Advanced Process Controls Engineer (SM1)

Texas Instruments Incorporated; Sherman (TX); On-site; USD 110,000 - 160,000; Full time

Job summary

Texas Instruments Incorporated is seeking an energetic Factory Controls Engineer to help startup a new 300mm fab and drive continuous improvement across process control and automation.

You will collaborate with Fab Engineering, process engineering, equipment automation, data engineering, and data science teams to implement Advanced Process Control and predictive techniques to reduce downtime and improve yield.

Responsibilities

• Support the manufacturing ramp with execution of APC R2R processes that accelerate equipment/process startup and process experiments (SWRs)
• Support the manufacturing ramp of a new factory with execution of equipment installation from a process perspective, process startup, and process release
• Accelerate the development of the R2R control system, including new control features, creating APC software tools, optimizing algorithms, and integrating machine learning with traditional control
• Learn and execute in multiple manufacturing execution systems (MES) quickly and proficiently
• Support manufacturing operations in a high-volume manufacturing 300mm wafer Fab running Analog or Embedded Processing Technologies
• Develop and implement improved methods of manufacturing, procedures, and processes that result in improved efficiencies, yields, machine operations, and quality
• Implement project or improvement plans for areas of responsibility including but not limited to: efficiency improvements, cost reduction or quality improvement programs, new product support and other process improvements
• Identify systematic problems in either process or equipment related sources and communicating findings to the engineering staff in a continuous manner
• Participate in data analysis and problem resolution
• Develop new processes for existing or future technologies with high performance and low cost to produce world class quality
• Apply statistical rigor through SPC, DOE, modeling and other advanced data analysis methods

Job description

Change the world. Love your job.

We can't predict what the future holds, but we know Texas Instruments will have a part in shaping it.

Texas Instruments is looking for an energetic engineer with a passion for process control and automation. This position provides the opportunity to start up a new factory and drive continual improvement at all levels. As a Factory Controls Engineer you are responsible for working with Fab Engineering to reduce run-to-run (R2R) process variation by implementing Advanced Process Control (APC) methods. In this position, you’ll have the opportunity to collaborate with process engineering, equipment automation, data engineering, and data science teams to develop innovative APC solutions and sophisticated methods of variation prediction to reduce unscheduled tool downtime, improve process repeatability/reliability, and protect the factory from wafer-loss events.

The responsibilities of a Factory Controls Engineer (APC) in this role include:

• Support the manufacturing ramp with execution of APC R2R processes that accelerate equipment/process startup and process experiments (SWRs)
• Support the manufacturing ramp of a new factory with execution of equipment installation from a process perspective, process startup, and process release
• Accelerate the development of the R2R control system, including new control features, creating APC software tools, optimizing algorithms, and integrating machine learning with traditional control
• Learn and execute in multiple manufacturing execution systems (MES) quickly and proficiently
• Support manufacturing operations in a high-volume manufacturing 300mm wafer Fab running Analog or Embedded Processing Technologies
• Develop and implement improved methods of manufacturing, procedures, and processes that result in improved efficiencies, yields, machine operations, and quality
• Implement project or improvement plans for areas of responsibility including but not limited to: efficiency improvements, cost reduction or quality improvement programs, new product support and other process improvements
• Identify systematic problems in either process or equipment related sources and communicating findings to the engineering staff in a continuous manner
• Participate in data analysis and problem resolution
• Develop new processes for existing or future technologies with high performance and low cost to produce world class quality
• Apply statistical rigor through SPC, DOE, modeling and other advanced data analysis methods