Top Manufacturing Engineer Jobs

Design, implement, and optimize in-house capacitor production processes. Lead cross-functional projects to increase throughput, develop process control and safety practices, collect production data to identify bottlenecks, and deploy equipment or automation solutions. Identify high-ROI capital and software investments and collaborate with Supply Chain, Production, Finance, and Facilities to enable current output and future high-volume manufacturing.

Design, implement, and optimize in-house capacitor production processes. Manage projects to increase throughput, develop production business processes, collect and analyze production data to remove bottlenecks, and identify high-ROI equipment and automation for scaling to high-volume manufacturing.

The NPI Manufacturing Engineer will collaborate with R&D teams, optimize manufacturing processes for new products, and lead risk analysis to improve product quality.

The Forward-Deployed Manufacturing Engineer will travel to customer sites, implement equipment, optimize algorithms, and build relationships to enhance electronics manufacturing processes.

Lead development and maintenance of BOMs, routings, standard work, and ERP manufacturing data to ensure production readiness. Drive process optimization, tooling, plant layout, NPI support, and continuous improvement (Lean, 5S, Kaizen). Collaborate with Engineering, Operations, Quality, and Supply Chain, mentor junior engineers, and ensure safety and compliance in a heavy manufacturing environment.

Develop and implement manufacturing methods, process sequences, and test procedures for new product launches. Coordinate engineering change releases, estimate costs and time standards, recommend tooling, perform PFMEA and root-cause/failure analysis, and drive continuous improvement using DFx, lean, and automation principles to improve quality and reduce costs.

Operate and maintain automated food-production equipment, perform planned and unplanned maintenance and calibration, assist with receiving, quality checks, sanitation, packaging, and shipping. Cross-train across manufacturing tasks, support continuous improvement and validation trials, and travel for initial training. Work 12-hour on-site shifts in San Leandro, CA, with opportunities for shift leadership as the operation expands.

Develop, optimize, validate, and sustain precision machining processes. Troubleshoot machining and tooling issues, design fixturing, lead continuous improvement and Lean initiatives, support product introductions and customers, train shop personnel, and maintain process documentation and quality compliance.

Design, develop, and improve manufacturing processes and layouts; analyze equipment failures; support equipment validation, GMP compliance, PFMEA and control plan development; write work instructions; coordinate with production and customers to meet quality, cost, and delivery goals; apply statistical methods and simulations for continuous improvement.

Design, develop, and implement manufacturing processes for aerospace engines. Create work instructions, tooling, and inspection plans; support DFM/DFA/DFT, FMEAs, root-cause analysis, and process validation. Collaborate with design, quality, supply chain, and production to improve throughput, reduce cycle time, and ensure compliance with AS9100/ISO 9001.

Design and develop tools, fixtures, and production processes; manage new tool builds and production launches; document setups and procedures; provide technical production support, troubleshoot non-conforming tooling/equipment/processes, and develop product protection and packaging plans.

The Quality Manufacturing Engineer ensures production goals are met, leads corrective actions, improves quality processes, and interfaces with suppliers and internal departments.

Develop and optimize CNC machining programs and processes for mills, lathes, and multi-axis centers. Create setup sheets, tooling/fixture designs, and work instructions while troubleshooting production issues and supporting NPI. Lead continuous improvement efforts to reduce cycle time, scrap, and costs and provide technical training to production teams.

Lead process development and improvement for precision fixturing and tooling for aerospace flight hardware. Support production through SPC, work instructions, cross-functional coordination, training, tooling procurement, and continuous quality and efficiency improvements.

Support shop floor operations for metallic machined components, develop manufacturing plans, troubleshoot issues, and ensure process efficiency.

The Senior Manufacturing Engineer leads the design, optimization, and improvement of manufacturing processes, mentors engineers, and ensures project alignment with operational objectives.

Support quoting through production by translating customer requirements into shop-floor execution. Design cost-effective routing, develop routers, identify fixturing/tooling, troubleshoot processes, and provide technical guidance to machinists and fabricators while collaborating across departments.

The Manufacturing Engineer supports manufacturing operations, focusing on efficiency, quality, and cost reduction while collaborating with internal teams and contract manufacturers.

Design, commission, and optimize CNC manufacturing and assembly processes for new product introductions. Support the shop floor, develop tooling, layouts, and manufacturing cells, establish product acceptance criteria, coordinate vendors, and assist quality and materials teams to meet cost and productivity targets.

As a Staff Process Manufacturing Engineer, you'll optimize manufacturing processes, improve yield, conduct root cause analyses, and implement LEAN initiatives for optical modules.

The Manufacturing Engineer will enhance manufacturing processes, collaborate on product design, implement lean principles, and troubleshoot production issues to ensure quality solutions.

Support manufacturing operations and continuous improvement by installing, commissioning, troubleshooting, and maintaining automation and electromechanical equipment. Drive process improvement, manufacturability reviews, production setup for new products, root-cause analysis, documentation, and performance reporting while collaborating with cross-functional teams to ensure quality, safety, and regulatory compliance.

The Manufacturing Engineer will optimize manufacturing processes, ensure efficiency and quality, collaborate with teams, conduct root cause analysis, and lead continuous improvement initiatives using Lean and Six Sigma methodologies.

The Optical Manufacturing Engineer leads the technical authority for optical manufacturing, optimizing processes, driving improvements, and providing cross-functional collaboration to meet production goals.

Lead design and implementation of manufacturing processes for medical devices, drive process improvements, support new product transfers, use statistical methods (DOE, SPC), create project plans and documentation, collaborate cross-functionally, and support quality and regulatory requirements.