Top Manufacturing Engineer Jobs

Support and improve metrology equipment and test methods for optical product manufacturing. Develop training, create/maintain test documentation and fixtures, troubleshoot production issues, assist in product transfers, collaborate on root cause analyses, and implement corrective actions to improve manufacturability and quality.

Own end-to-end manufacturing and integration processes for mission-critical payload systems. Develop work instructions, contamination control protocols, and acceptance tests. Interface with customers and design teams, lead root cause analysis, maintain traceable build records, and coordinate payload readiness with vehicle integration.

Design, develop, and maintain manufacturing tools and processes for aircraft components. Collaborate with design, manufacturing, quality, and vendors to ensure manufacturability, resolve production issues, document specifications, and manage project schedules.

Design, improve, and optimize manufacturing processes and layouts; resolve production issues; develop testing protocols and performance standards; analyze production data and costs; coordinate tooling and equipment maintenance; mentor technicians; train employees; collaborate with R&D and suppliers; and drive continuous improvement initiatives.

The Senior Manufacturing Engineer will develop manufacturing processes and tooling strategies for sustainable aircraft, ensuring designs are optimized for production efficiency.

Lead development, design, optimization, and installation of manufacturing processes. Drive cost savings and quality improvements, troubleshoot equipment/process issues, perform process characterization and DOE studies, coordinate maintenance/production, and lead process-change projects at a manufacturing plant.

The Manufacturing Engineer will design processes and fixtures for medical device manufacturing, validate processes, and improve efficiency in production lines.

The Manufacturing Engineer role involves developing manufacturing processes, validating processes, and leveraging medical domain experience, with a preference for knowledge in steel/metal manufacturing development.

Develop, troubleshoot, and improve manufacturing processes and product lines. Maintain and modify plant equipment, design experiments and test methods, analyze data, document engineering work, and lead continuous improvement and project initiatives.

Lead startup, commissioning, troubleshooting, and process development for automated dielectric coating lines. Develop high-volume coating processes, tooling, capital acquisition, and APQP documentation. Drive continuous improvement using Lean, plan projects, ensure safety, quality, and manufacturability for new product launches.

Lead development, startup, commissioning, troubleshooting, and operation of aluminum continuous brazing production lines. Drive process development, capital/tooling procurement, APQP deliverables, project planning, and continuous improvement using Lean methods. Ensure manufacturability, safety, quality compliance, and cross-functional coordination through product launch and production ramp.

Design and develop production fixtures, jigs, and tooling using SolidWorks; create standardized assembly methods and work instructions; improve manufacturability and tooling repeatability; apply Lean principles and time studies to optimize flow; support new product introductions, ECOs, preventive maintenance, root cause investigations, and identify automation opportunities to improve production efficiency.

Design and document standardized workflows and flexible workstations for high-mix, low-volume prefabrication and field operations. Track and analyze KPIs, develop scalable temporary production lines, apply Lean/5S/DMAIC/Kanban methods, evaluate tooling and automation, and collaborate with shop and field teams to align capacity and schedules.

The Spacecraft Manufacturing Engineer will ensure integration of components and systems, develop manufacturing plans, implement assembly procedures, and enhance product quality and reliability in aerospace manufacturing.

The Manufacturing Engineer, NPI supports the transition of designs into production, develops processes, and spends time on the production floor solving real-time problems. Responsibilities include DFM/DFA analysis, developing work instructions, designing fixtures, and supporting First Article Inspections, among other duties to enhance production efficiency.

Support manufacturing cells end-to-end: develop process drawings with GD&T, troubleshoot production, select tooling/fixturing, perform inspections and testing, investigate root cause, manage revision control, and support continuous improvement and quoting.

Support manufacturing across all levels: design and optimize processes and line balancing; specify tooling, fixtures, and equipment; support production ramp-up; lead continuous improvement and root cause analysis; collaborate with design, quality, and supply chain teams.

Develop and implement manufacturing processes for sheet metal and aluminum extrusion parts, focusing on stretch forming (various presses), heat treatment, tooling, NPI, process monitoring, cost reduction, and cross-functional coordination to move programs from prototype to full-rate production.

Lead development and implementation of fabrication and paint technologies for sheet metal production. Drive equipment selection, DFM for NPIs, capacity planning, OEE improvements, process documentation, continuous improvement, and cross-functional projects to optimize production and reduce costs.

Support manufacturing operational excellence by establishing build standards, improving assembly processes, developing documentation and job aids, validating processes, investigating quality issues, integrating new products, and implementing lean/layout improvements to optimize workflow and efficiency.

Own and improve production data acquisition and control systems, update PLC hardware/software, optimize HMIs for poka-yoke and reliability, maintain revision control, and apply Six Sigma for continuous improvement.

The role involves collaborating with design engineers, developing manufacturing methods for spacecraft, and creating custom tools and processes for advanced satellite manufacturing.

The Senior Manufacturing Engineer will develop manufacturing processes, ensure manufacturability, oversee production from prototype to serial production, and improve efficiencies in nuclear reactor assembly.

Lead development and implementation of repeatable, high-yield manufacturing and assembly processes, ramp production with contract manufacturers, create fixtures/work instructions, drive PFMEA and control plans, perform first-article validation, support reliability testing, and lead cross-functional root-cause and corrective actions to ensure production quality and yield.

Lead development, optimization, and sustainment of titanium powder handling and post-print manufacturing processes. Support equipment setup/qualification, MES/ERP material tracking, work instructions, troubleshooting, DOE/process characterization, and cross-functional production support to improve safety, quality, throughput, and scalability.