Top Manufacturing Engineer Jobs

Develop and program CNC operations for high-precision machined parts, define manufacturing sequences, tooling and gauging, support program prove-outs and troubleshooting, collaborate with engineering, quality, production and vendors, and drive process and tooling improvements to enhance manufacturability and estimate costs/timelines.

Own end-to-end manufacturing for development and production products. Develop and optimize scalable processes, introduce new equipment and DFM, lead NPI and troubleshooting, ensure quality/compliance (e.g., AS9100), and provide technical leadership to manufacturing teams.

The Advanced Manufacturing Engineer will develop, execute, and improve automated machining, assembly, inspection processes, and troubleshoot production issues, ensuring high-quality output in aerospace and defense contexts.

Own and improve manufacturing processes for robotic products, translate designs into scalable production, create work instructions, train associates, optimize throughput, reduce cost/defects, and support NPI from prototype to full-scale production.

Develop, program, and optimize Automated Fiber Placement (AFP) processes using Ingersoll systems and Vericut tools. Translate ply books into AFP paths, support machine setup and calibration, validate programs with simulation and dry runs, troubleshoot AFP issues, collaborate on DFM and tooling, document process improvements, and support audits and corrective actions to improve part quality and production efficiency.

The Manufacturing Engineer role focuses on production support for MRI technology, involving process troubleshooting, validation documentation, and collaboration across teams.

Design and improve manufacturing processes, equipment, and layouts to boost efficiency and quality. Manage new product launches, create/update BOMs and routings, source and test tooling, resolve production bottlenecks, write technical procedures, and collaborate with engineering, purchasing, and global teams to control costs and implement Lean practices.

Lead development of manufacturing methods, CNC/CAM programming (3- and 5-axis), tooling/fixture design, standard work, and continuous improvement (Lean/Six Sigma) for complex machined parts. Provide manufacturability feedback, manage projects/capital equipment, perform root-cause analysis using DOE/SPC, mentor engineers, and support cross-functional teams including quality and production.

Lead development and improvement of manufacturing processes, documentation, and MES instructions; drive production readiness, yield and process stability; support engineering changes, MRB activities, and schedule recovery; provide factory support, continuous improvement, and mentorship; and deliver producibility guidance for design and cross-functional teams on the AARGM program.

Support marine propulsion development by proposing and implementing manufacturing processes, tooling, and DFMA/DTC improvements. Optimize production flows, layouts, and continuous improvement initiatives. Collaborate with IPT teams (design, quality, operations, supply chain) and support new product introduction, equipment installation, and project planning on a full-time onsite day shift.

Develops and oversees manufacturing processes for rocket motor and related production, writes work instructions, troubleshoots processes, coordinates manufacturability with design, analyzes processing data, implements corrective actions, and supports proposals and day-to-day manufacturing operations on-site.

Lead discovery, rapid prototyping, and deployment of production-ready AI solutions for supply chain and manufacturing. Build Python-based RAG pipelines, semantic search, multi-agent workflows, data integrations, and enterprise platform connections. Engage frontline operations, translate business needs into technical requirements, manage agile delivery, and ensure prototypes are scalable and transferable to core engineering teams. Work across SAP, MES, shop-floor platforms, databases, telemetry, and unstructured data while collaborating with security, data, and architecture teams.

Installs and qualifies manufacturing equipment, troubleshoots production, yield, quality, and process issues, and executes experiments in a pilot manufacturing environment. The role analyzes equipment and product performance data, implements process and yield improvements, maintains process specifications and control plans, develops operating procedures, trains technicians, and collaborates with Operations, EHS, Development, Controls, and equipment suppliers. Domestic and international travel of 5%–10% is required.

Lead design, deployment, and scaling of high-voltage battery test systems (HiPot, EOL, cyclers). Build test automation integrated with MES, enforce NFPA 70E safety, drive root-cause analyses, vendor selection, and continuous improvement to move processes from prototype to volume production.

Embed onsite at customer factory sites to investigate manufacturing issues using Instrumental Solve, drive root-cause corrective actions to measurable results, own mission execution, integrate equipment and tune algorithms, and build strong relationships with factory stakeholders to accelerate yield and throughput.

Drive process improvements, equipment modification, and new-product implementation to increase quality, output, and reduce cost. Investigate failures, develop corrective actions, create operating documentation, test and evaluate products/processes, optimize plant layout, manage multiple development projects, and integrate new manufacturing technologies.

Entry-level manufacturing engineer supporting 200mm RF semiconductor production. Drive continuous improvement, design and analyze experiments, perform hands-on troubleshooting, collaborate with technicians and cross-functional engineering teams, and apply structured problem-solving to improve yield, throughput, cost, and process stability.

Designs and improves manufacturing processes, tooling, and work instructions to maximize efficiency, quality, and safety. Leads continuous improvement and Lean/Six Sigma initiatives, manages equipment and facility projects, supports product launch and ECO/ECN changes, trains staff, and ensures OSHA-compliant, reliable production operations.

Develop and optimize manufacturing processes, work instructions, and tooling for thruster hardware. Manage cost, quality, schedule, supplier interfaces, process control, root cause analysis, equipment integration, capacity, material handling, and hardware configuration throughout build and test.

Develop, implement, and optimize thruster manufacturing processes and equipment. Create work instructions, perform drawing reviews, manage cost/quality/schedule, run statistical process controls, perform root-cause analysis, interface with suppliers, and maintain hardware configuration and pedigree through build and test.

Develop and optimize machining and assembly manufacturing processes, create work instructions and tooling, design fixtures, improve machine shop layout and efficiency, provide DFM input, lead continuous improvement and training, troubleshoot machining defects, and support cost-reduction initiatives.

Design, troubleshoot, and improve manufacturing equipment, processes, and systems using lean methods. Lead continuous improvement, launch support, PFMEA/DOE, data-driven quality assurance, and mid-sized projects while ensuring safety and ISO/TS compliance.

The Senior Manufacturing Engineer develops, manages, and executes documents and projects for operational readiness in the AP2 factory, focusing on basket fabrication and assembly, while ensuring quality and continuous improvement in the manufacturing processes.

Manage manufacturing capital and expense projects, prepare engineering prints and RFQs, lead equipment purchases and installations, improve equipment reliability and preventative maintenance, support new product introductions, run cost-savings and quality initiatives, conduct FMEA and asset performance evaluations, monitor OEE, and lead cross-functional teams to manage timelines and budgets.

Lead shop operations for combustors and structures: monitor WIP, manage vendor flow and documentation, implement LEAN and 5S, create process docs, interface with engineering/quality/customers, and troubleshoot manufacturing issues in a low-volume, high-mix environment.