A full-stack social platform featuring post creation, user interactions (follow/unfollow, comments), and real-time photo uploads.

• Database Engineering: Engineered full-stack CRUD capabilities utilizing Prisma ORM paired with a cloud-hosted Neon PostgreSQL database.
• Architecture & Design: Built with Next.js App Router using modular, component-driven architecture and robust client/server-side error handling.
• Authentication & Security: Integrated secure user authentication and session management via Clerk.
• Image uploads & styling: Implemented image hosting workflows using UploadThing and styled UI elements using Tailwind CSS and shadcn/ui.

A full-stack productivity web application featuring secure user authentication, responsive design, and dynamic theme switching.

• Authentication & Security: Implemented secure user authentication protocols and robust password reset functionality.
• Database & State Management: Designed a responsive UI using custom Bootstrap components to ensure good quality user experience.
• Responsive Frontend: Engineered a light/dark theme toggle utilizing client-side state management.

Help developing and refining the official website of UOA's investment club.

• Multi-Stage Onboarding Pipeline: Architected a two-phase registration flow—generating an initial database entity via POST upon sign-up, then applying multi-step validation and PATCH updates during payment processing.
• Data Prefilling & Form Sync: Implemented backend pre-fetching logic to dynamically populate checkout/registration forms with existing user data, reducing drop-off and UI friction.
• Navigation & UI Refactoring: Redesigned responsive payment/sign-up forms and rebuilt the core Navbar component for mobile responsiveness.
• Content Distribution: Built a dynamic 'Newest Article' module to query and showcase latest publications, improving content discovery and user engagement.
• Team Collaboration: Utilized Git/GitHub workflows for peer code reviews, branch management, and conflict resolution within a team environment.

An interactive, narrative-driven courtroom simulator where players interrogate AI-driven characters to uncover evidence.

• Object-Oriented Architecture: Collaborated in a team of three to architect the game logic, state management, and branching dialogue mechanics.
• Game Logic & State Machines: Developed the evidence collection system, allowing the player's discoveries to influence the final verdict and reasoning.
• Dynamic Character Mechanics: Developed the logic and state machine for the character "Elara," allowing her to respond dynamically to the player's actions.