Top Manufacturing Engineer Jobs

The Sr Manufacturing Engineer develops processes, designs production tooling, troubleshoots operations, evaluates efficiency and cost savings, and coordinates capital equipment implementation.

The Manufacturing Engineer will guide continuous improvement activities, enhance manufacturing processes, and drive performance metrics while ensuring alignment with organizational goals.

Develop and own manufacturing instructions, processes, tooling, and test procedures for thruster and valve hardware. Manage build sequence, quality, cost, and schedule; perform root cause analysis; design fixtures and equipment; drive DFMA/DFX and lean initiatives; run automated test equipment and analyze test data; generate BOMs, routings, and close nonconformances.

Lead development and improvement of low-volume, high-precision PCB assemblies and wiring harness manufacturing processes. Manage vendor selection and qualification, create routings and production schedules, support MRR/MRB and non-conformance dispositioning, and develop inspection and verification processes to ensure aerospace-quality production.

Lead the design and implementation of manufacturing systems, ensuring quality control and optimizing operations in aerospace production. Collaborate across teams to improve efficiency and support Blue Origin's mission in space vehicle development.

The CNC Machining Manufacturing Engineer will develop machining processes, define CAM strategies, provide engineering support during production, and improve manufacturing processes for aerospace components.

Design and implement robust manufacturing and assembly processes for lunar and spacecraft hardware. Drive DFM/DFA/DFT, develop work instructions and inspection plans, evaluate new manufacturing technologies, lead root-cause and corrective actions, ensure compliance to aerospace standards, support process FMEAs and product qualification, and mentor engineering and technician teams.

The Manufacturing Engineer will design, implement, and enhance manufacturing processes for aerospace products, support production lines, and drive continuous improvement initiatives. Responsibilities include creating manufacturing plans, documentation, and resolving non-conformance issues.

Lead the development and improvement of manufacturing processes, troubleshoot production issues, and enhance operational capacity in aerospace and defense manufacturing environments.

Lead design and analysis of electro-mechanical components and tooling; apply DFM/DFA/DTC and GD&T; develop processes, work instructions, routings and tooling; support shop, field and suppliers; drive improvements, Kaizen events, and lead small technical teams.

Assist in design, integration, and improvement of manufacturing systems. Perform methods analyses, evaluate engineering changes, support product release reviews, collect and analyze data for problem resolution, maintain standard procedures, and liaise with design, quality, procurement, and production teams to increase productivity and reduce costs.

Support development and improvement of manufacturing processes, create work instructions and production documentation, perform methods and operational analyses, review engineering drawings for manufacturability, and collaborate with cross-functional teams to resolve production issues and support new product releases.

Support machine shop production by creating operation sheets, tooling and fixture designs, CAD drawings, and manufacturing methods. Maintain project documentation, support CNC programming, analyze tooling/equipment issues, and step in for the Senior Manufacturing Engineer as needed.

The Senior Process Engineer will troubleshoot manufacturing processes, drive continuous improvement initiatives, lead teams, and implement Lean Six Sigma methodologies to enhance productivity and safety.

The Manufacturing Engineer will create manufacturing operations methods, support Lean Manufacturing projects, and collaborate with multiple functional groups to ensure efficient production.

The Sr. Manufacturing Engineer will enhance aviation technology by improving manufacturing processes, ensuring compliance, and collaborating with design teams to develop and scale production effectively.

Lead manufacturing process improvements to increase efficiency, yield, and equipment reliability while ensuring food safety and quality. Design and commission equipment changes, apply data and statistical methods (SPC, GR&R, FMEA), perform root cause analysis, and collaborate with cross‑functional teams to sustain continuous improvement and compliance with HACCP/GMP standards.

The Manufacturing Engineer translates customer requirements into manufacturable designs and develops tooling and processes for composite parts, ensuring quality and continuous improvement.

As a Manufacturing Engineer, you will manage machining and grinding processes, implement continuous improvement tools, and ensure product quality and safety in manufacturing operations.

The Manufacturing Engineer will develop and optimize processes for advanced propulsion systems, ensuring quality production aligned with aerospace standards, and collaborate with cross-functional teams.

Provide hands-on manufacturing engineering support for aluminum castings from melt to finished part. Own a family of castings, troubleshoot production issues, lead continuous improvement, support new program launches, maintain tooling and quality records, interpret prints/CMM reports, and contribute to PPAP and DFM activities in a high-volume foundry environment.

Lead development and optimization of manufacturing processes, capital projects, and facility layouts. Create routings, SOPs, cost estimates, and ISO/WPS documentation. Implement automation, CNC optimization, AR visual instructions, vision systems, and AI tools. Maintain CAD layouts, support VBLSS projects, and prepare equipment specifications and cost proposals.

The Manufacturing Engineer will oversee assembly processes, develop manufacturing methods, collaborate with engineers, and resolve non-conformances in a fast-paced environment.

The Senior Manufacturing Engineer will design and implement manufacturing processes for tube systems to support the development of artificial-gravity space stations. Responsibilities include developing plans, resolving manufacturing issues, collaborating with engineers, and enhancing production efficiency.

Lead plant process and continuous improvement efforts to optimize output, reduce downtime and scrap, and improve material usage. Develop SOPs, run data analysis, drive cost-reduction projects, implement CI tools (Lean, Six Sigma, DOE, Kaizen), design work cell layouts, and manage equipment introductions and capital projects while ensuring HSE compliance and training.