Top Manufacturing Engineer Jobs

Support transfer of new robotic surgical products from prototype through V&V and launch by developing manufacturing, assembly, calibration, and test processes; implement custom assembly/test equipment; use statistical methods (DOE, Cpk, Gage R&R) and PFMEA to validate and control processes; provide daily pilot line support and DFM input to R&D.

Perform manufacturing engineering tasks to improve processes, quality, and efficiency. Analyze data to solve moderately complex problems, contribute to strategy, lead small projects, mentor junior staff, and ensure delivery within area of responsibility.

Support development, validation, and scale-up of manufacturing processes for a medical device. Lead process optimization, equipment/tooling design, transfer to high-volume production, root cause analysis, corrective actions, and documentation to meet regulated standards.

Provide manufacturing engineering support for rocket engine test campaigns: create work instructions and test plans, manage hardware configuration and inventory, direct technicians, document and disposition non-conformances, perform root cause and corrective actions, support maintenance/inspection/repair, develop tooling and process improvements, and help manage cost, quality, and schedule for test hardware.

Design and deliver end-to-end Industrial IoT solutions: edge data acquisition, secure connectivity, cloud ingestion, real-time analytics, dashboards, OT/IT integration, device management, and mentorship. Ensure industrial cybersecurity compliance, operational documentation, and continual evaluation of IIoT technologies.

Scale and optimize manufacturing processes for high-volume precision components. Provide hands-on production support, troubleshoot equipment, lead NPI transitions, drive continuous improvement (Lean, Six Sigma, SPC, DOE), maintain process documentation (work instructions, PFMEAs, control plans), analyze manufacturing data to improve capability and OEE, and collaborate with Automation, Quality, Supply Chain, and Production teams to ensure validated, high-yield production.

Design and review sheet metal parts and assemblies, develop manufacturing processes and documentation, ensure quality and fitment, allocate materials, and support fabrication equipment and continuous improvement in a high-mix, low-volume environment.

Lead development, validation, and deployment of production test systems for PCBA, subassemblies, and system-level aerospace electronics. Develop test strategies, scripts, fixtures, and test racks; validate repeatability and reliability; support contract manufacturers, troubleshoot yield issues, drive root cause analysis, and maintain compliance, documentation, and production readiness.

Lead end-to-end manufacturing for development and production products, optimize and scale processes, drive DFM and NPI, implement automation, improve yield and quality, ensure compliance (AS9100), troubleshoot hardware nonconformance, and provide technical leadership to cross-functional teams.

Develop and mature manufacturing processes for electromechanical hardware and rotating machinery. Provide DFMA feedback, create BOMs and work instructions, specify production equipment, support lineside operations, manage non-conformances, and produce manufacturing plans for new products.

Provide manufacturing engineering support for plant operations: design processes, tooling, equipment layout, and capital projects; create work instructions; support production and maintenance; manage project procurement, installation, training, and documentation while ensuring safety and company standards.

Lead NPI efforts from concept to production, optimize manufacturability, implement Lean/Six Sigma improvements, develop tooling and work instructions, support technicians, decrease quality issues, and report KPIs while collaborating with cross-functional teams.

Design and improve manufacturing processes, tooling, and fixtures for RF coax connectors and cable assemblies. Develop and document processes, support NPI & production, resolve quality/manufacturability issues, guide assembly and test, and use ERP and related systems to ensure on-time, cost-effective manufacturing while championing continuous improvement and cross-functional collaboration.

Support manufacturing documentation and change control activities: maintain BOMs and engineering masters in Visual Manufacturing, assist and coordinate ECNs, interpret drawings for process flow, support labor quoting, manage documentation (DOC program/archive), and produce departmental performance reports.

Support manufacturing operations by installing and sequencing equipment, analyzing processes and cycle times, preparing process documentation, recommending design-for-manufacturability changes, aiding in problem resolution, participating in cross-functional staffing and design reviews, and performing periodic inspections to improve productivity, quality, and safety.

The Staff Manufacturing Engineer will design and implement processes, tooling, and fixtures to support production and quality operations, collaborating with various teams to enhance product lifecycle and efficiency.

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.