keyboard_arrow_right Solely developed a complete software system (frontend & backend), automated several tasks previously done manually. Produced unified platform with UI, and backend server, increased productivity by 1800% (reduced over 3 hours of daily manual work to 5-10 min of automated-click-of-a-button results).
keyboard_arrow_right Designed flight-logger software for Qualcomm UAV, records flightpath captured through sensors data-feed streamed over ROS and output the coordinates both in real-time and as JSON file to emulate previous flight failures, improving issue-reporting by 30%.
keyboard_arrow_right Re-customized pre-existing test-framework-script to specific case scenarios for debugging efforts, pinpoint issue root-causes and reduce resolution cycle time by 50%.
keyboard_arrow_right Carried out various software feature integration and test environment set-up(s) creating and executing test scenarios interacting in a team environment with system developers. Identifying 12k CRs (Change Requests) per snapdragon chipset-target SoC (System on a Chip), improving quality by establishing goal MTBF (Mean Time Before Failure) from less than 1 hour to over 50 hours.
keyboard_arrow_right Led the annual android tech-areas meetings, identified new FRs (Feature Requests) per new Qualcomm target, promptly updating the software testing framework (to accommodate the new features) improving productivity by 30%.
keyboard_arrow_right Calibrated and utilized the UAV motion-capture arena, calculated error-margin for the drone flightpath. Published a bi-weekly report of over 200 test cases focused on the snapdragon navigator parameters, API functionality, internal cameras, flight control, and event logger.
keyboard_arrow_right Managed over 200 servers (each has prototype android-platform-chipset connected), streamlined systems upkeep, bring-up upon failure and validation continuously for an uninterrupted testing, upgraded farm size and overall testing capacity and effectiveness by 40%.
