Crafted a .NET WPF application for calibrating and diagnosing the world's fastest automobiles. Dramatically reduced the time and personnel required to test the vehicle's software and hardware elements by integrating Python scripting into the calibration and diagnostic tool. This automation eliminated the need for manual testing and established a deterministic testing environment. Averted hundreds of thousands of dollars in annual costs by developing software to display Simulink architecture within the desktop calibration and diagnostic (.NET) application, eliminating the need for costly Matlab licenses. Boosted internal productivity by creating a .NET web tool for automatic consolidation of PRs. The tool incorporates features for syncing branches and restarting failed CI/CD builds. Enhanced rendering speed (by 30%) and stability (eliminated race condition crashes) of the trace window displaying thousands of CAN XCP and UDS messages per second by implementing an Observable Circular Buffer and interfacing it with the existing WPF rendering logic.

Served as an Associate Assistant at FESB, where I taught courses on Distributed Information Systems and Software Engineering.In the Distributed Information Systems course, I guided students in understanding concepts such as threads, locks, shared memory, race conditions, communication protocols, TCP/IP, and distributed servers.In the Software Engineering course, I instructed students on the fundamentals of designing and synthesising software.

Crafted a .NET WPF application for calibrating and diagnosing the world's fastest automobiles. Dramatically reduced the time and personnel required to test the vehicle's software and hardware elements by integrating Python scripting into the calibration and diagnostic tool. This automation eliminated the need for manual testing and established a deterministic testing environment. Averted hundreds of thousands of dollars in annual costs by developing software to display Simulink architecture within the desktop calibration and diagnostic (.NET) application, eliminating the need for costly Matlab licenses. Boosted internal productivity by creating a .NET web tool for automatic consolidation of PRs. The tool incorporates features for syncing branches and restarting failed CI/CD builds. Enhanced rendering speed (by 30%) and stability (eliminated race condition crashes) of the trace window displaying thousands of CAN XCP and UDS messages per second by implementing an Observable Circular Buffer and interfacing it with the existing WPF rendering logic.

Developed and deployed a robust backend for booking applications using NestJS and TypeScript, leveraging the power of AWS cloud infrastructure. Implemented a seamless CI/CD integration pipeline to ensure efficient and automated deployment of booking applications. Efficiently designed a database schema that caters to the specific requirements of the booking applications, utilizing ORMs and other database management tools for seamless data management.

Crafted a comprehensive backend (.NET) and frontend (jQuery, React) solution for a telecommunication network testing application, serving some of the world's leading providers, including T-Mobile and Vodafone. Optimised the export process for cell towers with nodes into Excel, achieving a 20-fold reduction in time by employing memoization techniques and minimizing unnecessary memory allocation. Demonstrated attention to detail by meticulously documenting technical aspects of the project and ensuring 100% code coverage through rigorous testing to safeguard client satisfaction and stability.