Top Manufacturing Engineer Jobs

The Sr Manufacturing Engineer will design, manufacture and assembly electromechanical systems, ensure manufacturability, and evaluate production processes based on engineering intent and quality standards.

As a Manufacturing Engineer, you will support manufacturing activities for the Blue Moon Lunar Lander, develop work instructions, and improve processes.

Support plant operations by implementing process improvements, tooling, and equipment. Lead troubleshooting, time studies, validation, Kaizen events, and CAPEX projects. Ensure quality, safety compliance, and collaborate on FMEA/control plans.

Lead manufacturing engineering for assigned production processes (welding, leak testing, vacuum oil filling, ultrasonic measurement). Provide daily technical support, analyze process data to identify trends, lead cross-functional projects from concept to implementation, improve equipment performance and process capability, and drive continuous improvement.

Support process planning and control for production: perform risk and feasibility assessments, build and inspect first articles, design tooling and fixtures, lead preventive maintenance and process improvements, troubleshoot production issues, train staff, and manage projects to improve safety, quality, cost, and delivery.

The Manufacturing Engineer II supports operations and production, translating design requirements into manufacturing processes, and focuses on compliance, tooling, and process improvements for aerospace components.

Designs, implements, and sustains manufacturing methods, tooling and test processes for critical consumables in a cleanroom/factory. Analyzes data (yield, cycle time), runs DOE and qualification tests, drives root-cause and corrective actions, supports NPI and cross-functional teams, and participates in continuous improvement to meet production metrics. Must work on-site in a cleanroom environment.

The Manufacturing Engineer optimizes production processes through leadership of cross-functional improvements, focusing on safety, quality, and efficiency, while mentoring less experienced engineers.

The Manufacturing Engineer leads the design, installation, and lifecycle management of manufacturing systems, driving improvements while ensuring safety and compliance.

The role involves developing and improving manufacturing methods, driving cost reduction efforts, providing technical support, and ensuring compliance with export control regulations.

The Senior Manufacturing Engineer supports production processes, leads improvements and new equipment installations, and troubleshoots machinery issues while optimizing cost and efficiency.

Lead NPI for electromechanical subassemblies from prototype to production. Drive DFM/DFA/DFT, create BOMs/work instructions/test procedures, support pilot builds, troubleshoot subsystem/system issues, improve yield/cost via SPC and lean/6σ, and collaborate with design, quality, suppliers, and EMS partners to ensure scalable, high-quality production.

Develops and releases new product BOMs, validates operation method sheets, partners with senior engineers, logs change requests, and leads managed build processes.

Lead manufacturing engineering efforts to launch and support an AP2 front-load washer stamping operation. Serve as technical representative for transfer stamping presses and auxiliary equipment, create standardized work and maintenance procedures, support KPI tracking and AI initiatives, collaborate cross-functionally on materials layout, maintenance, preventive procedures, and continuous improvement projects in a 24/7 onsite factory.

Lead development and deployment of capital equipment and manufacturing processes for NPI and productivity improvements. Define equipment specs, manage supplier selection, oversee installation/qualification, apply DFMA, Lean/3P and automation to optimize OEE, safety, and cost. Mentor engineers and collaborate with product, operations, quality, and maintenance teams to ensure scalable, safe production systems.

Support the Material Review Board by evaluating non-conforming materials, determining dispositions, maintaining MRB records, recommending CAPAs, participating in MRB meetings, collaborating with engineering/quality/manufacturing teams, and supporting continuous improvement and compliance.

Lead development and optimization of advanced CNC machining processes and manufacturing systems for EUV components. Own CNC programming strategy, tooling and fixture design, process validation, MOC, and capital equipment selection. Lead 8D problem solving, drive continuous improvement, cost reduction, and cross-functional initiatives while mentoring engineers and ensuring manufacturability, quality, and scalability.

Manage capital and non-capital manufacturing projects including equipment/process design, tooling improvements, new product introduction, cost reduction, troubleshooting, supplier qualification, FMEAs, engineering change orders, and cross-functional coordination to support high-volume metallic parts production.

Lead process optimization and quality improvements for PVCO extrusion and finishing. Support equipment setup, troubleshooting, CAPA/RCA, documentation, operator training, and capital projects while ensuring safety and regulatory compliance. Collaborate with Operations, Maintenance, Quality, and R&D to scale materials and tooling innovations.

The Senior Manufacturing Engineer will support operations, manage manufacturing projects, provide technical mentorship, and improve processes using Lean concepts.

The Senior Manufacturing Engineer will provide technical guidance, support manufacturing operations, design tooling, and ensure compliance with aerospace standards while working in a cross-functional team.

Support X-Plant production by managing non-conformities, design deviations, OSW, and late changes. Provide technical support, create work orders, coordinate with European plants, suppliers, quality and design engineers, facilitate supplier meetings, ensure compliance with Airbus and authority rules, and participate in training and team projects.

Lead development, validation, and refinement of test assets and processes for mechanical, electrical, and pneumatic assemblies. Design or source test equipment and tooling, author specifications and procedures, support shop floor issues, analyze test data, drive root-cause actions, and collaborate cross-functionally to scale reliable production testing.

Develop, validate, and refine test assets and processes for mechanical, electrical, and pneumatic assemblies. Design and/or source test equipment and tooling, author test specifications and work orders, support shop-floor testing, analyze test data, lead root-cause investigations, and drive cross-functional improvements to ensure scalable, safe production testing.

Define and deploy board- and system-level manufacturing test strategies for high-volume server production. Develop ICT/MDA/board functional tests, fixtures, and test infrastructure; drive yield improvement, failure analysis, and corrective actions; partner with ODMs and cross-functional teams to ensure scalable, reliable production testing and factory readiness.