Spectra is an augmented reality (AR) learning application designed to help children with Autism Spectrum Disorder (ASD) practice object recognition in an interactive, low-friction way. The app overlays 3D learning objects onto the real-world environment through the device's camera, allowing children to explore and engage with educational content in a more visual and hands-on manner than traditional learning methods. The project was developed as part of an undergraduate thesis, with a strong focus on improving the stability and reliability of AR object tracking so that the learning experience stays smooth and distraction-free for young users.

CineView is a mobile application developed to allow users to review and rate movies they have watched. This project was created in response to the growing interest in digital movie-watching and opinion-sharing activities. The application is supported by a RESTful API built with Node.js and Express.js, with MongoDB used for data storage. The backend provides services for user registration and login, as well as handling and managing application data through a structured architecture consisting of controllers, models, routes, and middleware. The API is deployed using Vercel to provide backend services for the CineView Android application.

A full-stack personal portfolio built with Next.js 16 (App Router) and TypeScript, styled with Tailwind CSS v4 and shadcn/ui. The frontend layer combines several animation and interaction libraries — GSAP with ScrollTrigger, Lenis smooth scrolling, AOS, and an interactive 3D ID-card lanyard rendered with React Three Fiber, Drei, and Rapier physics — to create a fluid, responsive experience. On the backend, it uses Prisma with a PostgreSQL (Supabase) database, NextAuth v5 for authentication, Zod for schema validation, and a protected admin dashboard for managing projects and viewing page-view analytics. The result reflects both frontend polish and end-to-end engineering: type-safe data flow, optimized rendering, accessible components, and carefully tuned motion.