Incoming January 2025 as part of MACsec/ANYsec team.
As a key member of the Dataplane team within the Routing and Switching Portfolio, I developed and optimized Python-based tools to enhance debugging efficiency with advanced use case triaging capabilities. Additionally, I played a crucial role in redesigning the dataplane's automated regression testing infrastructure, leading to a significant reduction in both execution time and ongoing maintenance requirements.
Implemented user-friendly features for Wringer using Java, conducted tests on VCCI software components to pinpoint areas for improvement, and enhanced overall reliability. Additionally, I identified and resolved a variety of bugs related to both VCCI and Wringer, contributing to a more robust and stable software environment.
Led the development of a Neurofeedback EEG Simulator that analyzes brain waves, identifies dominant frequency bands, and applies targeted treatments. Utilized agile methodologies, contributing to use cases and various UML diagrams. Implemented advanced design patterns like Observer for multithreading and Mediator for component decoupling. The project is open-source and available on GitHub.
This project involved deploying a honeypot virtual machine integrated with Azure Sentinel to enhance the detection of malicious traffic and improve threat analysis capabilities. Automation of metadata extraction from Windows Event Viewer was achieved using Python and APIs, enabling accurate mapping of attack geolocation within Sentinel. Additionally, Azure Log Analytics and Sentinel workbooks were configured to visualize and monitor RDP brute-force attacks on a global scale, providing valuable insights into threat patterns.
Developed a network traffic analysis tool that captures and analyzes packets, extracts relevant information, and visualizes the data. Utilized Scapy for packet manipulation and analysis, and implemented a user-friendly GUI using Tkinter. The project is open-source and available on GitHub.
Built a Rocket League plugin using C++ and the BakkesMod SDK to automate freeplay loading after games, significantly improving the user's training efficiency. Employed an object-oriented approach to develop the plugin, leveraging the SDK to integrate seamlessly with the game's environment and enhance user experience. The project is open-source and available on GitHub. Please view next slide to see implementation.
Developed RexArt, a dynamic social media platform for artists to showcase their work. Leveraged Node.js with Express for a scalable back end. Utilized MongoDB for flexible data management and implemented RESTful API design for seamless communication between the client and server. The platform provides an engaging environment for artists to display their art, connect with peers, and receive feedback. The project is open-source and available on GitHub.
Demo can be found on GitHub.
Engineered a sophisticated Google Chrome extension utilizing the OpenAI API to dynamically generate insightful summaries of web page content on demand. This innovative tool enhances user experience by providing quick, actionable insights with advanced natural language processing capabilities. The project is open-source and available on GitHub.
Images coming soon...
CGPA: 11.37/12
Dean's Honour List: 2022, 2023, 2024
Awards: E.W.R. Stacie Scholarship, Lester Bowles Pearson Scholarship
Apart from being a student, I enjoy most of my time being outdoors. In the winter, I am an avid hockey player and snowboarder. During the summer, I enjoy working out, running, and playing golf and tennis with friends. I also have a passion for travel, exploring new cities and cultures whenever I get the chance.
When forced indoors, I am an aspiring chef, and I spend some of my free time exploring the latest technology advancements in the software development and cybersecurity world. I also enjoy diving into photography, capturing moments of nature and urban landscapes to sharpen my creative eye.