Yield Enhancement & Process Innovation Engineer

Texas Instruments Incorporated; Dallas, Northern (TX, KY); Hybrid; USD 90,000 - 130,000; Full time

Job summary

Texas Instruments Incorporated in Dallas, TX seeks a quality inspection and data analysis engineer to support technology development operations through defect inspections, data analysis, inline and end-of-line defect correlations, and presentations.

You will drive DD reductions, develop SPC methods, and collaborate across fabs and product groups to optimize resonator performance and device parameters for game-changing products.

Qualifications

• Experience with inline and end-of-line defect inspections.
• Ability to analyze large data sets to identify defect trends.
• Knowledge of SPC methodologies and DOE concepts.

Responsibilities

• Develop and implement quality inspection recipes that provide reliable inline signals for tool and process health.
• Lead improvement projects for efficiency, cost reduction or quality enhancements.
• Support high-volume manufacturing with lot and equipment disposition to minimize cycle time.
• Identify systemic or acute problems and communicate findings to engineering teams.
• Collaborate across fabs and TI technologies to meet defect inspection and defect reduction goals.
• Work with process, integration and test engineers to optimize device parameters.
• Assist in optimizing resonator performance to enable market-leading products.

Skills

Quality inspection

Data analysis

Defect correlation

SPC methods

Project planning

Cross-functional teamwork

Presentation skills

Education

Bachelor's degree in Physics/Materials Eng

Tools

KLA inspection tools

AMAT inspection tools

Job description

Texas Instruments Incorporated in Dallas, TX seeks a quality inspection and data analysis engineer to support technology development operations through defect inspections, data analysis, inline and end-of-line defect correlations, and presentations.

You will drive DD reductions, develop SPC methods, and collaborate across fabs and product groups to optimize resonator performance and device parameters for game-changing products.