Top Manufacturing Engineer Jobs

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.

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.

Lead hands-on process improvement and manufacturing engineering for modular sawmills: stabilize production, troubleshoot downtime and defects, optimize takt time and line balance, implement equipment/tooling/automation, run Kaizen/5S initiatives, enable new product introductions and scaling, and build production metrics to drive data-led operational improvements.

Lead NPI from design through production ramp for UAV systems: develop/validate manufacturing and test processes, design tooling/automation, drive DFM/DFA/DFT, ensure manufacturing readiness, implement lean practices, maintain documentation, troubleshoot production issues, and ensure compliance with aerospace standards.

Lead NPI for new UAV systems from concept through production ramp (EVT/DVT/PVT/LRIP). Develop and validate manufacturing/test processes, tooling, automation, and documentation. Drive DFM/DFA/DFT, PFMEA, control plans, Lean improvements, root cause analysis, and cross-functional alignment to ensure manufacturability, quality, scalability, and compliance with aerospace/defense regulations.

Develop and validate CNC programs and tooling using CAM (e.g., Mastercam), lead quoting and cost analysis, drive Lean/Six Sigma process improvements, and support shop-floor safety and production planning.

Serve as technical liaison to suppliers, assessing and improving manufacturing capacity and capability. Drive producibility reviews, manage change requests, coordinate with supply chain and production stakeholders, and support cost, schedule, and quality goals. Requires supplier visits and collaboration across engineering and operations to mitigate risks and implement process improvements.

Support and improve plant manufacturing methods and facilities, develop processes, tooling and production controls, set up and validate new equipment, perform CNC programming and tool design, manage capital equipment planning and procurement, troubleshoot manufacturing software, and lead Lean/5S/Kaizen continuous improvement activities while supporting Materials, Quality, and Safety.

Lead manufacturing process design, qualification, validation, and troubleshooting for peripheral vascular medical devices. Drive new product and technology development, design and develop manufacturing equipment, oversee cleanroom operations, perform risk analysis and design control, source and evaluate suppliers, mentor engineering teams, and manage cross-functional projects to optimize cost, quality, and delivery.

Serve as technical lead for peripheral vascular medical device manufacturing: lead process design and improvement, qualify/validate processes and equipment, troubleshoot quality and production issues, drive NPD and Six Sigma projects, manage supplier evaluation, oversee cleanroom operations, mentor teams, and coordinate cross-functional projects to optimize processes and costs.

Shop-floor focused manufacturing engineer who supports daily ASME pressure vessel production, troubleshoots process and quality issues, leads root-cause analysis and continuous improvement, ensures ASME and regulatory compliance, specifies and commissions equipment, and collaborates with Product Engineering, Quality, Maintenance, and Operations.

Lead human factors and UX efforts for manufacturing operations: analyze ergonomics, design interfaces, develop work instructions and learning materials, perform task and root-cause analyses, create wireframes/prototypes and interaction models, mentor teams, and drive human-centered improvements to production processes and tools. Initial focus on assessing current operations and improving execution; longer-term focus on embedding human-centered design into production planning and sustaining execution.

Lead process and equipment design, optimization, and capital projects to improve production efficiency, quality, and safety. Apply Lean/Six Sigma methods to reduce waste, analyze OEE and cycle-time data, develop SOPs, troubleshoot electromechanical equipment, and partner with Production, Quality, Maintenance, and R&D to support NPI and continuous improvement.

Evaluate and improve manufacturing processes for large modular assemblies, lead continuous improvement projects, support production troubleshooting and new product introductions, optimize factory layout and material flow, develop ROI business cases for capital investments, and collaborate with operations, engineering, quality, procurement, and vendors.

Own technical production areas, design and improve manufacturing processes, implement equipment and process improvements, create work instructions, diagnose quality issues, support production handoff, film/analyze operations, deliver multiple multi-week improvement projects per year, engage with customers and attend industry events, and champion lean manufacturing and continuous improvement on the shop floor.

Develop and maintain manufacturing methods, processes, and test procedures for parts, subassemblies, and final assemblies. Coordinate product releases, estimate and reduce costs using DFx and lean principles, set time standards, recommend tooling, perform root cause analysis and Process FMEA, and drive continuous improvement and automation to improve quality and productivity.