PVD Process Engineer — High-Volume Wafer Fab

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

Job summary

Texas Instruments in Richardson, TX is seeking an energetic Manufacturing Process Engineer to help drive continual improvement across procedures and processes in a high-volume, 300mm wafer fab. You will support PVD metal stack deposition manufacturing operations and work on efficiency, yield, and quality initiatives.

The role requires a self-directed, highly motivated engineer who can communicate findings and participate in data analysis, process experiments, and ramping of manufacturing

Qualifications

• Energetic engineer with a passion for process and continuous improvement.
• Self-directed, highly motivated engineer capable of contributing to high-volume manufacturing.

Responsibilities

• Support PVD metal stack deposition manufacturing operations.
• Develop and implement improved methods of manufacturing, procedures, and processes that improve efficiencies, yields, machine operations, and quality.
• Implement project or improvement plans for efficiency, cost reduction, quality improvements, new product support and other process improvements.
• Perform lot and equipment dispositions to support continuous flow of production and minimize cycle time in a high-volume 300mm wafer fab.
• Identify systematic problems in process or equipment and communicate findings to engineering staff continuously.
• Support ramping of manufacturing with equipment/process startup and process experiments (SWRs).
• Participate in data analysis and problem resolution.

Skills

Process engineering

Data analysis

Problem solving

Tools

PVD deposition

Job description

Texas Instruments in Richardson, TX is seeking an energetic Manufacturing Process Engineer to help drive continual improvement across procedures and processes in a high-volume, 300mm wafer fab. You will support PVD metal stack deposition manufacturing operations and work on efficiency, yield, and quality initiatives.

The role requires a self-directed, highly motivated engineer who can communicate findings and participate in data analysis, process experiments, and ramping of manufacturing