Senior Test Engineer — MEMS Timing & ATE Lead

SiTime Corp.; Santa Clara (CA); Sur place; USD 148 000 - 204 000; Plein temps

Résumé du poste

SiTime Corp. in Santa Clara, CA, is seeking a Principal Test Engineer to develop production test solutions for our precision timing products.

This hands-on, cross-functional role focuses on creating optimized test flows and DFT-aware test plans for high-volume production. You will work with Teradyne ETS-88 and UltraFLEX platforms, contribute to pre-silicon simulations, mentor teammates, and drive yield improvement and cost reduction while collaborating across design, test, and manufacturing.

Qualifications

• BS in Electrical Engineering or equivalent experience.
• 5+ years of related work experience.
• Experience with ATE development for mixed-signal ICs on platforms such as Teradyne ETS-88 or UltraFLEX preferred.
• Knowledge of analog electronics and board-level troubleshooting.
• Ability to analyze/test data and drive root-cause analysis.

Responsabilités

• Define the ATE test flow and test plan for new products.
• Contribute to pre-silicon test program simulation/verification and AI tool implementation.
• Engage with design team on Design for Test (DFT) features and test plans.
• Develop test software on ATE platforms (Teradyne ETS-88 and UltraFLEX).
• Lead release-to-production activities and support high-volume production.
• Lead yield improvement and cost-reduction projects.

Connaissances

C++ programming

Data analysis

Lab instrumentation

ATE development

Formation

B.S. in Electrical Engineering

Outils

Teradyne ETS-88

Teradyne UltraFLEX

Description du poste

SiTime Corp. in Santa Clara, CA, is seeking a Principal Test Engineer to develop production test solutions for our precision timing products.

This hands-on, cross-functional role focuses on creating optimized test flows and DFT-aware test plans for high-volume production. You will work with Teradyne ETS-88 and UltraFLEX platforms, contribute to pre-silicon simulations, mentor teammates, and drive yield improvement and cost reduction while collaborating across design, test, and manufacturing.