Lumin is a mobile application that provides transparent placement insights by centralizing recruitment data, alumni networks, and career trajectories. It addresses the lack of reliable placement information, where students often rely on spreadsheets, messaging groups, and informal discussions. The platform consolidates placement statistics, company insights, interview experiences, and alumni outcomes into a structured mobile experience. Alumni can also publish blogs to share their placement journeys, interview experiences, and career advice. Built with React Native, TypeScript, and Supabase, it emphasizes reusable components, real-time synchronization, and mobile-first usability to help students make informed career decisions.

GymTrack is a QR-based attendance management application designed for gyms and fitness centers. The project replaces manual attendance registers with a digital workflow that simplifies check-ins for both members and administrators. Members can scan QR codes to record attendance, while administrators gain access to dashboards, attendance records, and operational insights. Built using React Native and TypeScript, the application follows a mobile-first architecture with clearly separated member and administrator experiences. The engineering focus is on reliability, usability, and streamlined attendance tracking for environments that require fast and accurate daily operations.

Checkio is an automated programming evaluation platform developed to simplify the assessment of coding assignments and laboratory examinations. It allows educators to define test cases, execute programs automatically, verify outputs, identify implementation errors, and generate meaningful feedback for students. The project was created to reduce the repetitive effort involved in manually evaluating large batches of submissions while maintaining consistency in grading. Built around automated execution and validation workflows, the system combines program evaluation, error analysis, and result management into a single solution focused on scalable and objective assessment.

MediScribe is an AI-powered clinical documentation platform designed to reduce the administrative burden placed on healthcare professionals. It addresses physician burnout caused by repetitive documentation and manual record creation during consultations. The system transforms doctor–patient conversations into structured medical documentation through speech processing, entity extraction, clinical summarization, and automated note generation workflows. Built using a modern React and TypeScript frontend with AI-assisted processing pipelines, the platform focuses on organizing symptoms, medications, diagnoses, and treatment information into searchable clinical records. The engineering effort centers on improving documentation efficiency while maintaining clarity and usability.

RITCompass is a college enquiry platform that provides verified information about academic and administrative procedures through a conversational interface. The project was developed to solve the problem of fragmented institutional knowledge, where students often struggle to find accurate information regarding college processes. It enables users to query procedures, services, scholarships, and campus-related information using natural language while retrieving structured responses from curated institutional data. Built with React, TypeScript, Node.js, Express, and MongoDB, the system focuses on reliable information retrieval, maintainable knowledge management, and an accessible user experience.

RITU 2025 is the official website for the annual techno-cultural festival of Rajiv Gandhi Institute of Technology (RIT Kottayam). The platform serves as a centralized hub for event information, registrations, schedules, announcements, and participant engagement. Developed to provide attendees with a seamless digital experience, it emphasizes responsive design, performance, and ease of navigation. Built using a modern frontend stack, the project focuses on reusable UI components and maintainable code organization. The engineering effort was directed toward creating a reliable, high-traffic event platform capable of presenting large amounts of information in a structured and accessible manner.

Finscope is a cross-platform personal finance management application that helps users monitor income, expenses, and overall financial activity from a single mobile interface. The application provides better visibility into spending habits through organized transaction tracking and simplified financial monitoring. Built with React Native and TypeScript, it delivers a consistent experience across mobile platforms while maintaining a clean and intuitive user interface. The architecture focuses on scalable state management, reusable components, and structured financial data handling, enabling users to better understand their spending patterns and manage day-to-day finances effectively.

React Zeltra is a command-line scaffolding tool created to eliminate the repetitive setup work involved in starting modern React applications. It automates project initialization and configures commonly used tooling such as TypeScript, routing, styling, and state management options. Built with Node.js, the utility generates production-ready project structures through an interactive workflow, reducing setup time and encouraging consistency across projects. The project demonstrates practical experience in developer tooling, automation, and CLI application development while improving productivity during the early stages of frontend development.

CineSeek is a movie discovery platform that enables users to search films and explore detailed information through a responsive web interface. The application aggregates movie data and presents ratings, descriptions, genres, and related information in a clean browsing experience. Built using React and API-driven development practices, it demonstrates asynchronous data fetching, reusable component design, and responsive layouts. The engineering focus is on creating an intuitive interface for discovering entertainment content while maintaining performance and scalability through a structured frontend architecture.

Vocaby is a mobile dictionary and vocabulary-building application designed to make language learning more accessible on mobile devices. Users can search words, view definitions, phonetics, examples, synonyms, and pronunciation information through a streamlined interface. The application integrates external dictionary services and provides bookmarking capabilities for building a personal vocabulary collection. Built using React Native and TypeScript, the project focuses on fast lookups, responsive interactions, and a smooth learning experience. The architecture emphasizes maintainability and practical educational value for everyday language learners.

Todo List is a lightweight productivity application built to help users organize and manage daily tasks. It supports task creation, completion tracking, deletion, and persistent storage for maintaining task history. Developed using React, the project focuses on component-based architecture, state management, and responsive user interactions. Although simple in scope, it demonstrates strong fundamentals in frontend development, including data flow management, event handling, and user-centric design. The application serves as a practical example of building maintainable interfaces around a common productivity use case.

E-Tracker is an expense tracking application developed to help users record, organize, and analyze personal spending. The platform provides categorized expense management, transaction tracking, and spending summaries through a simple interface. Built as a frontend-focused application, it emphasizes efficient state handling, user-friendly interactions, and structured data presentation. The project demonstrates practical problem solving around personal finance management while showcasing core frontend engineering concepts such as component design, state updates, and interactive user experiences.