Kaaviya P

PROJECT 1 : OLA - Krutrim [PoC]

• Developed and deployed a Python-based Fixed Virtual Platform (FVP) and Baseboard Management Controller (BMC) environment to simulate and manage virtual hardware on a Linux machine.
• Configured and managed multiple FVP terminals to enable seamless interaction between the virtual platform and BMC.
• Implemented a predictive image classification system using libraries like Gradio, Pillow, and TorchVision to identify image features such as appearance, breed name, and match percentages.
• Built a user-friendly web interface via Gradio to display predictions and related breed percentages, dynamically generated through a Python script that provided a URL with a specific port.
• Integrated image classification predictions into both terminal and web-based UI for an intuitive and interactive user experience.
• Streamlined deployment and execution of the system, allowing predictions to appear in real-time across the realm terminal and web interface.

PROJECT 2: Google 3PL for Android CTS

• Executed Compatibility Test Suite (CTS) and CTS-V on Android 13_r5/r7 versions using Canary build emulator, generating comprehensive HTML reports for analysis.
• Validated Bluetooth test cases leveraging the ASUS BT-400 dongle, ensuring compliance with Android compatibility standards.
• Conducted network testing using Tap Network to confirm IPv6 connectivity and analyzed Wi-Fi-related test cases for compatibility and functionality.
• Achieved a success rate of over 90% in executing test cases on an emulated environment, providing high confidence in the system's stability and compliance.
• Collaborated with Google to establish Capgemini’s technical qualification as a 3rd Party Lab (3PL) for CTS through thorough testing and reporting.

PROJECT 3 : Automation of XTS Reports

• Automated the parsing of CTS/VTS HTML reports using Python to generate summary reports with detailed charts for enhanced analysis.
• Implemented a JIRA integration that automatically created and assigned tickets for each failed test case to the respective module owners, streamlining issue tracking.
• Developed an email notification system to send summary reports directly to the project owner, providing a quick overview of CTS compliance status.
• Reduced manual analysis and ticket creation time, significantly improving efficiency and enabling faster resolution of failed test cases.
• Enhanced project visibility and decision-making by automating report generation, summarization, and distribution processes.