Co-developed SustAIn, a browser extension that displays real-time carbon emissions and power consumption metrics for AI web platforms. Used by 25+ users and submitted to the GDG On-Campus Solutions Challenge 2025. The system uses a lightweight ML model trained with Google AutoML on Vertex AI to classify user queries and estimate their environmental impact. The frontend is optimized for performance and resiliency with retry, fallback, and timeout logic—cutting latency spikes by 40%.

Led a 14-member team for Pragati '25, the official business fest website of Amrita School of Business. Enhanced mobile UI/UX, doubling daily active users and reducing bounce rate by 15%. Integrated an AI-powered chatbot using Vertex AI, PayU payment system, and supported over 360 successful registrations. The site featured GSAP-based animations and responsive design for seamless interactions.

Led the complete development of the official website for Amritotsavam 2025, the cultural fest of Amrita Vishwa Vidyapeetham. The platform successfully managed over 2,500 registrations across 50+ cultural events and workshops. In addition to the main site, an internal admin dashboard was built to help organizers track signups, manage events, and monitor real-time stats. Designed for performance and scalability, the system remained reliable during peak usage periods.

Developed my personal portfolio website to showcase my projects, skills, and experience. The site features a clean, minimalist design with smooth animations and transitions, providing an engaging user experience. I leveraged Next.js for server-side rendering, Tailwind CSS for styling, and Framer Motion for animations. The site is fully responsive and optimized for performance, ensuring a seamless experience across devices.

Our project, Mediclined, was developed for the Healthcare track at Evolumin National Level Hackathon 2024, aiming to transform healthcare services within a university setting. It integrates features like real-time doctor tracking, an online pharmacy, and secure medical records to enhance health outcomes for students. Built in just 36 hours, Mediclined evolved through critical feedback during two intense judging rounds, pushing us to refine and deliver a polished prototype. Though we didn’t win, making it to the Top 10 among numerous talented teams was a proud moment, showcasing our dedication, teamwork, and innovation.

As part of a team of seven, I contributed as a frontend developer to building a high-traffic event registration website for Anokha '24, which successfully managed over 1,000 participant registrations. I played a key role in designing a responsive and visually engaging interface using Tailwind CSS and GSAP, leading to a 30% increase in user engagement. Additionally, I worked on optimizing code and implementing asset-loading best practices, ensuring a fast and seamless user experience.

As part of DSA coursework, I contributed to the development of the frontend for a Molecule Visualizer web app using React JS, Material UI, and Tailwind CSS. The app enables users to add atoms and bonds, calculate bond angles, and view real-time molecular updates. I worked on algorithms for bond angle calculations and molecular geometry analysis while leveraging Plotly JS for 3D visualization and integrating with the Gemini 1.5 Flash API for molecular data. Collaborating with a team of six developers, I focused on UI design, enhancing user interaction, and optimizing algorithm performance to deliver an intuitive and dynamic tool.

As part of the IITM Online Diploma in Programming, I developed a Library Management System with a modernized frontend and caching enhancements. The system supports multiple users for requesting, reading, and managing e-books while offering robust admin functionalities for CRUD operations on over 100 books and sections. Key features include search capabilities by title, author, or section, as well as options for viewing, requesting, and returning books. The integration of caching significantly improved performance, and a user-friendly interface was designed to ensure seamless navigation and interaction for all users.

As part of the IITM Online B.Sc. degree program, I developed a Library Management System designed to support multiple users with features like e-book requests, reading, and management. The system includes admin functionalities for CRUD operations on over 50 books and sections, with a streamlined search option by author or section. Users can easily view, request, and return books, all within a simplified design that enhances navigation and overall user experience.

Developed FC Team Forge, a web application designed to streamline football team creation for a pool of 50+ real-life players. The app uses advanced algorithms to ensure 100% balanced teams by factoring in player-preferred positions and statistics. This innovation reduced team setup time by 75% compared to traditional manual methods, enhancing efficiency and fairness in team formation. Now an open-source project, it has attracted multiple contributions that have significantly enhanced its features and functionality.

Developed AI StudyMate, a learning application supporting over 100 topics with AI-powered explanations and real-life applications. Integrated supplementary resources, including 10+ top websites and reference books, with an option for PDF downloads to enhance learning. Features like topic grouping into lessons, a to-do list, and a Pomodoro timer, along with a chatbot for real-time Q&A, were designed to optimize learning. While no longer actively maintained, the project serves as a valuable reference for interactive education platforms.

Developed a web application for managing and analyzing non-tax revenue details for the government, as part of a DBMS course project. The application efficiently handled over 1,000 revenue entries, enabling streamlined data storage, retrieval, and analysis. Implemented advanced database queries to facilitate insightful reporting and trend analysis.