Intel 3D XPoint / ATE Validation
Semiconductor validation, automated test flows & PVT analysis
Semiconductor validation and test engineering work involving automated test flows, probe patterns, PVT analysis, bench validation and MATLAB-based predictive performance analysis for 3D XPoint technology. The work involved post-silicon debug and test automation and contributed to a reported 20% improvement in debug cycle time.
Professional engineering experience at Intel Corporation. Internal architecture, proprietary test methodologies, and confidential company information are strictly omitted.
Reported 20% improvement in post-silicon debug cycle time.
Post-silicon validation for high-density non-volatile memory requires extensive multi-corner PVT characterization and rapid identification of silicon anomalies across large test sets.
Automated benchtop instrumentation loops interfacing with ATE test heads, orchestrated via automated test execution flows and unified data analysis pipelines.
Authored automated MATLAB data processing pipelines, executed probe test patterns, analyzed silicon behavior across voltage/temperature corners, and isolated root-cause failures.
Accelerated post-silicon characterization workflows, contributing to a reported 20% improvement in debug cycle time during 3D XPoint technology validation.
Let's evaluate feasibility and technical parameters.