Top Industrial Engineering Jobs

Lead initiatives to improve operational efficiency, reduce waste, optimize systems, and drive process innovation in manufacturing operations.

The role involves designing factory layouts for AI Science Factories, integrating lab instrumentation, collaborating with teams, and maintaining CAD models.

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.

Lead developer relations to enhance the ecosystem of GPU applications in energy. Build relationships, unblock technical integration, translate requirements, and measure outcomes for NVIDIA platforms.

The role involves leading the design and deployment of industrial wastewater treatment solutions, focusing on creating processes for Food & Beverage clients, and requires extensive experience in wastewater treatment system design and engineering.

The Industrial Engineer II will optimize large process manufacturing, applying lean principles, conducting studies for efficiency, and managing the assembly workload.

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

The Graduate Electrical Engineer assists with project tasks under supervision, prepares reports and designs, uses engineering software, and learns from experienced engineers.

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 I develops best practices, conducts time-motion studies, implements Lean and Six Sigma methodologies, and assists with operational excellence initiatives to improve customer satisfaction and efficiency.

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.

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.

The Industrial Engineer will support manufacturing operations through capacity analysis, process optimization, and coding for automation, ensuring data integrity and performance data validation to enhance decision-making in the semiconductor industry.

The Industrial Engineer develops manufacturing techniques to optimize efficiency, conducts time studies, and collaborates with management to improve production processes.

The Industrial Engineer will collaborate on continuous improvement projects using Lean Six Sigma tools to optimize production efficiency, save costs, and ensure quality. Responsibilities include leading projects, developing feasibility studies, and creating standard operating procedures.

The Sales Engineer will support sales of automation products, provide customer technical support, and recommend inventory based on customer needs. Requires strong communication and interpersonal skills, along with knowledge of automation technologies.

The role involves applying Industrial Engineering concepts to optimize production systems, enhance operational efficiency, and improve quality while collaborating with multi-functional teams.

The Senior Industrial Engineer will develop labor standards, improve workflow, reduce waste, implement work improvements, and collaborate with teams on manufacturing processes.

The RFAB Module Industrial Engineer at Texas Instruments focuses on improving manufacturing operations through performance analysis, capacity modeling, data validation, and collaboration across departments to optimize equipment utilization and operational performance.