Demonstrated proficiency in managing both Windows and Linux Operating systems
Streamlined the testing process by utilizing proficient API-based automation tools such as Rocket, Supercollider and Fusion Frameworks
Utilized a wide array of tools including PythonSv, PVT, FUSION (MAG), Quartus Prime, OBMC and more
Performed stress and functionality tests for Core and Uncore IPs on data center servers
Ensured the validation of Circuit Marginality for both Core and Uncore IPs
Addressed client requests from the CCB, including C-state Aware Visibility (AWS) and Beyond SMM.
Performed bare metal stress tests on Core (IA) across different frequencies, temperatures, and AVX modes to establish the minimum voltage requirements.
Conducted thorough validation on DDR5 memory performance, confirming its accuracy at various frequencies such as 4000 MHz, 4400 Mhz, and 4800 Mhz
Carried out stress testing for CXL and PCIe (Gen5, x16) IPs
Validated Uncore stress performance using the internal Cache Coherency tool Supercollider
Applied expertise in utilizing BIOS, BMC, and CPLD firmware
Identified and fixed issues at the script level that obstructed optimal functions of Fusion tools
Devised CXL-related Bare Metal failure solutions
Utilized Quartus to program CPLDs with a strong understanding of the process.
Developed alternative methods and resolved hardware-based malfunctions
Experienced in the configuration and management of lab equipment
Worked collaboratively with cross-domain teams(RAS, Power Management)
Automated test lines and resolved automation failures.
Utilized Python programming skills to execute system initialization process.
Proficient in working within a BMC environment, utilizing PECI functionality, and executing CPU register operations.
Validation Associate
UST Global
02.2019 - 09.2021
Crafted comprehensive test cases to validate system functionality
Developed the required test plan components for firmware testing.
Developed test coverage and plans based on client specifications
Analyzed execution results and resolved bugs, preventing customer issues.
Searched through BIOS source code to analyze and diagnose debugging messages.
Developed validation coverage plans for new project features
Ensured that customer concerns were addressed in accordance with project specifications
Performed security validation on Firmware for UEFI and ACPI supported platforms
Conducted various types of testing including BAT, functional, stress, performance, and regression for BIOS.
Validated BIOS security features such as DTPM, PTT, Boot Guard, BIOSGuard, TXT, UEFI Secure Boot, SGX, Mk-TME and OCR
Utilized various tools to successfully update firmware
Developed foundational automation scripts for manual test steps
Validated DDR, LPDDR, Cache, SODIMM, and UDIMM memory technologies.
Conducted verification of ACPI power management capabilities, encompassing C-State, S-State, and P-State.
Implemented effective test cases to discover and report potential bugs
Performed debugging of malfunctioning modules
Education
B.Tech/B.E. - Electronics And Communications Engineering
GITAM University
Hyderabad
05-2018
Skills
System Validation
Firmware validation
Post Silicon Validation
Python
Linux
Silicon Validation
Platform Validation
Functional Validation
PVT(Process Voltage Temperature)/CMV(Circuit Marginality Validation)