BiCMOS SiGeC Process Development Engineer

Texas Instruments Incorporated; Dallas (TX); Vor Ort; USD 110.000 - 160.000; Vollzeit

Zusammenfassung

Texas Instruments Incorporated in Dallas is seeking a Process Development Engineer to develop, characterize, and optimize BiCMOS SiGeC devices for volume production. The ideal candidate will have solid CMOS/BJT theory and drive characterization, experiments, and data analysis to ensure robustness and manufacturability meeting performance targets.

You will collaborate with process, integration, reliability, packaging, circuit design and test engineers and work with product groups to optimize

Qualifikationen

• Background in CMOS or BJT process and device physics.
• Experience developing and optimizing BiCMOS SiGeC technologies.
• Ability to plan experiments, analyze data, and drive robust designs.
• Ability to collaborate across process, integration, reliability, packaging and design teams.

Aufgaben

• Develop new processes and components to enable BiCMOS SiGeC technologies.
• Drive TCAD simulation, design of experiments, RF and DC characterization, and data analysis.
• Work with process, integration, reliability, packaging, circuit design and test engineers.
• Collaborate with product groups to optimize component performance for final device targets.
• Coordinate across development groups to ensure schedules and milestones are met.

Kenntnisse

TCAD simulations

Design of experiments

RF characterization

DC characterization

Data analysis

Cross-functional collaboration

Tools

TCAD

Jobbeschreibung

Texas Instruments Incorporated in Dallas is seeking a Process Development Engineer to develop, characterize, and optimize BiCMOS SiGeC devices for volume production. The ideal candidate will have solid CMOS/BJT theory and drive characterization, experiments, and data analysis to ensure robustness and manufacturability meeting performance targets.

You will collaborate with process, integration, reliability, packaging, circuit design and test engineers and work with product groups to optimize