Top Manufacturing Engineer Jobs

Lead process development, NPI launch readiness, and continuous improvement for medical device contract manufacturing. Create routings, fixtures, validations, and work instructions; execute MRB/CAPA/ECO activities; ensure FDA/ISO compliance and collaborate with customers and suppliers to improve quality, cost, delivery, and safety.

The Senior Manufacturing Engineer provides technical leadership in machining processes, leads projects, mentors staff, and drives continuous improvement in manufacturing.

The Manufacturing Engineer optimizes manufacturing operations, ensures process compliance, drives efficiency, and supports new product introductions while collaborating with multiple internal teams and contract manufacturers.

Support CNC manufacturing by developing routing instructions, improving tooling/processes and productivity, troubleshooting machining problems, programming and setting up CNC machines, planning facility and workflow layouts, performing time studies, and training operators to improve part quality and efficiency.

The Manufacturing Engineer optimizes warehouse operations, improves material flow, develops standard processes, and implements Lean tools to enhance efficiency.

Lead manufacturing and test operations for aerospace products: improve manufacturability, develop processes and production plans, manage teams of engineers/technicians, ensure cost/schedule/quality requirements, and enforce compliance across programs. Provide technical leadership, resolve operational issues, and coordinate cross-functional execution.

Lead development and enforcement of manufacturing and test processes for aerospace products. Develop production plans, schedules, and forecasts; modify designs for manufacturability and cost reduction; lead junior engineers, planners, quality, test, and technicians; resolve operational issues and ensure program, customer, and government compliance; support integration and testing and improve factory operations.

Lead and improve manufacturing and test operations for aerospace products. Drive design-for-manufacturability, develop production plans and schedules, mentor junior engineers and technicians, ensure cost, schedule, quality, and compliance goals are met, and resolve operational issues across programs and facilities.

Lead global digital manufacturing transformation by defining roadmap, architecting analytics and AI solutions, integrating MES/SCADA/PLCs with cloud, developing predictive maintenance and anomaly-detection models, driving OEE and quality improvements, enforcing data governance, and scaling Industry 4.0 capabilities across sites.

Improve and optimize manufacturing processes, create work instructions and labor standards, support new product introductions (DFM, prototypes), drive continuous improvement (lean, 5S, kaizen), analyze productivity and cost, partner with Quality to resolve issues, and define tooling and equipment requirements while ensuring safety and quality compliance.

The Industrial Manufacturing Engineer optimizes production systems, implements lean initiatives, and ensures manufacturability while collaborating with various teams for continuous improvement.

The Excellerate Manufacturing Engineer leads manufacturing improvements, collaborates with production, develops facility layouts, ensures safety compliance, and optimizes processes.

The Manufacturing Engineer will define sheet metal manufacturing methods, optimize processes for production, and ensure compliance with aerospace standards, focusing on quality and efficiency.

The Senior Manufacturing Engineer leads process improvements, manages NPD projects, mentors junior engineers, and ensures compliance and operational excellence.

The Global Manufacturing Engineer provides technical support for global operations, collaborating on product development, improving manufacturing efficiency, and implementing best practices across teams.

The Manufacturing Engineer will evaluate and improve processes, ensure product quality, develop efficient methods, and comply with safety standards.

As a Manufacturing Engineer, you'll lead projects, facilitate process improvements, troubleshoot issues, manage ECOs, and mentor technicians.

The Manufacturing Engineer II is responsible for supporting production by troubleshooting equipment, improving processes, and leading initiatives for efficiency and quality. They collaborate with teams to implement improvements and design production equipment.

The NPI Manufacturing Engineer will lead projects from kickoff to production, ensuring compliance with design and quality standards, and collaborate with cross-functional teams to drive product launches.

Lead process and continuous improvement initiatives in a manufacturing facility using CAD for layouts, modeling, vendor integration, and project management. Manage ~$3M CapEx and $1M turnaround budgets, apply LEAN/Six Sigma, implement automation and PLC controls, and support operations to improve productivity. Hybrid role with occasional travel and irregular hours.

Support manufacturing by troubleshooting processes, implementing process controls, and designing tooling/fixtures. Use statistics, Lean and Six Sigma to improve quality, reduce variability, validate processes, and support new product introductions and capital projects while collaborating with production, QA, suppliers, and cross-functional teams.

Lead manufacturing engineering for the Sentinel program: develop and improve production processes, collaborate with design engineering, resolve complex process issues, support supplier planning and MRAs, create work/install instructions, train operators, provide on-site field support, and implement Lean improvements aligned to program schedules.

Support optics manufacturing by developing and optimizing thin-film coating processes, troubleshooting production, applying SPC and lean/Six Sigma methods, enabling NPPI, and partnering with manufacturing, quality, and maintenance to improve yield, throughput, and safety.

Lead NPI and DFMA for control electronics: review PCBA and enclosure designs for manufacturability, author manufacturing documentation, drive prototype-to-production transitions, develop rack-level integration processes, coordinate across sites and supply chain, and work hands-on with technicians for first-article builds and production readiness.

Manage BOMs for control system retrofits and upgrades, create control console manufacturing layout drawings, develop custom parts and Source Control Drawings (SCDs), resolve production and quality issues, optimize designs for manufacturability, and serve as liaison between Engineering and Production while collaborating with the PRU project team.