Top Manufacturing Engineer Jobs

Support new product development by developing manufacturing processes, fixtures, test equipment, and firmware/software provisioning for electronic products. Define production test methods, create work instructions and process specifications, design modular assembly/test setups for global manufacturing and service centers, collaborate with design/software/firmware teams to improve manufacturability and testability, and drive continuous improvement, engineering changes, and validation activities from prototype through production.

Lead manufacturing engineering efforts to optimize CNC machining and assembly processes, liaise with Engineering and Purchasing, define process routes and SOPs, drive continuous improvement, conduct machine capability and workflow studies, approve engineering changes, prepare process reports, support shop-floor problem solving, and manage tooling and cost-reduction projects.

Drive manufacturing engineering improvements across sites, lead continuous improvement (Kaizen) events, support production planning and expansion, evaluate technologies and processes, establish metrics, and collaborate on design for manufacturability to increase productivity, quality, and safety.

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

Oversee drawing reviews, capital expenditure planning, and provide automation feedback for Tube Bending processes as part of Factories as a Service team.

The Manufacturing Engineer will assist in implementing new equipment and processes, troubleshoot issues, develop maintenance procedures, train technicians, and ensure compliance with safety regulations.

Own and optimize end-to-end assembly, integration, and build plans for the Arc hypersonic vehicle. Author work instructions, design and qualify tooling/GSE, lead MRB and root-cause analysis, coordinate shop deliveries, establish precision joint and fastening practices, and mentor junior engineers to ensure safe, repeatable vehicle builds on schedule.

Develop and own end-to-end assembly sequences, integration plans, and work instructions for the Arc hypersonic vehicle. Design and build fixtures/GSE in CAD, execute structural bonding and composite assembly, perform mass properties and alignment checks, lead MRB and root-cause analysis, and coordinate shop deliveries to ensure flight hardware meets quality and schedule milestones.

Implement lean process improvements in a precision machining environment to reduce scrap and variation, develop/process-plan new and existing product launches, design fixtures and tooling, recommend equipment, document manufacturing technical data, drive cross-functional projects, and support supplier/internal customer interfaces to meet AS9100 quality standards.

The Manufacturing Engineer at Wisk will design manufacturable aircraft components, support production engineering, and optimize manufacturing processes for autonomous electric aircraft.

The Manufacturing Engineer will design and implement manufacturing systems, ensure quality control, optimize supply chains, and streamline operations using advanced technologies.

This role focuses on leading manufacturing processes, ensuring quality control, optimizing production logistics, and collaborating with cross-functional teams at Blue Origin.

The Manufacturing Engineer will lead automation projects, manage contractor relationships, and drive operational improvements in manufacturing processes at Ruggable.

The Manufacturing Engineer will lead automation projects, optimize processes, and manage contractors while collaborating with diverse stakeholders for continuous improvement.

Ruggable seeks a Manufacturing Engineer to lead automation projects, optimize processes, manage budgets, and enhance cross-functional collaboration, driving continuous improvement.

Intern will evaluate workstation layouts, design material flow, develop process tools, document processes, and participate in continuous improvement workshops. Travel may be required to manufacturing plants.

Lead design-for-manufacturing and capital equipment projects, coordinate procurement and qualification, apply automation and lean principles, perform PFMEAs and statistical studies, support pilot builds and documentation, and collaborate with product development and operations to implement high-volume manufacturing processes.

Develops and releases new product BOMs and manufacturing/test/sourcing strategies for complex modules. Manages validation of Operation Method Sheets, performs 3D solid-model virtual analysis (MLO/DMU), leads change control (ECO/CCB/NSR) and root cause/corrective actions. Orchestrates managed builds, provides technical support and training to internal and contract manufacturing and suppliers, and participates in design reviews to improve cost, quality, and cycle time.

Lead development, sustainment, and improvement of production equipment, test racks, and test cells. Own equipment lifecycle, troubleshoot failures, drive RAM improvements, maintain documentation, support upgrades and acceptance testing, mentor junior staff, and manage vendors to ensure production readiness, safety, and scalability.

Lead design and scale-up of composite manufacturing processes and production lines, select and integrate capital equipment and software, mentor engineers, engage vendors, and drive cross-functional process improvements to increase throughput and reduce cost.

Lead manufacturing engineering for ground vehicle systems, develop and optimize processes, tooling, work instructions, and production flows for chassis, suspension, driveline, hydraulics/pneumatics, and trailers. Support integration, testing, supplier qualification, DFM/DFA, root cause analysis, production readiness, and mentor junior engineers while collaborating across production, quality, supply chain, and test teams.

Lead development and scale-up of production processes and equipment for a next-generation aircraft line. Define BOM/process flows, create operator-ready work instructions, implement MES/QMS controls, run time studies and kaizen, establish standardized work and audits, partner with Quality on in-process checks and FAI, drive root-cause corrective actions, and mentor other engineers to increase throughput and reduce costs.

Lead manufacturing engineering for electrical and avionics systems from prototype to full-rate production. Develop processes, tooling, work instructions, and standards for wiring harnesses, PCBAs, batteries, sensors, and power systems. Drive DFM/DFA, root cause investigations, supplier qualification, production readiness, and continuous improvement while mentoring junior engineers and collaborating with cross-functional teams.

Lead manufacturing engineering for propulsion and fluid systems from development to production. Develop and optimize processes, tooling, work instructions, and production flows for engines, fuel and oil systems, pumps, and thrust systems. Drive DFM/DFA, supplier qualification, process validation, root cause investigations, and corrective actions. Support system integration, testing, failure analysis, and production readiness. Define manufacturing standards and mentor junior engineers while collaborating with design, production, quality, supply chain, and test teams.

Lead design and deployment of production systems for a next-generation jet: define bill of process, map MBOM to operations, build ergonomic workstations, create operator-ready work instructions, run takt/time studies and kaizen, implement MES/QMS and ECOs, partner with Quality for FAI/error-proofing, and mentor manufacturing engineers to scale production.