Summary

iStars is a custom-built, full-stack web application designed as a private digital time capsule and portfolio piece for a close-knit group of computer science students (Batch of 2023-2026). The platform serves two main purposes: securely preserving the group's college memories (photos and videos) and showcasing their web development skills to the world. While the public can view the landing page and member profiles, the core media archive is protected by a custom authentication system, ensuring that private data remains strictly accessible only to the iStars members. Key Highlights of the Project: - Modern Tech Stack: Built using a robust, modern ecosystem including Next.js (v16), TypeScript, Tailwind CSS (v4.1), and MongoDB Atlas. - Advanced Media Handling: Features a direct-to-drive media storage system utilizing the Google Drive API. It includes a custom bulk media upload engine with auto-orientation detection and lazy-loaded pagination. - Security & Admin Controls: Secured via JWT and bcryptjs, the platform includes a comprehensive, hidden admin dashboard. Admins can manage users, track application logs, handle CRUD operations for all media categories, and manage encrypted site secrets. - Engaging UI/UX: Integrates libraries like GSAP, Framer Motion, and Lenis to deliver smooth scrolling, dynamic animations, and an interactive "Bento-box" layout for media galleries. Ultimately, iStars is a production-grade memory vault that elegantly blends nostalgic purpose with advanced web engineering.

Mechanical Store Management System (built for Sreenarayaneeyam Engineering Works) is a comprehensive, on-premise desktop application engineered to streamline the daily administrative and operational workflows of a mechanical or engineering business. Designed to run locally as a standalone executable, it centralizes crucial business data into a single, intuitive interface, replacing scattered spreadsheets or paper records with a structured digital system. Key Highlights of the Project: - Robust Desktop Architecture: Built using Electron.js to deliver a native desktop application experience, paired with React, TypeScript, and Tailwind CSS for a modern, responsive frontend. - End-to-End Business Management: Features a deeply structured modular dashboard that handles all core operations: People (Clients, Employees, Suppliers), Inventory tracking (Materials, Products), and full lifecycle Transactions (Services, Billing, Deliveries). - Automated Reporting: Includes built-in analytics capabilities to generate structured weekly, monthly, and yearly business reports, aiding in financial tracking and strategic decision-making. - On-Premise Data Security: Utilizes a local MongoDB database instance rather than cloud storage. This architecture ensures that all sensitive business, employee, and client data remains strictly on the company's local hardware, providing maximum data privacy and absolute independence from internet connectivity. Ultimately, this project serves as a complete digital transformation tool for a traditional engineering workspace, packaging enterprise-grade management features into an easily deployable desktop .exe file.

Tuition App is a beautifully crafted, offline-first mobile application designed as a comprehensive administrative powerhouse for independent tutors and small tuition centers. The platform serves as an all-in-one hub to streamline daily academic operations: from robust student directory management and dynamic fee ledger tracking to academic calendar organization. While it operates primarily with lightning-fast local data for seamless offline usability, it is fortified by an on-demand cloud synchronization engine, ensuring that critical financial and academic records are safely backed up and instantly retrievable. Key Highlights of the Project: - Modern Tech Stack: Built using a robust cross-platform ecosystem including Flutter (v3.12.1+), Dart, Riverpod for immutable state management, Isar NoSQL for local caching, and Supabase for cloud infrastructure. - Offline-First Architecture: Features a lightning-fast, local-first database orchestration that allows for seamless batch filtering and zero-lag context switching, coupled with a manual Supabase sync engine for remote cloud updates. - Comprehensive Administration: Includes dynamic fee ledgers with custom base amounts, sibling group management for combined billing, and a highly optimized tournament module for tracking honour points and academic competitions. - Engaging UI & Integrations: Engineered with a premium Material 3 design system, custom native-to-Flutter splash screens, predictable background notifications, and an automated WhatsApp integration that deeply links beautifully formatted fee receipts. Ultimately, Tuition App is a production-grade management solution that elegantly blends the daily needs of independent educators with advanced, offline-first mobile engineering.

Tuition Web is a real-time, highly responsive web portal and public leaderboard dashboard designed as the live, public-facing companion to My Tuition App. The platform serves as an interactive hub for students, parents, and educators to instantly access live academic standings, tournament rankings, and detailed honour point breakdowns. Operating as a highly optimized, read-heavy display interface, the portal ensures absolute data integrity by strictly restricting all write operations and data mutations to authorized mobile app syncs and authenticated server routes. Key Highlights of the Project: - Modern Tech Stack: Built on a cutting-edge web ecosystem featuring Next.js 16 (App Router with Turbopack), React 19, TypeScript (v5+), and Tailwind CSS (v4). - Live Data & Caching Engine: Powered by a direct Supabase integration for real-time data fetching, featuring a dedicated on-demand cache revalidation endpoint (/api/revalidate) that instantly refreshes web pages the moment new data is synced from the Flutter application. - Dynamic Leaderboards: Showcases interactive, animated top-3 podiums for weekly and overall tournaments, detailed honour point breakdown modals, and academic standings filterable by class and semester. - Engaging UI/UX: Engineered for a seamless user experience with full Material-inspired dark and light mode switching (via next-themes), fluid component animations using Framer Motion, and mobile-optimized slide-out filter drawers. Ultimately, Tuition Web is a high-performance, production-grade portal that elegantly transforms complex backend academic data into an engaging, competitive, and accessible public dashboard.