Top Industrial Engineering Jobs

Optimize assembly methods, processes, and equipment to reduce labor hours while meeting quality, cost, safety, and production targets. Lead process design, testing, start-up support, improvement projects, and training; evaluate new technologies and approve external/internal process designs.

Support semiconductor packaging production by developing schedules, capacity models, metrics, and data visualizations. Drive continuous improvement, extract and analyze MES/SAP data, optimize product flow and schedules, train frontline staff, and lead digital transformation efforts to reduce cost and cycle time.

Design and architect end-to-end Industrial IoT solutions across edge, gateway, connectivity, and cloud. Implement data ingestion from PLCs/SCADA, build edge/cloud pipelines, enable secure device management, integrate OT with enterprise systems, develop real-time analytics and predictive maintenance, produce operational dashboards and documentation, ensure industrial cybersecurity compliance, and mentor junior engineers.

Analyze and improve manufacturing operations using data analytics, metrics, and visualizations. Lead digital transformation, optimize product flow and scheduling, align SAP/MRP systems, perform time studies, capacity modeling, SPC and capability analysis, build scalable models and dashboards, communicate requirements with IT/ERP/data teams, and support on-site manufacturing with occasional travel.

Develop and maintain labor standards via time studies (MOST/MTM) and work sampling, document SOPs, lead Lean Six Sigma continuous improvement projects, analyze and visualize data (SQL/BI, Excel, Minitab), and perform on-site observations to improve productivity, quality, and customer experience.

Lead and coach facility continuous improvement using Lean/GMS tools (VSM, Kaizen, 5S, SMED, TPM, Kanban). Develop and implement standard work, mentor teams, drive process improvements and facilitate best-practice sharing across the facility and corporate CI programs.

Improve and standardize manufacturing processes, set work standards, perform cost and layout analyses, optimize resources, lead projects and implement new equipment and processes to increase efficiency in automated production.

Lead design and build core software primitives, platforms, and developer-facing tooling for machine-facing systems. Work across software, controls, hardware, and operations to create durable, extensible systems and support multi-facility deployments and partner integrations.

Optimize UPS and MV production operations by analyzing processes, designing integrated systems, implementing quality control, and utilizing Lean and Six Sigma methodologies.

The Mechanical Project Engineer will design and execute mechanical utility systems, focusing on industrial boiler, steam, and cooling systems, ensuring compliance and quality while collaborating with engineering teams.

The Territory Sales Engineer will manage relationships with distributors and end-users, leveraging technical knowledge to drive sales in various industrial applications. Responsibilities include CRM use, market development, and providing presentations.

The Industrial Engineer II/III optimizes manufacturing processes, enhances efficiency, supports production activities, and leads continuous improvement initiatives, focusing on methods engineering and layout design.

Support industrial engineering activities to plan, design, implement, and manage production systems. Conduct workflow and process studies, recommend improvements, design workstations and tools, estimate project times, reduce scrap and changeover time, analyze layouts and workforce utilization, and support continuous improvement and safety compliance.

The role involves designing and developing control and power systems for vehicles, leading projects related to industrial controls, and troubleshooting issues in the aerospace sector.

Design, develop, and verify industrial control, data collection, and power systems for launch vehicle test and ground support. Create schematics and assembly drawings, develop/modify PLC/HMI applications, support fabrication/installation/commissioning, troubleshoot systems, and document procedures. Lead projects and review supplier designs.

The Industrial Engineer will optimize manufacturing processes and workflows, lead strategic initiatives, conduct analyses, and collaborate across multiple teams to enhance efficiency and scalability.

Coordinate engineering changes and manufacturing readiness activities across cross-functional teams. Maintain change records, build documentation, verify BOM content, support process system design milestones and preproduction builds, drive open action items, and monitor project Key Process Indicators to ensure on-schedule execution.

The Industrial Engineer designs operational systems for growth and efficiency in warehouse launches, leading initiatives to improve productivity and reduce costs.

Support Sentinel program manufacturing by performing industrial engineering tasks: capacity analysis, time studies, scheduling, shop-floor layout, SQDEC metrics, MRAs, and cross-functional coordination to optimize production and report status to leadership.

Manage a team to maintain, implement, and improve industrial control systems (ICS-BAS/EPMS) across global datacenters. Ensure ICS availability, data quality, reporting, security, access governance, and change management. Use telemetry analytics to optimize performance, lead site-level programs and global initiatives, and collaborate with IT and Critical Environments stakeholders while enforcing safety and compliance.

Improve semiconductor manufacturing throughput and efficiency by measuring capacity, analyzing operational data, implementing lean improvements, optimizing layouts and schedules, and reducing cycle-time variation to meet production goals.

Design, implement, commission, and troubleshoot industrial networks for manufacturing sites. Create network designs, BOMs, diagrams, and documentation; configure Cisco/Rockwell switches; support on-site installation, testing, and project lifecycle activities.

Design and improve manufacturing systems to increase efficiency, reduce waste, ensure quality and safety. Analyze production processes, implement Lean methods and technological improvements, design layouts, prepare inventory analysis and procurement, generate process documentation and reports, and collaborate cross-functionally to minimize production issues.

Lead manufacturing process improvements from product launch to production: design workstations and layouts, implement lean methods (5S, Kaizen, Kanban, TPM, SMED), develop process documentation, generate capital requests, optimize material flow (PFEP), and train and support operations to improve manufacturability, safety, and cost.

Design and build end-to-end Industrial IoT systems from edge data acquisition to cloud ingestion, real-time analytics, and operational dashboards. Architect solutions, integrate OT/IT, ensure secure connectivity, troubleshoot production issues, conduct code and design reviews, and mentor junior engineers while working with cross-functional stakeholders.