Top Manufacturing Engineer Jobs

As a Manufacturing Automation Engineer V, you will lead automation projects, design production lines, and optimize processes to enhance safety and efficiency.

The Lead Manufacturing Engineer will oversee the improvement of semiconductor manufacturing processes, focusing on distillation purification. Responsibilities include driving safety, leading projects, troubleshooting issues, and mentoring junior engineers while collaborating across departments.

The Product Quality Engineer will manage customer issues, lead quality management activities, and drive quality improvements in semiconductor manufacturing.

Lead scoping, planning, and execution of capital and process improvement projects in lumber manufacturing. Coordinate operations, maintenance, vendors, and contractors to deliver projects on time, on budget, and compliant with safety and regulatory standards. Provide technical troubleshooting, risk mitigation, continuous improvement, and contractor oversight, with hands-on onsite involvement as required.

Lead design, implementation, and deployment of MES solutions; act as solution architect; integrate MES with Level 2/4 systems; ensure cGMP and 21 CFR Part 11 compliance; manage projects, budgets, schedules; mentor engineers; develop interfaces with DeltaV, SAP, LIMS, PI, Maximo; drive MES analytics and process improvements; travel up to 25%.

Responsible for designing, implementing, and maintaining automated test systems in an electronics manufacturing environment, focusing on wireless communications. Collaborates with engineering teams on test plans and infrastructure improvements, while addressing production line issues and performing advanced failure analysis.

Support and improve manufacturing value stream by analyzing metrics, solving safety and quality issues, leading capital and automation projects, documenting processes for production transfers, and driving preventive maintenance and continuous improvement using Lean/Six Sigma and quality tools.

Lead design, prototyping, and deployment of automated manufacturing systems including robotics, motion, sensing, and vision. Own projects end-to-end, support controls integration, perform DFMEA/PFMEA, optimize production workflows, develop documentation, manage suppliers, and ensure safety and regulatory compliance to enable reliable, scalable production.

Designs and implements cost-effective manufacturing processes, leads process improvements, supports new product launches, creates process documentation (PFMEA, Process Flow), and trains production teams to improve quality and efficiency.

The role involves designing manufacturing processes and tooling for launch vehicles, optimizing production efficiency, and collaborating with various engineering teams to enhance manufacturability and reliability.

Responsible for optimizing manufacturing processes for launch vehicle components, collaborating with engineering teams, and leading continuous improvement initiatives.

The Manufacturing Quality Engineer II ensures high-quality manufacturing processes through participation in product lifecycle, issue resolution, compliance, and continuous improvement efforts.

Lead development and deployment of manufacturing systems and engineering capabilities across global apparel partners. Drive Lean, quality, industrial and garment engineering practices, standardize processes, strengthen manufacturing readiness, resolve quality issues through root cause analysis, and elevate factory capabilities through audits, inspections, and cross-functional partnerships.

Design, develop, and optimize high-volume manufacturing processes for optical and photonic products. Lead process implementation, run experiments (DOE/SPC), troubleshoot yield and quality issues, qualify materials/equipment, create process documentation, and drive continuous improvement with cross-functional teams.

Support chemical manufacturing operations by entering and controlling product data, analyzing production metrics, ensuring regulatory compliance for SDS and labeling, developing SOPs, and collaborating on process-improvement projects while working in lab and plant environments.

The role involves evaluating customer requests, developing estimates, providing manufacturability feedback, and collaborating with teams to ensure smooth project execution in composite manufacturing.

Support technical sales for engineered manufacturing solutions: conduct discovery, create proposals and quotes, validate feasibility with Engineering/Production, manage customer meetings and CRM records, and help drive pipeline and timely order fulfillment.

The Fab Manufacturing Quality Engineer will enhance quality systems in semiconductor manufacturing, lead meetings, and develop data mining tools while managing quality processes and improvement initiatives across teams.

As a manufacturing test engineer, you will develop and support automated tests for sensors and ECUs in autonomous vehicles, collaborating with cross-functional teams to ensure product functionality and continuous improvement.

Responsible for developing test systems, software for hardware component testing, maintaining infrastructure, and collaborating with engineering teams to ensure quality standards.

Develop and maintain automated test software and sequences for manufacturing test stations for humanoid robots. Create tools to track, analyze, and report test results; reproduce and diagnose failures; perform log analysis and data visualization; define quality gates and validation processes; and collaborate with hardware, controls, and software teams to ensure release stability and continuous improvement.

Lead development and optimization of scalable manufacturing test systems for embedded and electro-mechanical robotic products. Define automated test strategies, own test platform lifecycle, support NPI, drive root-cause analysis, embed DFT/DFM, mentor junior engineers, and integrate test data and reporting for manufacturing quality and reliability.

Lead productionization and scaling of advanced manufacturing capital equipment (e.g., laser powder bed fusion, automated assembly). Own manufacturing readiness from build through production handoff, develop work instructions and SOPs, drive reliability improvements and RCA, partner cross-functionally on DFM/DFA and change control, and mentor technicians and engineers.

Responsible for designing, implementing, and optimizing manufacturing processes, improving efficiency and quality, and supporting capital projects in a discrete part manufacturing plant.

Lead and support Lean/CI initiatives across manufacturing sites, optimize processes, develop assembly methods and layouts, lead cross-functional improvement projects, train staff on CI tools, collaborate with Materials and Quality, and identify automation and cost-saving opportunities.