Top Manufacturing Engineer Jobs

Improve pretreatment product quality and yield by analyzing and optimizing manufacturing processes, implementing lean initiatives, supporting new equipment installation and process validation, collaborating with Quality/Maintenance/Production, monitoring KPIs, and supporting launches of new automotive glass products.

Develop, qualify, and optimize Inconel LPBF manufacturing processes for high-volume production. Lead process development from print parameterization through production release, troubleshoot production issues, analyze manufacturing data, implement DOE/SPC-driven improvements, create process documentation, support equipment commissioning and IQ/OQ, drive continuous improvement (OEE, yield), and mentor technicians while ensuring safety and quality compliance.

Hands-on role supporting installation, operation, maintenance, troubleshooting, and repair of mechanical and electromechanical manufacturing equipment. Evaluate equipment performance, investigate root causes, implement corrective actions, assist with facility utility systems, recommend design/process improvements, support continuous improvement, and maintain engineering documentation.

Support installation, operation, maintenance, and repair of mechanical and electromechanical manufacturing equipment. Evaluate performance, investigate root causes, implement corrective actions, and assist with facility utility systems. Recommend design/process improvements, maintain engineering documentation, and participate in continuous improvement and reliability projects alongside operations teams.

Design, develop, and maintain probe cards and related processes. Troubleshoot, repair, and modify probe cards and metrology equipment; build prober device files; create reference files and image-capture routines; analyze tool data for improvements; manage vendor relationships, cost/ROI modeling, training, and documentation in Camstar/PCT.

Design, develop, and transition advanced automation and manufacturing process solutions for aerospace production. Provide tooling and producibility guidance, define assembly sequences, create work instructions and training, troubleshoot production issues, and implement corrective actions to improve efficiency, cost, and quality while interfacing with engineering, production, suppliers, and program leadership.

Design, develop, and transition advanced automation and manufacturing solutions for production. Provide manufacturability guidance, participate in tool design reviews, define assembly sequences, troubleshoot production issues, and implement corrective actions. Interface with engineering, production, suppliers, and program offices to improve efficiency, reduce cost, and ensure quality and producibility in a fast-paced aerospace environment.

Lead NPI manufacturing readiness for Remote AC and equipment racks, driving BOM/configuration control, system integration, supplier/CM validation, and floor support. Perform 3D model analyses, design reviews, RCCA, and FFF validation; troubleshoot line/system issues and enable technicians to ensure smooth transition to volume or contract manufacturing.

Designs, implements and maintains enterprise LAN/WAN, firewalls, wireless, SD‑WAN and fibre channel storage networks across multiple sites. Creates architecture, documentation, monitoring, and security procedures; performs troubleshooting, root cause analysis, and coordinates wiring and provider circuits. Supports IT projects and improves network efficiency, scalability and security.

Improve pretreatment product quality and output by analyzing and optimizing manufacturing processes, implementing Lean initiatives, supporting new equipment installation and process validation, collaborating with Quality/Maintenance/Production, monitoring KPIs, and supporting new automotive glass product launches.

Responsible for improving product quality and reducing scrap rates in the production process while supporting equipment maintenance and optimizing processes.

Lead manufacturing program setup: design fixtures, tooling, and line layout; procure and install equipment; create/update work standards in Teamcenter/Pro Planner; coordinate logistics, quality, utilities, and operator training to support mixed-model subassembly production.

The Manufacturing Engineer II will improve manufacturing processes, lead projects, and support daily operations through Lean manufacturing and engineering initiatives.

As a Manufacturing Engineer, you will lead manufacturing projects, implement process improvements, manage engineering changes, and mentor engineering technicians in a new facility.

Design, develop, and implement manufacturing and production processes for rocket engine assembly and test. Create work instructions, BOMs, routings; perform DFMA/PFMEA and root-cause analysis; design and qualify tooling and fixtures; manage build sequence, cost, quality, and schedule; apply lean methods and ensure AS9100-compliant processes. Collaborate with design, manufacturing, and test teams; troubleshoot equipment and support production improvements.

Develop and support internal and consumer applications end-to-end with emphasis on test and automation. Create and execute repeatable test plans and automated test scripts, verify system/hardware specs and referential integrity, interpret/modify code (C/C++, C#, Perl, scripts, queries), perform application-level configuration, and support lab-based testing. Role requires periodic travel to China for multi-week trips.

Design and validate manufacturing processes and fixtures; lead capital equipment and DFMA activities; collaborate with R&D, manufacturing, and quality across sites; create process documentation and facility layouts; oversee tooling builds, qualifications, and implementations; investigate new manufacturing technologies.

Support plant production by improving processes, reducing costs, developing SOPs, analyzing production data, providing capital expenditure guidance, and implementing lean and 8D problem-solving to resolve production issues.

Designs, implements, and supports electro/mechanical capital equipment and fixtures for silicon carbide fabrication. Optimizes manufacturing workflows, validates equipment, troubleshoots failures, performs qualification testing, trains operators, and collaborates with vendors to improve cycle time, capacity, quality, and on-time delivery.

The Manufacturing Engineer provides production support, manages improvement projects, designs tooling, and troubleshoots equipment issues while ensuring operational efficiency and cross-training.

The Manufacturing Engineer will manage project activities relating to product design, modifications, manufacturability studies, and documentation, ensuring project success through collaboration and technical leadership.

The Manufacturing Engineer will guide continuous improvement in manufacturing processes, facilitate cross-functional initiatives, develop performance metrics, and foster an engaged workforce while complying with EHS regulations.

Lead transition of propulsion products from development to production. Own fabrication, assembly, integration, checkout, and qualification of engine hardware. Drive process improvements, investigate failures, implement corrective actions, create assembly/checkout procedures, participate in design reviews, and improve manufacturability.

Lead transition of propulsion products from development to production. Own fabrication, assembly, test, and delivery of engine and fluid-system components. Drive process development, failure investigations, and corrective actions. Create assembly, checkout, and qualification procedures; participate in design reviews and implement manufacturability improvements to increase rate and reduce cost.

Own the transition of propulsion components from development to production: develop and qualify manufacturing processes, write assembly and checkout procedures, lead failure investigations, implement corrective actions, improve producibility and cost, and collaborate with design and technician teams to deliver flight-ready engines and fluid systems.