Top Manufacturing Engineer Jobs

The Manufacturing Engineer II provides engineering support to production, designs processes and tools, and resolves production issues. Responsibilities include testing, process validation, and collaboration on product development.

Develop and enhance turbomachinery manufacturing and assembly processes, translating engineering into functional hardware while improving quality and process efficiency.

The role involves applied manufacturing engineering, optimizing manufacturing processes, and collaborating with teams for safe human spaceflight.

The Manufacturing Engineer develops and maintains manufacturing processes, supports new product development, analyzes data for improvements, and implements solutions to enhance efficiency and quality.

The Advanced Manufacturing Engineer will manage the lifecycle of hardware products, oversee production readiness, and enhance manufacturability while ensuring compliance and quality control.

The Senior Manufacturing Engineer will optimize processes, lead motor manufacturing, and ensure scalable, high-quality output in production.

The Senior Manufacturing Engineer will lead process improvement, support new product introductions, and optimize manufacturing processes in a fast-paced environment.

The Manufacturing Engineer will enhance production workflows, ensure quality standards are met, and collaborate with production teams to improve efficiency.

Lead the setup, launch, and support of the assembly area while evaluating processes, improving efficiency, and ensuring safety and quality in manufacturing.

The Manufacturing Engineer will develop assembly processes for new products, collaborate across teams, manage capital projects, and provide technical expertise for efficient manufacturing operations.

Support and improve plant manufacturing by designing fixtures and processes, analyzing ERP data, leading sustaining engineering, managing projects, applying Lean/CI, ensuring quality and regulatory compliance, and providing on-site technical support.

The Senior Manufacturing Engineer is responsible for improving equipment and processes in production, leading maintenance teams, and driving continuous improvement initiatives while ensuring safety and efficiency.

Provide on-site process support for electronics production with emphasis on conformal coating and downstream assembly. Define and document NPI processes, ensure IPC/ISO quality compliance, troubleshoot quality issues, coordinate cross-functional project activities, and train production personnel.

Lead spacecraft assembly and integration across multiple configurations. Own manufacturing execution, develop work instructions and processes, design GSE, drive DFM, investigate non-conformances, review drawings for manufacturability, and partner with supply chain to improve yield and reduce cycle time.

As a Manufacturing Engineer II, you will enhance manufacturing methods, lead projects, and troubleshoot production issues to ensure efficient operations.

Support and improve plant manufacturing processes, develop tooling and production controls, resolve production issues, lead continuous improvement (Lean, 5S, Kaizen), manage capital equipment and capacity planning, support new product/process introductions, and provide technical assistance across Materials, Quality, Safety, and Operations.

The Forward-Deployed Manufacturing Engineer will deploy equipment in customer factories, enhance Instrumental's algorithms, build relationships, and ensure mission success while traveling extensively.

Support design and continuous improvement of low- to mid-volume manufacturing lines for electro-mechanical surgical instruments. Design and qualify tooling, fixtures, and equipment; perform PFMEA, IQ/OQ/PQ validations; support production troubleshooting, SAP transactions, documentation, and technician training while ensuring compliance with medical device quality systems.

Support NA Operations by assisting cross-functional teams to improve manufacturing processes using lean principles, establish production standards, identify capacity and quality issues, and present project results. Participate in hands-on projects, job shadowing, and leadership development in a plant environment.

Designs, implements, validates, and supports OT control systems (PLCs/SCADA/HMI) for regulated medical manufacturing. Leads OT lifecycle projects, integrates OT with MES/ERP, ensures OT security and regulatory validation (IQ/OQ/PQ, 21 CFR Part 11 awareness), troubleshoots production issues, manages vendors, performs risk assessments, and mentors teams to improve automation reliability and process stability.

The Senior Manufacturing Engineer will develop and optimize manufacturing processes for rotorcraft, ensure compliance with aerospace standards, provide technical support, and lead continuous improvement initiatives.

Develops and documents shop-floor processes, designs jigs/fixtures and tooling, supports production with process documentation and equipment, investigates and resolves manufacturing problems, aids maintenance and audits, and estimates costs for new equipment and process proposals.

Coordinate sales, operations, and suppliers to design and document new products; generate CAD files; develop and validate manufacturing processes and test equipment; lead capital projects and production scale-up; manage BOMs, schedules, costs, and quality improvements; perform root-cause analysis and support customer-facing technical sales.

Optimize and scale food manufacturing processes by analyzing data, implementing improvements, leading equipment installations, conducting FMEA and GR&R, establishing process control plans and SPC, and collaborating with cross-functional teams to improve yield, reduce waste, and ensure food safety and quality compliance.

Lead manufacturing process improvements to boost efficiency, yield, and reliability while ensuring food safety and quality. Design and commission equipment changes, apply statistical analysis and SPC, perform FMEA and root cause analysis, support scale-up of products, collaborate across operations, maintenance, quality and supply chain, and sustain continuous improvement (Lean/Six Sigma) initiatives.