering, and perform yield and failure analysis to ramp optics manufacturing to production volumes.

Lead process development and continuous improvement for grit blasting, surface preparation, and automated coating in a 24/7 automotive manufacturing environment. Drive yield, OEE, and quality improvements through APQP/NPI, 8D problem solving, PFMEA, control plans, SPC, Lean/Six Sigma, and cross-functional collaboration. Provide hands-on technical support, documentation, and metrics reporting.

Support high-volume 200mm wafer fab manufacturing by developing and implementing process improvements, executing equipment/process startups, performing lot and equipment dispositions, conducting process experiments and data analysis, and driving efficiency, yield, cost reduction, and quality improvements.

Configure and optimize production processes, develop and maintain manufacturing documentation and CAD models, design tooling, troubleshoot production issues, manage schedules and vendors, apply SPC and lean methods to improve yield, capacity, cost, and safety, and support factory data integration for predictive insights.

Lead manufacturing and supplier quality for FPGA products, driving supplier audits, root-cause analysis, CAPA, reliability testing, SPC-based improvement, and QMS compliance (ISO 9001, AS9100D, IATF 16949) across production and supplier sites.

Senior manufacturing engineer responsible for designing, developing, and validating scalable production processes for an implantable total artificial heart. Leads process validation (IQ/OQ/PQ/PPQ), automation, tooling procurement, GMP/ISO 13485 compliance, NC/CAPA investigations, cross-functional projects, mentorship, and manufacturing strategy to support commercialization and regulatory readiness.

Lead transition of NPI test solutions into scalable high-volume production. Develop test architectures, drive DFT, optimize yield and cycle time, deploy/qualify standardized testers across global CMs, manage change control, maintenance, and reporting to improve FPY and production capacity.

Design, develop, and maintain manufacturing test automation from PCBA to system level, build GUIs and web portals, support contract manufacturers, deploy infrastructure, troubleshoot test software and hardware defects, and integrate test data for traceability and yield improvement.

The Manufacturing Engineer develops CNC programs, optimizes machining processes, designs tooling, and supports new product launches while ensuring production efficiency and quality.

Support and improve diffusion manufacturing processes in a high-volume 300mm analog wafer fab. Implement process and equipment improvements, support ramps and startups, perform lot/equipment dispositions, run experiments, analyze data, and drive yield, efficiency, and quality improvements.

Lead and maintain quality standards for manufacturing processes, products, and suppliers. Conduct audits, root-cause investigations, CAPA management, supplier quality improvement, inspection/test design, and continuous improvement (5S/Kaizen). Support QA management, train staff, manage WIP/finished goods quality, and prepare QA reports while coordinating with Engineering, Operations, and suppliers.

Own, sustain, and improve manufacturing processes on the production floor to ensure stable, repeatable, and capable operations. Troubleshoot equipment and process issues, apply SPC and process capability analysis, lead root cause investigations, implement corrective actions, and support NPI, validations, and continuous improvement in an electronics manufacturing environment.

Lead design and deployment of advanced manufacturing processes and automation to improve quality, throughput, and cost. Collaborate with design, quality, and production teams, drive continuous improvement (Lean/Six Sigma), develop SOPs/control plans, and support process capability, data analysis, and test system integration for manufacturing excellence.

Lead development and implementation of advanced manufacturing processes and automation to improve quality, throughput, and cost. Collaborate with design, quality, and production teams, drive continuous improvement (Lean/Six Sigma), maintain SOPs and control plans, and lead cross-functional initiatives to integrate smart manufacturing and test systems.