+ Published beta-version of UofT Mobile (4.0 star with 10k + downloads) after migrating from legacy Cordova-based codebase to Kotlin, significantly simplifying the code structure and boosting development efficiency using ViewModels, Retrofit Library, and Glide.+ Designed and tested integration of MSAL authentication system with UTORAuth integration for students login in UofT Mobile.+ Contributed to Kotlin Android App, GeoSandbox and UofT Synchronous Space Finder, with integration of Google Maps API and AWS.

+ Collaborated in a 5 member team to develop web-based stock simulation platform (Rotman Portfolio Management) that allows user to mange trade securities for 30 currencies, security prices from 50+ stock markets, through integration of FactSet API.+ Contributed as a Full-Stack Developer, utilizing front-end frameworks like ReactJs (Hooks & Router), JavaScript (ES6), Bootstrap, Tailwind CSS, and Ant Design for optimal user experience designing responsive layout for cross-browser compatibility.+ Utilized RESTful APIs to fetch and secure users’ portfolio data, transaction history, live market watch from server asynchronously and leveraged Redux (persist) for optimized storage of users’ data, reducing database queries and enhancing component communication.+ Implemented Express.js & Node.js for efficient routes, & database handling. Hosted on Azure with SQL Server.+ Demonstrated proficiency in Agile methodologies (Scrum) for effective project management, and delivering timely results.

+ Shipped the beta version of “CQGame” (part of ITIF) interactive game app on TestFlight and Google. Architected a new profile page, by adding UI/UX elements and re-engineered the various application algorithms increasing the app retention rate by 70% of the group of 100+ students.+ Currently designing Kotlin based-application using Maps API, and Firebase. Coded unit and system integration testing, including developing a model layer from UML diagrams designed through Figma.

+ Consultations on selection of courses, managing course load, time-management, and available academic resources to improve academic skills. + Advised for transition into academic life students.+ Functioned as resource for Student Services academic initiatives. Engaged in enthusiastic discussions with academic peer team. + Attended Trinity Undergraduate Research Conference

Worked in a team to interact with and convince domain experts (of fields like computational biology, bioinformatics, etc.) from renowned universities such as Massachusetts Institute of Technology, Columbia University, Johns Hopkins University, etc. to become judges for the annual ProjectX organized by UofT AI.ProjectX is an annual international machine learning research competition with over 800 students participating, including students from the top 25 universities in North America (Stanford, MIT, Carnegie Mellon, UC Berkeley, etc.) with a prize pool of $75,000 and partnerships with Google AI, IBM, DeepMind, AccuWeather, Vector Institute, Citadel and more.

+ Organized bi-weekly meetings and study sessions throughout the winter semester for MAT223.Attended RSG Leader training sessions to learn collaborative learning techniques.+ I also attended the RSG Leader Training Session where I worked with other student leaders to discover and apply proven collaborative learning techniques to increase participant engagement and boost their academic abilities.

+ Conducted coding classes for 40 students.+ Devoted 50+ hours in teaching C and Python and building presentation resources.+ Conducted doubt solving sessions, gave 1-to-1 attention to assist them in the learning process

+ Collaborated on a project 'Info chatter'; aimed to improve the automated chat box for communicating with the customers in the absence of consultants.+ Interacted with clients on a weekly basis, to collect feedback and user input to improve end-user experience+ Maintain and enhance chatbot platform to meet changing needs+ Troubleshoot bots, debug, and deploy chatbots on various channels

+ Undergone research internship in the area of Navigation System & Controls Engineering at Research Centre Imarat. + I spent 5 weeks working under the mentorship of experienced researchers presenting my work. I participated in learning tools and techniques for designing and testing methodology of the same.+ The research outline includes: designing of embedded computer, and implementing of C++ for automation. + I designed PID controller, feedback controls, and contributed to the development of navigation and guidance algorithm for trajectory and tested it in simulation.