AI-Powered Manufacturing Workflow Automation Engineer

Texas Instruments Incorporated; Sherman (TX); On-site; USD 120,000 - 180,000; Full time

Job summary

Texas Instruments Incorporated is seeking an AI Engineer focused on Thinfilms, Implant, and Epi processes to develop and automate manufacturing workflows and data pipelines. The role emphasizes AI-assisted coding to accelerate digital transformation in a high-volume wafer fab, improving yields, quality, and productivity.

You will bridge process engineering with software development, build automation tools, and deliver scalable solutions across TI sites to enhance manufacturing efficiency.

Responsibilities

• Develop and automate manufacturing workflows Qualifications, Dispositions, Process Releases, and other Critical Process Steps.
• Rapidly develop and deploy applications and automation solutions using AI code generation platforms (Claude, Copilot, Cursor, etc.) to accelerate development & implementation
• Automate lot and equipment dispositions to support continuous production flow and minimize cycle time
• Identify systematic problems in process or equipment and develop automated solutions to drive resolution
• Work with project managers and internal customers to define requirements and develop solutions that meet manufacturing needs
• Provide data solutions and pipelines that enhance manufacturing applications and decision-making
• Document software systems, usage requirements, and troubleshooting guides for manufacturing teams
• Deliver high quality automated solutions in a timely manner
• Make applications and automation tools compatible with other TI sites and data systems
• Automate repetitive tasks to drive increased efficiency
• Mentor team members across the organizations on proper software development and management techniques

Job description

Texas Instruments Incorporated is seeking an AI Engineer focused on Thinfilms, Implant, and Epi processes to develop and automate manufacturing workflows and data pipelines. The role emphasizes AI-assisted coding to accelerate digital transformation in a high-volume wafer fab, improving yields, quality, and productivity.

You will bridge process engineering with software development, build automation tools, and deliver scalable solutions across TI sites to enhance manufacturing efficiency.