Top Industrial Engineering Jobs

Lead design and development of piezoelectric transducer assemblies, build and validate multi-physics models, produce SolidWorks designs and SAP production documentation, execute experimental validation and root-cause analysis, and serve as technical lead mentoring engineers and influencing engineering standards and product direction.

Design and lead process-mechanical tasks for industrial water/wastewater projects: prepare drawings, P&IDs, calculations, specifications, reports, coordinate disciplines, support construction, perform site evaluations and field testing.

Serve as process engineer on industrial water and wastewater projects: develop process designs, P&IDs, specifications, calculations, and O&M manuals; perform field work, pilot testing, commissioning, and client presentations; mentor junior staff; manage projects and support business development across study, design, construction, startup, and operation phases.

Design and implement discrete event simulation models to support manufacturing transformation, optimize facility layouts and material flow, validate automation investments, collect and analyze production data, and deliver IE-driven recommendations across cross-functional teams to improve throughput, capacity, and operational performance.

As an Industrial Engineer at Texas Instruments, you'll support manufacturing operations through capacity modeling, data analysis, process improvements, and communication with stakeholders to enhance operational performance.

Lead initiatives to analyze and improve manufacturing operations, optimize plant layout and staffing, reduce waste, and support product launches. Drive Lean/continuous improvement, value stream mapping, manufacturing planning, quality compliance, and cross-functional projects to meet schedule, budget, safety, and performance targets.

Lead full-lifecycle industrial automation projects from design through commissioning. Architect and program PLC, HMI, SCADA, and DCS solutions, manage integration, perform FAT/SAT/startup, troubleshoot control systems, and act as primary technical client contact while ensuring compliance with safety and industry standards.

Analyze and optimize warehouse workflows (receiving, putaway, picking, packing, shipping). Develop engineered labor standards, perform time studies, model capacity, design layouts, support WMS configuration and automation evaluation, lead improvement projects, and provide KPI reporting and ROI analysis for fulfillment operations.

Design hydraulic circuits, layouts, and BOMs; size components; support proposals, testing, commissioning, and troubleshooting; collaborate with customers, sales, and internal teams across project lifecycles, including field work.

The Technical Marketing Engineer will analyze market trends in industrial robotics, translate technical capabilities into value propositions, support customer engagements, and participate in go-to-market execution.

The Industrial Engineer will improve operational efficiency by analyzing labor standards, supporting layout designs, and collaborating on process optimizations within fulfillment operations.

The Industrial Engineer III will optimize assembly processes for large equipment, improve efficiency, implement lean principles, and lead continuous improvement projects.

Support the Industrial Engineering team to plan, design, implement, and optimize production systems. Analyze workflows, perform time studies and cost estimates, design tooling and workstations, coordinate layouts and changeovers, ensure preventive maintenance, reduce scrap, monitor quality and implement continuous improvement while maintaining safety compliance.

Design and optimize high-speed automated and manual assembly systems through line balancing, work cell layout, material flow improvements, simulation modeling (FlexSim), and continuous improvement using Lean and Six Sigma to increase throughput, reduce bottlenecks, and improve quality.

The Industrial Engineer leads optimization of manufacturing systems, improving safety, productivity, and efficiency through data-driven methods and Lean practices. Responsibilities include system design, analysis, and cross-functional collaboration for continuous improvement and support of New Product Introduction.