Top Industrial Engineering Jobs

Support and improve manufacturing, service, and distribution processes using industrial engineering, Lean, and Six Sigma. Lead process studies, time-and-motion analysis, layout optimization, labor standards, and continuous improvement projects. Collaborate cross-functionally to deploy and sustain manufacturing tools, safety programs, and documentation, ensuring compliance and capturing process metrics.

Lead continuous improvement and industrial engineering efforts within Service and Repair to optimize capacity, reduce waste, analyze workflows, implement corrective actions, and deliver scalable process improvements. Partner cross-functionally, manage projects end-to-end, develop standard work, drive data-informed decisions, and provide on-site floor support across multiple service sites.

Develop and execute sequences of operation, HMI, and test plans for data center HVAC/control systems. Create PLC/DDD logic (ladder, structured text, function blocks), review schematics/P&IDs, troubleshoot, and collaborate with teams to meet product and customer specifications.

The Senior Quality Engineer will implement a robust Quality Management System for a new production line, ensuring compliance and quality processes while leading continuous improvement initiatives.

Industrial Engineer II will analyze production, improve performance via continuous improvement, manage capacity models, and lead change initiatives.

The Senior Industrial Engineer role focuses on improving production performance, capacity modeling, and implementing continuous improvement initiatives in a manufacturing environment. Responsibilities include leading capacity analyses, standard work implementation, and mentoring junior staff.

Plans and oversees facility layout and equipment, conducts feasibility studies, drives operational efficiency, and collaboration with cross-functional teams.

Design and implement factory layouts, model process flow and capacity, support NPI/DFMA, lead lean continuous improvement, build KPIs, and enable production ramp for satellite manufacturing.

As an Industrial Engineer II, you will optimize production workflows for lunar products, collaborate with teams to enhance safety and efficiency, and drive continuous improvement initiatives.

Design, develop, and maintain industrial control and power systems for launch vehicle ground operations. Lead PLC/HMI application development, electrical and assembly drawings, EGSE, umbilical/disconnect systems, and commissioning. Troubleshoot installations, work with technicians and suppliers, and document specifications and procedures.

Designs, develops, and verifies data collection, power and control systems, PLC/HMI and EGSE for launch vehicle test and ground support. Produces schematics and drawings, develops PLC software, commissions systems, troubleshoots failures, maintains configuration management, and supports fabrication and installation with technicians and suppliers.

Design, develop, and verify industrial control and data collection systems for launch vehicle testing and ground support. Produce schematics and assembly drawings, develop/mod PLC and HMI applications, support fabrication/installation/commissioning of EGSE/umbilical systems, troubleshoot operations, document specifications and procedures, and participate in design reviews.

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 and deliver end-to-end Industrial IoT systems from edge data acquisition to cloud ingestion, real-time analytics, dashboards, and OT/IT integrations. Build secure connectivity, device management, edge applications, and pipelines; ensure compliance with industrial cybersecurity standards, produce documentation, and mentor junior engineers.

Design and deliver end-to-end Industrial IoT systems: edge data acquisition from PLCs/SCADA, secure connectivity, cloud ingestion, real-time analytics, dashboards, OT/IT integration, device management, and mentorship of junior engineers while ensuring industrial cybersecurity and operational documentation.

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.

Lead manufacturing line improvement initiatives: analyze data, design line flows, run capacity modeling and time studies, apply Lean/Six Sigma and Kaizen, implement projects to boost productivity, reduce waste, and mentor junior engineers.

Design and scale operational systems for network growth, acquisitions, and new warehouse launches. Lead IE workstreams, develop labor models and engineered standards, drive productivity and cost-reduction initiatives, mentor CI engineers, and quantify network-level impact through data-driven operating models.

Provide technical leadership and support for plant industrial engineers on material flow, workstation layouts, time standards, and lean documentation. Mentor teams, implement best practices, support new model launches, maintain central databases, assist Design for Assembly, and travel extensively (50%) to JIT plants.

Design and deliver end-to-end Industrial IoT solutions from edge data acquisition to cloud ingestion, real-time analytics, dashboards, and OT/IT integration. Implement secure connectivity, device management, and compliance with industrial cybersecurity standards while mentoring engineers and producing operational documentation.

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.

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

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.

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

The Senior Industrial Engineer leads process improvement initiatives, supports New Product Introductions, and coordinates operational excellence strategies while collaborating with shop floor personnel for continuous improvement.