Maaden

Maaden is a multiplayer indoor cycling game designed for interactive experiences. Two players compete in real-time, using an Android tablet as a controller to interact with the main game running on a Windows system. This setup creates a fun and engaging physical-digital gameplay experience.

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Ulker AI Cook Demo

Ulker AI Cook Demo is an interactive application that uses AI to generate food-related visuals based on user selections. By analyzing user input, the system creates unique AI-generated artwork in real-time, delivering an engaging and creative experience that blends technology with culinary concepts.

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Tangible Table R&D

Tangible Table R&D is a research-driven project focused on exploring tag-based interactions in an interactive tabletop system. The study includes testing tag behavior, interaction accuracy, and multiple real-world scenarios to identify potential applications and improve system performance.

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AI Paint

AI Paint is an interactive application that leverages AI to generate artistic visuals in real-time. By capturing user input, the system transforms it into unique, AI-generated artwork, creating a seamless blend of creativity and technology.

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AI Filter Holobox

AI Filter Holobox is an interactive system that leverages AI and computer vision to generate real-time visuals based on live camera input. Built using TouchDesigner, the application integrates StreamDiffusion workflows and Spout for seamless data flow, transforming user presence into dynamic AI-generated artwork. This project focuses on rapid prototyping and experimental interaction design within immersive environments.

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Showroom Virtual Tour Demo WebGL

This Showroom Virtual Tour is a WebGL-based interactive experience where users can explore a virtual showroom environment. As users move closer to items, contextual information is dynamically displayed, creating an immersive and intuitive browsing experience.

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Scan and Play

A motion-controlled game developed using Kinect body tracking integrated through TouchDesigner, where player movements were captured in real time and mapped to control a car inside a Unity-based game environment.

An Android companion controller app was designed and developed to manage in-game interactions. Communication between the Unity application and the mobile controller was implemented using the OSC protocol, enabling low-latency real-time control.

Developed the Android controller app for the Endless Mode gameplay. Created a prototype controller system for the Laps Mode.