* Currently Working as System Software Validation Engineer for concurrency validation BKC Domains at UST .-> Well-versed knowledge in Power management concepts like Sleep, Hibernate, Shutdown, Warm reset, Modern Standby, Package C states, Device power states, etc. -> Proficient experience in SOC post-silicon validation and bringing up the embedded reference validation systems.-> Capturing and Analyzing System Crash Logs in Various real time scenarios like Stress, Stability, System power flow. -> Hands on experience in various debugging tools like ITP, WinDbg, Soc-watch, Sleep study .-> Well-versed in Team management, Silicon validation, Computing & mobile platform validation and testing, Project Planning, and Project Execution.-> Expertise includes Debugging, Triaging, Platform Validation, SOC Validation, Python script execution, Manual Testing, Functional Validation.-> Expertise in Hardware debugging, Triaging, and post-silicon validation-> Dedicated, results-oriented, and highly rated management professional carrying experience in the field of Semiconductor and telecommunication field of projects.-> Executing and performing collecting of logs such as CSME, PMC, ISH, BIOS, ETW traces using ITP commands.-> Collecting the logs in PythonSv using different interfaces (BSSB-DCI, DBC cable, XDP, LTB) and in different system state.-> Performing WinDbg for debugging kernel mode memory dumps using WinDbg tool and “bcdedit” commands.-> Comprehensive experience on All device driver’s validationRoles & Responsibilities:-> Understanding Test requirements, system set up and preparation, conducting tests, and reporting. -> Experience on Functional test case execution and test case scenarios evolutions. -> Setting up the hardware intel chipsets while flashing OS. -> Experience in stress and stability (S&S) functionality and running the benchmarks. -> Extensive knowledge in automation and initiating power flows through Automation (Teamcity Software).-> Validating the chipset with Stress and stability domain. -> Able to do debug the issues by collecting ITP logs and analyzing the MCA errors. -> Better knowledge in analyzing the memory and mini dumps using WINDBG. -> Better understanding while filing a sighting with HSD bug tracking tool.