Industrial Systems Engineer - 300mm Fab Optimizer

Texas Instruments; Richardson (TX); Hybrid; USD 90,000 - 130,000; Full time

Job summary

Texas Instruments in Richardson, TX seeks an Industrial Systems Engineer for the APF Engineering group to advance productivity at a 300mm semiconductor facility. The role focuses on automated job development, data-driven decisions, and cross‑functional collaboration across managers, supervisors, and engineers.

The successful candidate will quickly adapt to new concepts, be self-motivated, and troubleshoot complex system interactions in a fast-paced wafer fab environment.

Qualifications

• Experience transitioning to new roles quickly and self-motivated.
• Ability to learn new concepts and adapt in a rapid-paced wafer fab environment.
• Proven track record working with managers, supervisors and engineers to meet business goals.

Responsibilities

• Develop automated jobs to optimize lot dispatching, scheduling, material movement and task automation.
• Collaborate with stakeholders to understand and address factory challenges.
• Leverage data collection and analytics for automated decision making.
• Apply strong computer skills and software proficiency relevant to the role.
• Troubleshoot complex engineering problems in a 300mm semiconductor facility.
• Manage time effectively to drive parallel projects to completion.
• Communicate impact of changes to stakeholders and leadership.
• Evaluate emerging technologies and software solutions to stay at industry forefront.

Skills

Automation

Data analytics

Stakeholder management

Project management

Troubleshooting

Communication

Emerging technologies

Job description

Texas Instruments in Richardson, TX seeks an Industrial Systems Engineer for the APF Engineering group to advance productivity at a 300mm semiconductor facility. The role focuses on automated job development, data-driven decisions, and cross‑functional collaboration across managers, supervisors, and engineers.

The successful candidate will quickly adapt to new concepts, be self-motivated, and troubleshoot complex system interactions in a fast-paced wafer fab environment.