Top Manufacturing Engineer Jobs

Lead New Product Introduction for electromechanical systems: design for manufacturability, develop tooling and processes, own manufacturing value chain, write work/quality documentation, support mechanical/electrical design, and build and mentor a manufacturing engineering team.

Lead industrialization of Autonomous Mobile Robots and Autonomous Fork Trucks from prototype to plant deployment. Define requirements, run pilots, integrate AMR/AFT with WMS/MES/PLCs and plant controls, ensure safety compliance, document standards, support launches, and drive continuous improvement across cross-functional teams.

Drive adoption of VaaT/SDV manufacturing requirements across plants, own launch Bill of Operations, engineer and validate online test plans, optimize station-by-station implementation, and collaborate cross-functionally to achieve high eFTQ and automation-enabled processes.

The Senior Manufacturing Engineer will analyze manufacturing data, develop dashboards, implement process improvements, and support automation efforts. They will collaborate with teams to enhance data utility and decision-making.

The Manufacturing Engineer will improve manufacturing processes, reduce defects, implement lean principles, and provide engineering support for production. Responsibilities include data analysis, process design, and tooling requirements.

The role involves manufacturing engineering for rocket fluids systems, including tooling design, process optimization, and assembly work planning.

Lead New Product Introduction and manufacturability for electromechanical hardware, create tooling/fixtures, define process flows, write work instructions and quality plans, build prototypes, and collaborate with design and vendors to scale production.

Lead machining operations for large-format mills and a VTL, introduce and optimize products for high-volume machining, create work instructions and tooling definitions, support shop-floor issue resolution, and provide DFM feedback through prototype and flight builds while standardizing manufacturing processes.

The Manufacturing Engineer will support production processes, resolve manufacturing issues, analyze designs, and drive improvements using lean and six sigma principles.

The Manufacturing Engineer II will develop process plans for flight hardware, collaborate on test designs, troubleshoot issues, and ensure quality standards in a fast-paced testing environment.

The Manufacturing Engineer coordinates with teams to enhance manufacturing processes, develops tooling plans, and utilizes engineering principles to improve efficiencies.

Lead development and scaling of manufacturing processes for missile hardware from prototyping to full production. Drive design for manufacturability, tooling, process creation, vendor collaboration, quality planning, documentation (MBOMs, work instructions), capacity planning, metrics-driven continuous improvement, and supplier travel to implement and troubleshoot production.

Develop and own manufacturing/build plans for flight test instrumentation hardware, perform DFMA analysis, author MES plans and work instructions, source and coordinate fabrication, support parts procurement and shipside installations, and collaborate with design, test, and fabrication teams to ensure compliance with design and program requirements.

Develop and manage manufacturing and production plans, tooling, BOMs, CAPP/PDM planning documentation, and producibility assessments for propulsion components. Support factory assembly, CI&R, flight test, supplier integration, and cross-functional coordination to ensure safety, quality, and on-time delivery. Responsibilities scale from executing planning tasks to leading strategic manufacturing efforts and mentoring teams.

Develop and author manufacturing/build plans for flight test instrumentation, coordinate fabrication and sourcing, review designs and redlines, support shipside installations, and ensure DFMA and process compliance across design, procurement, and fabrication teams.

The Manufacturing Engineer will enhance manufacturing processes, resolve production challenges, manage projects, and ensure quality assurance while collaborating with cross-functional teams.

The Staff Manufacturing Engineer will design, improve, and scale manufacturing systems, ensuring quality and efficiency while collaborating with cross-functional teams.

Designs and implements electrical production and tooling methods, performs producibility and variation analyses, translates EBOM to MBOM, leads manufacturing plans, resolves technical issues, validates production readiness, and applies lean principles across cross-functional teams.

Leads design, installation, and launch of manufacturing processes, tooling, and equipment for an assigned assembly zone. Manages program launches, supplier oversight, material flow optimization, PFMEAs, and production readiness while ensuring quality, safety, budgets, and training. Works hands-on in-plant and supports cross-functional teams with frequent travel during launches.

The Manufacturing Engineer will support manufacturing processes, improve equipment efficiency, collaborate on quality initiatives, and provide technical support in a high-volume assembly environment.

Lead design, development, and implementation of manufacturing processes for electronic assemblies (SMT/THT). Drive process improvements, testing/inspection, DFM collaboration, documentation, troubleshooting, lean initiatives, and regulatory compliance.

The Foam Manufacturing Engineer will assist in the design and manufacture of fixtures and tools, ensure compliance with safety standards, and support operational improvements. Responsibilities include equipment evaluation, ergonomics, and quality checks, along with participation in safety programs and accident investigations.

Own the manufacturing value stream for assigned products: optimize supply chain and production, lead make-vs-buy decisions, manage contract manufacturers and on-site partners, support prototyping and production assembly/test, create manufacturing documentation, and drive cost, capacity, and component rationalization.

Design and implement manufacturing processes for air vehicle subsystems, ensure production readiness, mitigate risks, improve workflows and quality, support operations, analyze data for continuous improvement, and provide manufacturability input during design reviews.

Lead PCBA-focused NPI to transition electromechanical products to volume production. Drive DFM, establish PCBA workmanship standards, verify vendor capabilities, ensure subcontractor compliance, and mentor a team of PCBA DFM engineers.