Top Manufacturing Engineer Jobs

Oversee and optimize wet cleans processes: develop recipes, reduce variability, document procedures, start up and qualify processes/equipment, improve tool-to-tool matching, support CIP and SPC programs, troubleshoot yield/defect issues, and collaborate cross-functionally to meet quality, cost, productivity, and yield goals.

Lead and manage quality processes for 300mm semiconductor manufacturing, drive yield and defectivity improvements, run experiments and data analysis, host cross-functional and escalation meetings, govern review boards, track KPIs, deploy best-known methods globally, and champion risk-based thinking and customer-focused quality culture.

Define, specify, and improve manufacturing equipment and tooling; supervise installations; perform manufacturability analyses for new product and capacity projects; implement manufacturing engineering actions and support continuous improvement, efficiency, and OEE programs in cooperation with plant engineering.

Lead and implement manufacturing standardization and continuous improvement initiatives across plants to improve safety, quality, service and reduce cost. Manage CI projects delivering significant cost savings, support plant engineering, coach process engineers, develop standards, report progress, and drive KPI attainment through Lean/Six Sigma methods.

Own end-to-end manufacturing test readiness: design and implement automated test equipment and Python-based test software, analyze MES/manufacturing data to drive yield and test-time improvements, lead production investigations and root-cause analysis, support NPI, and maintain hardware-in-loop CI and high software quality.

Design, develop, and maintain automated board- and assembly-level production tests, fixtures, and scripts. Create test procedures and documentation, validate production tests, investigate failures, review designs, collaborate with suppliers, and train production personnel to support manufacturing and repair facilities.

Provide hands-on support to manufacturing/process engineers across FLIR cooler production lines: process returned hardware, execute experiments and equipment validations, support production and rework, update assembly instructions, train production personnel, drive continuous improvement (Lean/Six Sigma/5S), and report manufacturing metrics. Requires lifting up to 50 lbs and flexibility for overtime.

Identify and resolve tooling and machining problems, implement cost savings, manage tooling budgets, perform tool trials, update tooling documentation, support production metrics, and lead continuous improvement projects to optimize manufacturing processes.

The Manufacturing Probe Test Engineer will develop and support wafer-level electrical test operations, ensuring quality data collection and high-throughput testing, while collaborating with various engineering teams.

Lead HSE strategy and technical guidance for high-hazard aerospace manufacturing. Drive hazard analyses, incident investigations, MOC, audits, contractor compliance, industrial hygiene, emergency preparedness, training, and continuous improvement to reduce operational risk and ensure regulatory compliance across production operations.

The Manufacturing Automation Engineer will support design and optimization of manufacturing processes, provide process engineering support for capital projects, and ensure regulatory compliance in a pharmaceutical environment.

The Manufacturing Technology Engineer provides technical expertise in unit operations, leads improvement projects, supports troubleshooting, and enhances process safety management at DuPont.

Lead and execute Operational Excellence (OpEx) and LEAN projects to improve manufacturing processes, layouts, and efficiencies. Identify savings, manage process documentation and training, support root-cause analysis and corrective actions, and report results to senior management. Provide project management for sustainability, innovation, and production optimization efforts.

The role involves leading automation projects in semiconductor manufacturing, collaborating with engineers, problem-solving, and improving operations efficiency through data analysis and process optimization.

The Senior Mechanical Design Engineer will design custom fixtures and hardware for electronics manufacturing, ensuring high performance in real production environments, and collaborate with various teams to support customer deployments.

Lead hands-on failure analysis using advanced materials characterization (SEM/FIB, TEM, SIMS, XPS, spectroscopy, chromatography) to determine root causes, correlate data with process history, develop corrective actions, validate test methods, and communicate findings to influence engineering and supplier decisions across manufacturing and field environments.

Provide frontline shop-floor support for MES/SCADA/automation systems, triage and resolve incidents, perform structured troubleshooting, execute change-control activities, monitor system health, support compliance and maintenance, and mentor junior engineers to improve operations and reduce production impact in a GMP environment.

Lead architecture and development of manufacturing systems and integrations (MES, ERP, QMS, WMS). Build production factory software, define APIs/data models, establish engineering standards, ensure auditability/observability, and partner with cross-functional operations teams. Mentor engineers and operate hands-on as the first senior technical leader in a fast, regulated manufacturing environment.

As a Manufacturing Process Engineer, you will provide technical leadership in automated converting and packaging processes, drive process improvements, and manage documentation while mentoring teams.

Lead regional NPI manufacturing deployment: develop standards and processes, manage launch readiness, coordinate supply chain and ramp planning, perform DFMA/PFMEA and pilot builds, drive continuous improvement, and present data-driven status to senior management.

Lead manufacturing engineering analytics and systems for semiconductor foundry operations. Develop predictive models for wafer demand, cost, and cycle time; create and maintain process codes in SAP; design and deploy engineering tape-out systems; build supplier performance dashboards; document procedures and maintain collaboration tools for cross-functional teams.

Lead projects in SCADA, MES, and information solutions, interfacing with clients, managing project scope, and overseeing execution and startup activities across industries, primarily food and beverage and life sciences.

Manufacturing Automation Engineer responsible for designing SCADA systems, managing projects, and collaborating with clients for the food and beverage and life science industries. Requires strong technical and interpersonal skills along with experience in system integration and control systems.

This role involves SMT assembly process engineering, including tooling design, automation programming, and manufacturing oversight to ensure high reliability standards.

Responsible for the ownership and support of Manufacturing IT Applications, focusing on SCADA systems management, regulatory compliance, and stakeholder collaboration in a GMP environment.