Top Manufacturing Engineer Jobs

The role involves applying engineering principles to automate manufacturing processes, including the design, implementation, and management of automation systems.

The Manufacturing Quality Engineer supports quality management systems in a manufacturing environment, improving product quality and compliance with ISO9001 and IATF16949.

Design, prototype, and deploy modular test hardware and instrumentation for drone products. Lead manufacturing test bring-up, root-cause analysis, and data-driven test strategies (GRR, FMEA, Process Capability). Develop DFT, integrate and commission functional test systems, and collaborate with cross-functional teams to improve product reliability and resolve field failures.

Support high-volume composite aerospace production by troubleshooting equipment, authoring and auditing electronic work instructions, performing root cause and corrective actions, and implementing process improvements. Collaborate with operations, quality, industrial engineering, scheduling, and maintenance to reduce downtime and improve manufacturing efficiency and quality.

Design, specify, source, build, qualify, and sustain manufacturing and test equipment for surgical robotic instruments. Improve, document, validate, and transfer equipment and processes, support suppliers, perform troubleshooting, and train production personnel while ensuring regulatory and quality compliance.

Lead design, implementation, validation, and continuous improvement of manufacturing processes and automated machinery. Support industrialization, production handover, performance monitoring, and lean-driven process improvements in a plant environment.

Lead site automation strategy and deliver manufacturing control systems (PLCs, SCADA, DCS) and machine vision/track-and-trace integrations. Drive digitalization, AI/robotics initiatives, OT lifecycle and validation, troubleshoot OT hardware/software, and manage vendors and cross-functional automation projects to improve productivity, quality, and EHS.

Provide engineering support for semiconductor process operations: oversee production activities and automated assembly tools to meet cycle time, throughput, and shipment goals; support capacity modeling/UPH assumptions with engineering and industrial engineering; drive manufacturing efficiencies, quality, and productivity improvements; follow EHS&S requirements and collaborate across projects.

Develop and maintain C/C++ test software and automated test stations for in-flight entertainment hardware. Design, debug, and deploy production test procedures and equipment integrations, troubleshoot hardware/software failures, support new product introduction, and improve manufacturing test processes and CI/CD practices while collaborating with cross-functional engineering and manufacturing teams.

Lead manufacturing performance improvement by applying Lean and Six Sigma methods to raise OEE, reduce scrap, optimize cycle times, and drive continuous improvement. Assess and integrate Industry 4.0 technologies (automation, robotics, analytics), run Kaizen events, use VSM/5S/RCA, and leverage CAD/ERP/MES tools to deliver measurable operational gains and cross-functional alignment.

Lead development and design transfer of cryogenic and semiconductor manufacturing processes, validate production-ready methods, drive root-cause analysis and corrective actions, implement continuous improvement (Lean/6S/PDCA), analyze yield/kpi data, provide technical leadership and documentation, and support NPI and process standardization.

Set up and maintain production lines for returned products, design and maintain test fixtures/systems, troubleshoot and repair electronic devices to component level, collect repair data, document protocols, and mentor technicians.

The Manufacturing Test Engineer will develop and optimize test procedures for complex electrical assemblies, perform testing, troubleshoot failures, and ensure manufacturing excellence.

As a Manufacturing Software/Control Engineer, you'll develop and maintain automation systems, provide technical support, troubleshoot issues, and ensure compliance with protocols. Responsibilities include programming PLCs, conducting system upgrades, and supporting production.

Support plant operations by designing, programming, troubleshooting PLC/HMI/SCADA/robotics systems, leading automation and continuous improvement projects, and applying Lean/Six Sigma tools to improve uptime, quality, and cost.

The Product Management Engineer III oversees manufacturing and quality processes for medical devices, providing leadership in process improvements and project management.

Entry-level mechanical engineer supporting design, modification, and detailing of mechanical components and systems (including vacuum chambers). Create drawings, maintain BOMs in ERP, work with machine shop, collaborate with Sales/Product Management, and adhere to budgets, timelines, and company policies.

Manage and improve manufacturing test systems and final product testing for door, case, sealed system, and electrical assembly areas. Develop NPI test methods, troubleshoot and maintain test equipment, implement error-proofing, own calibration and preventive maintenance, drive continuous improvement projects, and support factory operations to minimize downtime and improve outgoing quality.

Support design, specification, commissioning and troubleshooting of processing equipment in manufacturing plants. Perform feasibility studies, simulation, vendor acceptance testing, train production teams, and lead small projects to improve safety, productivity and sustainability.

The Manufacturing Process Engineer role involves providing technical support for MRI RF Surface Coils, focusing on process optimization, quality improvement, and regulatory compliance.

The Manufacturing / Quality Engineer will review and update Control Plans and PFMEAs, ensuring compliance with part specifications in a manufacturing facility.

Own tooling-related manufacturing issues: resolve tool problems, run and document tool trials, optimize machining processes, reduce cost per piece, manage tooling spend, update drawings, support cross-functional teams, and drive continuous improvement and safety in production.

The Senior Process Engineer will lead process development, manage documentation, drive yield improvements, and mentor junior staff while collaborating with cross-functional teams on product design and manufacturing processes.

Develop and deploy production test systems, fixtures, and instrumentation for PCBAs, subsystems, and products. Support DFM/DFT, validation, EOL testing, board bring-up, root-cause debugging, yield improvement, and production ramps. Collaborate with design, manufacturing, and vendors to deliver reliable, maintainable test stations and manufacturing documentation.

Designs and implements manufacturing quality processes, leads process qualification and continuous improvement using SPC, DoE, FMEA and root-cause analysis. Supports supplier inspection criteria, conducts print reviews, first-article inspections, audits, and trains inspectors. Uses metrics and statistical tools to drive corrective actions and launch new or revised products.