Top Manufacturing Engineer Jobs

Lead development, improvement, and documentation of manufacturing processes and tooling for final assembly; support factory troubleshooting, training, equipment procurement, and producibility reviews; drive yield, cost, and quality improvements and provide supplier and RFP input for process-related requirements.

Partner with maintenance and production to design and implement continuous improvement projects, troubleshoot equipment, perform root cause analysis, develop work instructions and CAD layouts, support equipment qualification/purchasing, and apply SAS for IoT to improve process quality and predictive maintenance.

Support photolithography manufacturing operations in a 300mm analog fab: drive lot escalations, equipment/process startups, experiments, yield and efficiency improvements, data analysis, and respond to onsite escalations including evenings and weekends.

Serve as the technical SME for manufacturing systems to support Production Operations. Lead integration and configuration of digital tools (ERP/PLM/MES), develop production schedules, perform data analysis, cost/risk assessments, process improvements, and collaborate across programs and supply chain. Drive material flow, documentation, and problem resolution while supporting testing and schedule management.

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.

Lead quality engineering for assigned medical device product lines: investigate failures, manage nonconformances, update risk analyses, define inspection plans, trend metrics, drive supplier quality, approve ECNs, and support validation and quality system improvements.

Design, develop, and support tooling and equipment for aerospace energetics manufacturing. Manage projects, procurements, vendor fabrication, inspections, stress/FE analysis, drawing review, and continuous improvement to meet cost, schedule, and quality objectives.

The Product Quality Engineer will manage customer issues, lead quality management activities, and drive quality improvements in semiconductor manufacturing.

Provide field service and technical support for KLA PCB/Orbotech systems: system commissioning, breakdown repairs, preventative maintenance, customer interfacing, and detailed diagnostics of pneumatic, vacuum, electronic, and computer components. Maintain field reports and represent company values.

Lead complex manufacturing quality investigations (NCMR, CAPA, complaints), drive defect-reduction and continuous-improvement projects, support validation/process changes, mentor junior quality engineers, and maintain process-control health and audit readiness.

Own manufacturing execution systems and documentation for NPI and scale-up: create part numbers, BOMs, routings, travelers, work instructions, and define data capture requirements. Configure and validate Epicor/MES integrations, support pilot builds and launch readiness, and coordinate cross-functional stakeholders to ensure traceable, repeatable production.

Provide field service and technical support for KLA PCB/Orbotech systems: commission systems, diagnose and repair pneumatic, vacuum, AC/DC electronic and computer issues to component level, perform preventative maintenance, complete field reports, maintain customer relationships, and travel extensively (50-60%).

Own end-to-end production test and provisioning for robot builds at a contract manufacturer: design/validate test protocols, build automated test infrastructure, provision firmware/images, drive KPIs (FPY, cycle time, coverage), lead RCA with cross-functional teams, and serve as on-site technical authority to train operators and improve production quality.

Develop, implement, and maintain ICT and flying probe test processes, programs, fixtures, and equipment. Support test equipment calibration, preventive maintenance, IQ/OQ, DFT analysis, yield improvement, failure analysis, and cross-functional release coordination. Provide troubleshooting, training, and documentation for manufacturing test operations.

Develops, implements, and maintains manufacturing test methods and equipment for electronic products. Troubleshoots yield issues, performs root-cause analysis, improves test processes, trains technicians, qualifies new testers, manages maintenance/calibration, and coordinates with customers and sustaining teams to improve test methodology and yield.

Designs and implements cost-effective manufacturing processes, leads process improvements, supports new product launches, creates process documentation (PFMEA, Process Flow), and trains production teams to improve quality and efficiency.

Lead scoping, planning, and execution of capital and process improvement projects in lumber manufacturing. Coordinate operations, maintenance, vendors, and contractors to deliver projects on time, on budget, and compliant with safety and regulatory standards. Provide technical troubleshooting, risk mitigation, continuous improvement, and contractor oversight, with hands-on onsite involvement as required.

Responsible for designing, implementing, and maintaining automated test systems in an electronics manufacturing environment, focusing on wireless communications. Collaborates with engineering teams on test plans and infrastructure improvements, while addressing production line issues and performing advanced failure analysis.

As a manufacturing test engineer, you will develop and support automated tests for sensors and ECUs in autonomous vehicles, collaborating with cross-functional teams to ensure product functionality and continuous improvement.

Lead foundry engineering for SiC/GaN power devices: develop and transfer technology to external foundries, drive process integration, yield/quality improvements, qualification, and ramp to mass production while coordinating cross-functional teams and suppliers.

Design and maintain SQL-based data pipelines and Power BI semantic models to transform ERP and manufacturing data into actionable dashboards and automated analytics. Partner with stakeholders to improve reporting accuracy, resolve data quality issues, support ERP modernization, and apply automation and AI tools to enhance operational decision-making.

Design, evaluate, and improve cooling tower systems for agricultural and industrial applications. Prepare calculations, drawings, specs, and technical documentation. Support sales, manufacturing, field commissioning, troubleshooting, testing, QA, and regulatory compliance while coordinating multidisciplinary engineering and continuous improvement efforts. Travel to sites and manufacturing facilities as required.

Develops clear fabrication and assembly work instructions for airframe structures, optimizes operation sequences, identifies materials/tools, initiates industrial process qualifications, and resolves production blockers through collaboration with technicians and customers.

Lead development and optimization of scalable manufacturing test systems for embedded and electro-mechanical robotic products. Define automated test strategies, own test platform lifecycle, support NPI, drive root-cause analysis, embed DFT/DFM, mentor junior engineers, and integrate test data and reporting for manufacturing quality and reliability.

Hands-on Process Engineer to program and optimize SMT/PCBA equipment, develop and validate reflow profiles, troubleshoot soldering defects, support NPI and continuous improvement, ensure IPC compliance, and provide cross-functional process support and documentation.