Top Manufacturing Engineer Jobs

Provide technical and analytical support for commercial animal health manufacturing: troubleshoot processes, support analytical testing and product release, perform investigations and deviations, implement data-driven process improvements, maintain technical documentation, and collaborate cross-functionally to meet regulatory and quality standards.

Lead manufacturing engineering for early-stage aerospace vehicle and subsystem programs. Develop manufacturing plans, build strategies, readiness assessments, capacity plans, tooling designs, and DFX assessments. Support prototype and demonstrator fabrication, assembly, and testing; influence design requirements; manage manufacturing risks and process documentation; and coordinate across engineering, program management, supply chain, test, and operations teams. Mentor engineers and present strategic manufacturing recommendations to leadership.

Leads large-scale manufacturing process improvement and innovation initiatives as a technical subject matter expert. Responsibilities include optimizing production efficiency, conducting capability studies, PFMEAs, risk assessments, validation, root cause analysis, and CAPA implementation. The role develops process documentation, supports equipment and capital projects, mentors engineering staff, collaborates with suppliers and cross-functional teams, and advises management on technical strategy, safety, quality, and continuous improvement.

Develop and improve manufacturing processes, workflows, layouts, documentation, and production readiness. Analyze data to reduce waste and improve throughput, yield, quality, safety, and cost efficiency. Lead continuous improvement, root cause analysis, CAPA, equipment and tooling evaluations, capital projects, process validation, and personnel training. Collaborate with production, quality, maintenance, supply chain, and engineering teams while supporting regulatory and quality-system compliance.

Support manufacturing to implement new products and processes: design/select/install equipment, resolve production issues, perform root-cause analysis/8D, run DOE, design efficient manufacturing cells, reduce costs, establish work instructions and quality procedures, and ensure ISO/IATF compliance.

Lead a team of manufacturing and controls engineers to launch and integrate advanced equipment across three shifts. Design and troubleshoot electrical and control systems, program ABB robots, Allen-Bradley PLCs, and Keyence vision systems, manage vendors, drive continuous improvement, ensure safety compliance, and travel (~25%) for equipment launches and commissioning.

Leads manufacturing process optimization, validation, troubleshooting, and continuous improvement for high-volume production. Owns process capability, SPC, DOE, risk assessments, IQ/OQ/PQ validation, control plans, technical documentation, and regulatory compliance. Partners cross-functionally with Operations, Quality, Product Development, Automation, Test Engineering, Planning, and Facilities. Uses manufacturing data, dashboards, MES, eDHR, Power BI, and Tableau to improve quality, yield, throughput, reliability, safety, and cost.

Designs, implements, and optimizes manufacturing processes, equipment, and systems to improve productivity, quality, reliability, safety, and cost efficiency. Responsibilities include troubleshooting equipment failures, reducing waste and downtime, optimizing workflows, supporting preventive maintenance, commissioning new equipment, ensuring regulatory compliance, and leading continuous improvement initiatives. The role collaborates with production, maintenance, and engineering teams in an on-site steel manufacturing environment.

Supports production operations as the primary technical resource for manufacturing lines. Develops and implements process, equipment, tooling, and fixture solutions to improve safety, quality, delivery, and cost. Maintains manufacturing documents and digital operations systems, leads equipment qualification and process validation, performs root-cause analysis, and executes corrective and preventive actions. Collaborates cross-functionally on design for manufacturability, continuous improvement, quality, and moderate-complexity product and process technology projects.

Supports medical device production as the primary technical resource for manufacturing lines. Develops and implements process, equipment, tooling, and fixture improvements; maintains manufacturing documentation and MES configurations; leads equipment qualification and process validation; performs root-cause analysis and corrective actions; and collaborates cross-functionally on manufacturability, quality, safety, cost reduction, and continuous improvement initiatives.

Supports and improves pharmaceutical manufacturing processes, including aseptic filling, capping, lyophilization, equipment troubleshooting, validation, commissioning, and qualification. Develops GMP documentation, executes engineering protocols, leads FAT/SAT and IQ/OQ activities, supports investigations and CAPA, and applies Lean Six Sigma and data analysis to improve yield, safety, quality, and throughput. Requires collaboration with production, maintenance, quality, and external equipment partners, with occasional overtime or weekend work.

Support transfer of reagent products from development to manufacturing and drive sustaining engineering. Execute NPI and sustaining projects, develop process documentation and validations, maintain equipment calibration, troubleshoot process and component issues, analyze data, and ensure regulatory-compliant documentation across cross-functional teams.

The Manufacturing Engineer will optimize machinery, streamline production processes, and manage workflows to enhance efficiency in manufacturing operations.

Lead tooling design and process development for metal spin forming and related fabrication. Manage projects end-to-end, implement engineering standards and training, drive continuous improvement (DfSS/Six Sigma), monitor performance metrics, and ensure design for manufacturability across design, operations, and supply chain.

Support design, development, and improvement of manufacturing processes and layouts. Assist production teams with troubleshooting, process documentation, training, and cost evaluations. Participate in project teams to optimize workflow, quality, and efficiency while ensuring safety compliance.

Designs and improves manufacturing methods, tooling, and processes to increase throughput, quality, and safety. Manages capital projects, implements automation/robotics, resolves manufacturability issues, supports Kaizen/Lean activities, maintains equipment documentation, analyzes production data, and provides training and contractor oversight to ensure production readiness.

Lead design and development of tooling, fixtures, and production equipment for aerospace composite components. Drive continuous improvement, implement manufacturing processes, resolve nonconformances, create work instructions, support production teams, ensure quality and schedule adherence, and mentor junior engineers to scale composite rocket production.

Design and develop tooling, fixtures, and production equipment for aerospace composite components. Optimize and implement manufacturing processes, drive continuous improvement and quality control, resolve nonconformances, create work instructions, mentor engineers, and collaborate with cross-functional teams to meet cost, schedule, and quality goals for composite rocket hardware.

Lead CNC machining product launches, specify and implement capital equipment, develop/modify CNC programs, optimize machining processes using simulation, drive cost reductions and continuous improvement, apply GD&T and quality/lean tools, and collaborate with global production and engineering teams.

Design and improve manufacturing methods, processes, tooling, and layouts; investigate root causes and implement corrective actions; evaluate design changes and equipment; perform cost analyses; develop work instructions and metrics; train operators; coordinate vendors/customers; support material review board and present ROI for capital or process improvements.

Lead manufacturing process improvements, design production methods, tooling and fixtures, troubleshoot root causes, drive cost reduction and manufacturability, mentor junior engineers, develop work instructions and metrics, coordinate with vendors/customers, and support product design reviews and material non-conformance resolution in an on-site aerospace manufacturing environment.

Support daily production operations and drive manufacturing process improvements through automation, line balancing, tooling and ergonomic design, and lean methodologies. Lead continuous improvement and quality initiatives (PFMEA, PPAP, control plans), develop production documentation, analyze process capability, troubleshoot production issues, and partner with production and engineering for new product introductions and operational excellence.

Lead manufacturing process development, PFMEA and continuous improvement for precision metal products. Support new product introduction, procurement/start-up of capital equipment, troubleshooting, ERP process routing, and mentor junior engineers while ensuring quality, compliance, and manufacturability for defense/aerospace programs.

Lead manufacturing engineering support for the SLCM‑N program, interfacing between engineering, production, supply chain and suppliers. Assess supplier capacity/capability, maintain approved supplier lists, support strategic sourcing, develop supplier development plans, generate manufacturing plans/process instructions, and drive supplier quality and continuous improvement in aerospace/defense production.

Leads the scaling, qualification, troubleshooting, and continuous improvement of thin-film photovoltaic manufacturing processes and equipment. Partners with engineering, supply chain, EHS, quality, and equipment vendors to define requirements, qualify tools, and ramp processes to 24x7 production. Uses statistical methods, data analysis, and structured problem-solving to improve safety, throughput, yield, and performance. Develops process controls, FMEAs, documentation, and training while mentoring engineers and technicians.