Top Manufacturing Engineer Jobs

Develop and maintain machining process routings, coordinate cross-functional teams, optimize machining workflows, support tooling/equipment and project introductions, document procedures, and train operators to improve production efficiency and quality.

Lead development and optimization of scalable manufacturing processes, tooling, and prototype-to-production builds for the ES-30 aircraft. Collaborate with technicians, design, quality, and suppliers to implement DFM/DFA feedback, in-line quality checks, SOPs, and continuous improvement to achieve production rates and regulatory compliance.

The Manufacturing Engineer oversees production line equipment, evaluates processes for efficiency, establishes quality controls, develops training, and manages procurement and maintenance processes.

Drive continuous improvement in production by analyzing processes, performing root cause analysis, implementing process re-engineering, coordinating product launches, tracking KPIs, training operators, and proposing sustainable improvements to quality, cost, safety and delivery across multiple manufacturing sites.

Support manufacturing of electrical assemblies by documenting processes, troubleshooting issues, designing and implementing tooling, creating work instructions, improving safety/productivity/quality, deploying new parts to production, and specifying facility layouts and equipment. Work closely with production personnel to solve problems and implement solutions.

Develop and improve manufacturing processes and equipment for sprinkler and valve production. Manage projects, specify and commission capital equipment, document quality processes (PFMEA, control plans, work instructions), troubleshoot production issues, analyze data for process improvements, implement engineering changes, and provide training and guidance to production staff.

The Manufacturing Engineer plans, organizes, and coordinates manufacturing engineering objectives, improves processes, manages costs, and collaborates on new product designs while implementing Lean Manufacturing principles.

Lead and execute manufacturing process and improvement projects, support product launches, design and integrate tooling/equipment, troubleshoot and optimize processes, train operators, support quality and R&D, and scope capital projects to improve safety, yield, and performance.

Design and implement repeatable manufacturing processes for rocket engines, create work instructions and process documentation, support DFM/DFA/DFT, evaluate and deploy manufacturing methods, lead root-cause analysis and corrective actions, participate in FMEAs and validation, and ensure compliance with AS9100/ISO9001 while collaborating cross-functionally to improve throughput and quality.

The Manufacturing Engineer leads process improvement initiatives in manufacturing, ensuring workflow efficiency, managing projects, and supporting cross-functional audits and documentation efforts.

Lead and develop the Manufacturing Engineering team to drive process improvements, capital projects, lean initiatives, and manufacturing capability expansions to improve safety, quality, delivery, and productivity for motor and electronics production.

Drive manufacturing process excellence and quality across multiple sites through Lean and continuous improvement (Kaizen, 5S), root cause analysis, process validation, and support for new product introductions and standardization.

Lead manufacturing process engineering for electronic and electromechanical products across NPI through end-of-life. Drive supplier transfers, manufacturability, yield, quality (PPM/COPQ), test troubleshooting, root-cause/corrective actions, and continuous improvement while coordinating with Operations, Quality, Supplier Management, and customers.

The Manufacturing Engineer will optimize machining processes, design fixtures, improve product manufacturability, and train machine operators.

As a Manufacturing Engineer, you'll develop safety, quality, and cost improvements, troubleshoot production issues, lead product scale-ups, and train teams in a 24/7 environment.

Improve pretreatment product quality and output by analyzing and optimizing manufacturing processes, implementing lean and continuous improvement (Kaizen, 5S, Six Sigma), supporting new equipment installation and process validation, collaborating with Quality/Maintenance/Production, monitoring KPIs (cycle time, yield, downtime), and supporting launches of automotive glass products.

The Manufacturing Engineer will optimize machinery, streamline production processes, and manage workflows to enhance efficiency in manufacturing operations.

The Manufacturing Engineer Intern supports engineering activities for process optimization, compliance, and continuous improvement in a regulated environment.

Lead product industrialization for headlamp/tail lamp from award to start of production: design for manufacturability, define equipment specifications, manage equipment builder validation, install and validate equipment on-site, develop process settings and capability, train manufacturing staff, run full production to meet cycle time, headcount and downtime KPIs, and demonstrate line at rate for the customer.

Lead Design for Excellence (DFX) across NPI and sustaining products to ensure manufacturability, testability, cost optimization, and production readiness. Develop and qualify manufacturing processes, tooling, and test strategies; drive process capability, yield improvement, and continuous improvement (FBS/Lean). Partner with design, operations, supply chain, and quality.

Provide manufacturing engineering support for assigned cell(s): implement lean initiatives, review and implement ECNs, design tooling/equipment, create shop floor instructions, assign part locators, maintain layouts, lead continuous improvement and SWAT teams, and support capital upgrades.

Design production hardware, test equipment, and Electromechanical Systems. Manage contract manufacturers and work with PCBAs and electronics enclosures.

The Manufacturing Engineer II develops and implements assembly processes, recommends improvements, coordinates new product launches, and maintains assembly technical standards.

The Manufacturing Engineer will coordinate and enhance manufacturing processes by developing instructions, analyzing efficiencies, and communicating with stakeholders to ensure high-quality production.

Translate engineering drawings into detailed manufacturing plans, bills of materials, and routings. Create and revise standard methods and production orders, coordinate engineering changes, perform cost analysis, support shop floor technicians/supervision, and develop scopes for external vendors to ensure safe, efficient production and schedule adherence.