Top Manufacturing Engineer Jobs

Lead process optimization, quality control, and maintenance initiatives for aerospace manufacturing. Implement validation, reliability-centered maintenance, and manufacturing/maintenance management software. Mentor junior staff and lead cross-functional projects to improve efficiency and reduce downtime.

The Manufacturing Engineer III leads process optimization projects, develops quality control measures, and enhances manufacturing processes while collaborating across teams.

As a Senior Heat Treat Process Engineer, you will optimize heat treatment processes for aerospace components, ensuring compliance with quality standards and driving innovation in production methods.

Lead supplier selection, qualification, and new-product introduction for electromechanical components (wire harnesses, PCBAs, motors). Improve supplier quality, cost, delivery, and capacity; drive root-cause analyses and supplier corrective actions; define technical/quality requirements; and collaborate cross-functionally to ramp parts to volume production.

Lead deployment of digitization and Industry 4.0 solutions in seating manufacturing. Plan, execute, and validate robotics, PLCs, MES/SCADA, IIoT sensors, and vision systems; program and troubleshoot automation; drive data-driven continuous improvement using OEE and downtime analytics; manage vendors, documentation, training, and compliance.

Develop and document robust high-pressure die-cast finishing processes, manage timelines and issue resolution, support quoting, conduct manpower/time studies, ensure build standards compliance, and drive continuous improvement on automated assembly lines.

Designs, documents, and implements high-volume drivetrain manufacturing processes. Supports automation (robotics, PLCs), CNC programming, process development, layouts, PFMEA/control plans, quality standards, plant startups, troubleshooting, continuous improvement, and production support.

Provide engineering support to design and manufacture fixtures, machines, and tools while ensuring ergonomic, safety, and regulatory compliance. Conduct plant hazard surveys, assist with FMEA, and support OSHA, ISO 14001, quality, environmental, and material management systems. Promote safety and continuous improvement across manufacturing processes.

Lead production line performance and continuous improvement for manufacturing of high-pressure die cast structural components. Manage capital projects, design tooling and fixtures, troubleshoot complex machining issues (4/5-axis CNC), apply structured problem solving (8D, DMAIC), develop process documentation and operator training, and support quoting, timelines, and customer/supplier interactions.

Lead process development, production start-up and continuous improvement for automotive exterior glass manufacturing. Specify and source equipment, create standardized work and manufacturing prints, support PFMEA, train staff, troubleshoot machinery, ensure compliance with IATF 16949/ISO14001 and safety standards, and drive lean/CI initiatives across projects.

Lead and implement Lean initiatives (Kaizen, 5S, VSM) to improve productivity, reduce waste, and optimize flow. Analyze KPIs (OEE, cycle time, scrap), standardize work, support line balancing, train staff, facilitate Kaizen events, ensure IATF 16949/Core Tools compliance, and collaborate with Production, Quality, Engineering, and Maintenance.

Own end-to-end manufacturing process development, validation, and continuous improvement for cold-stamp production. Support launch to serial production, drive quality and cost targets, lead root-cause analysis, PPAP, PFMEA, control plans, capability improvements, fixture maintenance, and Lean initiatives while collaborating with Production, Quality, and Maintenance.

Own end-to-end manufacturing process development, validation, and continuous improvement from launch through high-volume serial production. Support equipment installation, PFMEA, PPAP, capability studies, troubleshooting, fixture validation, and cross-functional collaboration to meet quality, safety, delivery, and cost targets while enforcing IATF and ISO requirements.

Own end-to-end manufacturing process development and validation for hot stamping. Support equipment installation, PFMEA, control plans, capability improvements, root-cause analysis, PPAP, continuous improvement, fixture maintenance, and cross-functional production support to meet safety, quality, delivery, and cost targets.

Develops and implements manufacturing processes for avionics assemblies, creates work instructions/MBOMs, reviews designs for manufacturability, troubleshoots production issues, drives corrective actions, and supports NPI to full-scale production in cross-functional teams.

The role focuses on improving PVD and CVD manufacturing performance, reducing risks, managing capacity, and collaborating with various engineering teams to enhance fab efficiency.

Lead and mentor manufacturing engineers in producing flight-ready mechanisms, coordinate cross-functional builds, and provide technical leadership in a rapidly evolving environment.

The Manufacturing Engineer will oversee supplier processes, ensure production readiness, qualify new parts, and drive continuous improvement in robotic hardware production.

Responsible for improving manufacturing processes, creating process plans, and advising on design for manufacturability while collaborating with engineering teams in a CNC machining environment.

The Manufacturing Engineer develops manufacturing processes to optimize efficiency, collaborates with various teams, and implements Lean Manufacturing tools while requiring significant travel.

Lead build, test, and delivery of engine or vehicle hardware; develop build flows, work instructions, and test procedures; support first article builds; provide hands-on floor support and root-cause resolution; coordinate across design, supply chain, production, and test; contribute to long-term manufacturing systems, tooling, and ERP/MES workflows to enable scalable production.

Develop and implement manufacturing processes, lead root cause analysis and corrective actions, drive Lean/Six Sigma process improvements, perform preventive maintenance, create SOPs and work instructions, read technical drawings, analyze production data, and collaborate cross-functionally to improve quality, safety, and efficiency in aerospace manufacturing.

Develop and implement manufacturing processes to improve efficiency, quality, and safety. Perform root cause analysis and corrective actions, lead Lean/Six Sigma process improvements, conduct process validation, support preventive maintenance, create SOPs/work instructions, read engineering drawings/schematics, analyze production data, and collaborate cross-functionally to optimize production and resolve technical issues.

The Manufacturing Engineer coordinates with teams to develop manufacturing plans, implement technologies, and improve processes in aerostructures production.

Manufacturing Engineers at BAE Systems develop and implement processes on the factory floor, utilizing Lean Six Sigma principles to enhance product quality and efficiency.