Top Manufacturing Engineer Jobs

Lead design, programming, commissioning, and validation of automated manufacturing equipment and robotics. Develop PLC/HMI code, electrical control panels, integrate vision and field networks, troubleshoot production systems, drive continuous improvement, perform FMEA and risk assessments, and create standards, documentation, and training for automation deployments in a medical-device manufacturing environment.

Support and improve manufacturing processes for liquid-cooled cold plates: troubleshoot on the shop floor, design fixtures, create work instructions, perform dimensional inspection and RCCA, support NPI, coordinate equipment changes, maintain tooling, and drive continuous improvement to ensure production readiness and quality.

Lead design and continuous improvement of manufacturing processes for modular enclosures and structural weldments. Develop documentation (BOMs, work instructions, routings), CAD fixtures, NPI activities, Lean improvements, ERP process integration, and maintain ISO 9001 compliance. Drive root-cause analysis (FMEA, SPC, 8D), mentor staff, and collaborate with Engineering, Operations, Quality, and Supply Chain to scale production and ensure manufacturability.

Design and optimize manufacturing processes for modular enclosures and structural weldments. Create process documentation, fixtures, BOMs, routings, and CNC programs. Lead NPI, apply Lean methods, support ISO9001 compliance, perform root-cause analysis (FMEA, SPC, 8D), integrate automation, and mentor technicians.

Lead design and continuous improvement of manufacturing processes for modular enclosures and structural weldments. Create process documentation, tooling/fixture designs, NPI plans, and ERP process controls. Apply Lean, FMEA, SPC, and 8D to optimize production, ensure ISO9001 compliance, integrate automation, and mentor technicians and junior engineers.

Lead development, deployment, and qualification of manufacturing workstations and equipment from benchtop prototypes to high-volume automated systems. Provide DFM feedback, select and partner with equipment integrators, install and commission equipment, create robust processes and documentation, resolve production issues, and train operations teams to enable safe, high-quality, high-uptime battery manufacturing.

Lead selection, scaling, optimization, and commissioning of calendaring, drying, and slitting equipment for high-volume iron-air battery manufacturing. Collaborate with process engineering and procurement, lead FAT/SAT, mentor technicians and junior engineers, and create safety and quality documentation to scale pilot processes to production.

Lead development, procurement, installation, and qualification of manufacturing workstations and equipment for high-volume battery production. Provide DFM feedback, select integrators, create processes and documentation, debug equipment/process issues, and train operations to achieve safe, high-quality, high-uptime manufacturing.

Lead design and deployment of highly automated manufacturing work cells, collaborate across design, production, supply chain, controls, software and robotics, apply DFM, troubleshoot and optimize equipment, identify automation opportunities, and drive upgrades to enable scalable, high-reliability production.

Plan and optimize plant processes, equipment layout, and workflow to improve efficiency and reduce costs. Support root cause analysis, continuous improvement, time studies, capital projects, mold moves, and quality initiatives while providing technical input on tooling, automation, and product quality.

Leads site-wide 5S and continuous-improvement initiatives, including audits, training, corrective actions, and KPI reporting. Designs and manages an improvement-idea program, prioritizes and pilots process improvements, and scales successful solutions. Integrates safety and compliance, maintains SOPs and a centralized CI repository, coaches lean champions, collaborates across production and engineering teams, and presents executive reports on cost savings, safety impact, and ROI.

Develop and scale airframe composite manufacturing operations from the ground up. Translate engineering designs into manufacturing plans, processes, tooling, work instructions, and build sequences. Support composite layup, bonding, curing, trimming, assembly, inspection, and rework while resolving production-floor issues. Collaborate with design, tooling, quality, production, suppliers, and technicians; design fixtures, conduct first article inspections, provide DFM feedback, and improve manufacturing throughput and quality.

Develop, optimize, and validate high-volume machining and cold forming processes; design and qualify tooling; lead NPI, PPAP/FAI and production launches; troubleshoot production onsite; drive continuous improvement, supplier development, and cross-site standardization. Frequent travel to plants and suppliers.

Lead commissioning and production readiness for high-volume advanced-materials manufacturing lines. Design and optimize workflows, implement MES and process-monitoring systems, establish qualification protocols, define process controls, and build quality-management infrastructure. Translate developmental materials processes into repeatable, scalable manufacturing while driving root-cause analysis, corrective action, safety, and continuous improvement. Collaborate cross-functionally with equipment and process engineering teams in a resource-constrained startup environment.

Supports manufacturing quality by analyzing defects, troubleshooting design and process issues, implementing corrective actions, and improving process capability. Develops standard work and controlled documentation, leads problem-solving and Lean initiatives, provides technical quality assistance, and represents Quality on project teams. The role also monitors technology trends, supports inspection methods, and collaborates with stakeholders to improve processes, reduce waste, and maintain customer satisfaction.

Develops and maintains automated manufacturing test systems, software, fixtures, interfaces, and test infrastructure for wireless communications products. Partners with engineering and contract manufacturers on design for testability, NPI launches, production deployment, troubleshooting, data analysis, root cause investigation, and continuous improvement. The role supports RF test equipment integration, test coverage, yield, cycle time, documentation, equipment calibration, training, and ISO 9001 compliance. Travel is approximately 15%.

Lead design and optimization of manufacturing work centers, drive continuous improvement using Lean tools, reduce cycle time and waste, support equipment installations and cross-functional rollout, and develop standardized work procedures and training to improve productivity, quality, safety, and cost.

Develop, release, and support automated manufacturing test solutions for sensors and ECUs across PCB, module, system, and vehicle levels. Create test scripts, control instruments, capture and analyze test data, collaborate with electrical and software teams, and drive continuous improvement and test coverage.

Develop, implement, and maintain safe, ergonomic, and cost-effective manufacturing processes. Lead continuous improvement, support product design for manufacturability, participate in SPPD/APQP, aid production and quality in daily issues, and support TS16949 certification and customer resolutions.

Support and improve SMT production processes: inspect PCBs and equipment, perform failure analysis, implement process improvements, lead SMT operators and technicians, monitor quality, and record data to boost yield and efficiency.

As a Manufacturing Engineer, you will support EHS improvements, lead value stream projects, improve manufacturing operations, and troubleshoot production issues.

The Advanced Manufacturing Engineer develops and supports high-volume metal manufacturing processes, focusing on machining and cold forming, requiring significant travel for support and validation.

This role involves developing quality systems, regulatory strategies, manage documentation and projects, and ensuring compliance with relevant regulations and standards.

The Manufacturing Engineer maintains and improves manufacturing procedures, resolves technical issues, generates validation protocols, and trains technicians on production methods.

The Manufacturing Engineer I supports product manufacturing, troubleshooting process issues, improving manufacturing costs, and ensuring compliance with regulations.