Advanced Analytics, Machine Learning, NAND flash architectures, AI techniques, memory circuits, semiconductor devices, simulation-to-silicon correlation, regression methodologies, silicon characterization methodologies, pre-silicon simulation environments, Jmp, statistical evaluation using Python, Failure Analysis, data analysis scripting, DFT probe test infrastructure, CMOS MOSFET device physics

Java, Windows, Groovy, Linux, Perl, Ruby, Python, Data Analysis, ATE test platforms, Debug, Silicon Characterization, Advantest V93K, Advantest SMT8, DFT Design-For-Test architecture

Advanced Analytics, Machine Learning, Python, statistical evaluation, NAND flash architectures, memory circuits, AI techniques, semiconductor devices, regression methodologies, simulation-to-silicon correlation, silicon characterization methodologies, pre-silicon simulation environments, Jmp, Failure Analysis, data analysis scripting, DFT probe test infrastructure, CMOS MOSFET device physics

Computer Architecture, PowerShell, Bash, Networking, Python, Windows OS deployment customization, hardware subsystems, system-level performance characteristics

Java, Unix, C, Windows, Linux, Perl, Ruby, Python, post silicon electrical and mixed signal circuitries, SOC design, Oscilloscopes, X86 architecture, analyzers, power management features, GPU architecture

Java, Machine Learning, Usb, Linux Shell Scripting, Jtag, Pcie, Perl, Python, silicon debug, Server platform, Linux proficiency, Ai, ATE test class method, PC systems, Advantest 93k platform, Failure Analysis, high bandwidth memory, Customer Reference Board, PCB board

Java, Machine Learning, Usb, Linux Shell Scripting, Jtag, Linux, Perl, Pcie, Debugging, Python, silicon debug, Server platform, Ai, ATE test class method, PC systems, Advantest 93k platform, Failure Analysis, high bandwidth memory, Customer Reference Board, PCB board