Recent Project

DataBricks System

A comprehensive web platform enabling dynamic control and monitoring of the DataBricks installation. The system manages and visualizes 226 LED bricks via synchronized video playback and real-time grid layout.

• Built as a 7-member Agile team using weekly sprint reviews and Git-based code collaboration.
• Designed and implemented frontend logic for visualizing brick status in a responsive grid.
• Converted images, GIFs, and videos to standardized MP4 (854×480) format using FFmpeg automation.
• Ensured synchronized frame-accurate playback across all bricks to support collective visual effects.
• Generated unique, traceable filenames for media using show name, artist name, and timestamp.
• Implemented quick-setting tools to assign videos to 226 bricks efficiently, bypassing drag-and-drop limitations.
• Secured access and role authentication via AWS Cognito and OTP verification flow.
• Automated email delivery of access links and codes using AWS SES integration.
• Managed media assets and metadata with AWS S3 and Prisma-backed relational database.

Distributed Shared Whiteboard

A distributed Java-based whiteboard system supporting real-time collaboration among multiple clients. The project focused on server-client synchronization, remote method invocation, and GUI usability.

• Built a centralized server architecture supporting one manager and multiple clients
• Managed real-time synchronization and data integrity through a shared server interface
• Utilized Java RMI to enable communication between remote clients and server components
• Implemented remote objects for canvas updates, client actions, and server coordination
• Developed GUI components using Java Swing including ToolBar, DrawPanel, and ChatBox
• Packaged and deployed client/server as CreateWhiteBoard.jar and JoinWhiteBoard.jar executables
• Added UI features such as drawing tools, color picker, chat messaging, and user list panel
• Enabled collaborative whiteboard editing with synchronized multi-user operations

Recording Web Platform (C-LARA)

A full-stack web application designed to streamline the creation and management of recording entries for C-LARA. The project focused on delivering responsive user interfaces and secure, scalable backend services.

• Initiated development of a React-based frontend to enhance the recording creation experience.
• Collaborated in a 5-person Agile team (2 frontend, 3 backend), conducting weekly sprints and code reviews.
• Built reusable and dynamic UI components using React + TypeScript for maintainability and scalability.
• Integrated Material-UI and designed 5+ custom components to improve user interaction and design consistency.
• Led secure user authentication implementation via Django REST Framework and JSON Web Tokens (JWT).
• Utilized Axios to enable seamless front-end and back-end communication with clear interface separation.
• Adopted a diverse tech stack to deliver scalable features across both frontend and backend layers.