Device Reliability Engineering Intern

Texas Instruments•Dallas, TX

About The Position

Join Texas Instruments’ Advanced Technology Development organization, which focuses on state-of-the-art semiconductor technology development. The intern will work under the supervision of an experienced technology development team and model CMOS transistor degradation mechanisms. The role includes characterizing and modeling semiconductor devices, conducting precision DC measurements, collaborating on BJT device development and model integration, applying AI/ML tools to data analysis and workflow automation, and developing reliability and safe operating area tools.

Requirements

Currently pursuing a PhD in Electrical Engineering or a related degree.
Minimum cumulative GPA of 3.0/4.0.

Nice To Haves

Knowledge of semiconductor device characterization and modeling approaches.
Familiarity with Keysight/Keithley programming, MATLAB, and SPICE simulations.
Knowledge of semiconductor device physics, reliability failure mechanisms, and electrothermal device modeling.
Strong analytical and programming skills, such as C and MATLAB.
Strong verbal and written communication skills.
Ability to take initiative and drive results.
Strong time management skills to support on-time project delivery.
Familiarity with parametric analyzer instrument programming, MATLAB, and SPICE simulations.

Responsibilities

Characterize and model MOS and BJT semiconductor devices across advanced TI digital and analog technology nodes.
Use Keysight/Keithley parametric analyzers for precision DC measurements.
Collaborate with process integration and PDK teams on BJT device development and integration of models into the design environment.
Use AI/ML tools for data analysis and model fitting, and generate automated workflows for model development.
Develop reliability and safe operating area tools.