Parappa Shiragur

• Led team of 6 engineers, streamlining testing processes and advancing automation frameworks
• Validated and analyzed test cases for BAT and functional testing across pre- and post-silicon environments
• Engineered Python APIs to automate firmware test cases, cutting manual efforts by 40%
• Designed modules for server platforms, automating scenarios in MRC, SGX, and multi-socket configurations
• Automated validation scenarios for USB4 applications and developed Type-C subsystem margining modules
• Refactored automated test cases for Linux platforms using socket programming
• Enhanced CLI-based application capabilities using IPF for PCIe, memory, and USB4 margining, reducing manual effort by 90%
• Established Jenkins CI/CD pipelines to trigger automated test libraries
• Contributed to developing centralized, modularized automation framework libraries

• Automated hardware diagnostic tools using Python, increasing test coverage by 30%
• Developed and maintained automation frameworks for end-to-end testing
• Collaborated with UEFI developers to identify and automate key firmware features
• Utilized Django framework to streamline backend processes for testing platforms
• Simulated diagnostic scenarios using NT32, enabling efficient debugging and validation
• Proved successful working within tight deadlines and a fast-paced environment.

* Automated functional testing scenarios and Developed over 15 APIs for printers using Python

• Regularly reviewed peers'' code contributions, offering constructive feedback to enhance overall product quality.

• Developed test frameworks and scripts for BIOS and firmware validation using Python
• Performed functional, regression, and white-box testing for SOC platforms
• Integrated automation processes with ATMS tool and executed automated test suites
• Debugged hardware and system-level issues, leveraging simulators and diagnostic tools
• Created a test automation framework that reduced time-to-test from 30 hours to 5 hours
• Developed test automation scripts to reduce manual testing time by 80%
  Developed test automation frameworks and scripts to reduce testing time by 70%
• Established robust test automation framework that improved test coverage and enabled faster release cycles
• Developed and implemented test automation suites that reduced manual testing time by 80%
• Created comprehensive test automation framework that enabled scalability of test scripts and improved maintenance efficiency
• Developed test automation framework that enabled faster and more reliable testing
• Developed UI automation framework to test the application’s UI elements