Semiconductor Process Engineer - Continuous Improvement

Texas Instruments; Sherman (TX); On-site; USD 90,000 - 120,000; Full time

Job summary

Texas Instruments in Sherman, Texas seeks a Manufacturing Process Engineer with a passion for process. You will drive continual improvement across procedures and processes in a fast-paced, high-interrupt environment.

You will lead quality event management, enable flawless execution, and drive process stability while collaborating with cross-functional teams to reduce cycle times and improve yields.

Qualifications

• 3+ years relevant Process Engineering experience.
• Bachelor's degree in a technical field (Chemical, EE, ME, etc.).
• Strong foundation in SPC, EC, and release strategies.
• Ability to work 12 hour compressed shift schedule.
• Experience with semiconductor processes is preferred.

Responsibilities

• Lead Quality Event Management: identify and resolve quality excursions and determine root causes.
• Enable Flawless Execution: manage OOC/OOS lots and drive day-to-day factory execution.
• Drive Process Stability: own SFC and improve inline performance and yields.
• Operational Improvements: maximize output and reduce cycle time; implement SMA solutions.
• Training and Development: grow Process Engineering Technicians and create efficiency tools.

Skills

Statistical process control

Engineering change control

Process release strategies

Problem solving

Data analysis

Communication

Education

Bachelor's degree in Chemical Engineering

Bachelor's degree in Chemistry

Bachelor's degree in Electrical Engineering

Bachelor's degree in Materials Science Engineering

Bachelor's degree in Mechanical Engineering

Bachelor's degree in Physics

Tools

Python

Claude

Job description

Texas Instruments in Sherman, Texas seeks a Manufacturing Process Engineer with a passion for process. You will drive continual improvement across procedures and processes in a fast-paced, high-interrupt environment.

You will lead quality event management, enable flawless execution, and drive process stability while collaborating with cross-functional teams to reduce cycle times and improve yields.