Priyanka Duttaluru

• It developed and executed over 200 test cases for 20 new features, leading to the successful execution of 10,000+ comprehensive test cases that ensured thorough coverage and accurate validation.
• Conducted workload assessments and implemented operational processes, resulting in a 40% increase in productivity.
• Created performance evaluation strategies that improved app load times by 30% through the analysis of real-time stability data.
• Validated Google Pixel Watch connectivity with a focus on Bluetooth pairing, data synchronization, and firmware updates, achieving a 95% success rate in connectivity tests.
• Designed and executed automated regression tests, increasing overall test coverage by 20% and ensuring consistent software validation.
• Collaborated with cross-functional teams to identify and resolve issues, improving testing efficiency by 25%.

Key Achievements:

• Enhanced data flow management on Fitbit OS and Wear OS, increasing test efficiency and reliability across devices.
• Analyzed backend logs for discrepancies in data synchronization events, facilitating timely issue resolution and reducing connectivity issues by 30%.
• Improved automation test development velocity and user experience by integrating PixelPilot's YAML-based scripting and AI tools.
• Analyzed automated test failures to identify root causes, resulting in a 15% decrease in failure rates through targeted process improvements.
• Identified 150+ critical defects during the release cycle, ensuring high-quality software releases.
• Streamlined RPC interactions in the DMA app, which improved data consistency and resolved API response issues.
• Ensured compliance with standards through accessibility testing for the Denali application, leading user feedback sessions on health features in Wear OS.

• Validated Bluetooth functionality and profiles (MAP, PBAP, A2DP) for Google Pixel devices, achieving a 95% test pass rate.
• Performed both automation and manual testing for daily and monthly builds, identifying over 200 critical defects related to Bluetooth functionality.
• Analyzed Bluetooth failures using Android bug tools, reducing defect turnaround time by 25% through efficient collaboration with development teams using Buganizer.
• Executed OTA (Over-the-Air) testing to ensure compatibility across software updates, maintaining a 98% success rate in compatibility checks.
• Implemented automated regression tests using the ATP tool, improving test execution efficiency by 20%.