Semiconductor Workflow Automation Engineer (AI)

Texas Instruments; Sherman (TX); On-site; USD 120,000 - 170,000; Full time

Job summary

Texas Instruments is seeking a Thinfilms, Implant, and Epi Automation Engineer with a passion for process and automation. This role offers the opportunity to revolutionize how our manufacturing team operates by developing and automating complex workflows for Qualifications, Material Dispositions, Process Releases, and other critical semiconductor manufacturing processes.

You will leverage modern technologies and AI-driven development to drive improved efficiencies, yields, and quality in a

Qualifications

• Experience in developing software and automation for manufacturing environments.
• Ability to build and sustain automation tools and data pipelines.
• Familiarity with AI-driven development approaches.

Responsibilities

• Develop and automate manufacturing workflows and process steps.
• Rapidly deploy apps and automation using AI code generation platforms.
• Automate lot and equipment dispositions to sustain continuous production.
• Identify systematic problems and implement automated resolutions.
• Collaborate with project managers to define manufacturing requirements.
• Provide data solutions and pipelines for manufacturing decisions.
• Document software systems and troubleshooting guides.
• Deliver high-quality automation solutions on schedule.
• Ensure applications are compatible with TI sites and data systems.
• Automate repetitive tasks to boost efficiency.
• Mentor team members on software development practices.

Skills

Automation engineering

AI-assisted coding

Manufacturing data pipelines

Process optimization

Tools

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Copilot

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Job description

Texas Instruments is seeking a Thinfilms, Implant, and Epi Automation Engineer with a passion for process and automation. This role offers the opportunity to revolutionize how our manufacturing team operates by developing and automating complex workflows for Qualifications, Material Dispositions, Process Releases, and other critical semiconductor manufacturing processes.

You will leverage modern technologies and AI-driven development to drive improved efficiencies, yields, and quality in a