Utilizing various types of hardware and/or software, our team of four embarked on this task with the goal of creating an educational sensory interactive experience. Ultimately, we developed a system that integrates p5 sketches with Arduino and Microsoft Kinect inputs to assist students in learning musical skills through remote gesture-based melody matching. This project provides a detailed account of the process and implementation details of the final system.

This project presents a prototype design for a remote and on-site interactive museum experience system. The system enables remote and on-site visitors to share their museum experiences in real time. The target audience is users who are unable to visit Fife but wish to obtain a unique and engaging remote experience. As museum visits are interactive and exhibits are often accompanied by meaningful stories, the system incorporates a primary software interaction module (based on P5.js), an auxiliary feedback module (based on Expo), and a hardware input module (micro:bit) as a substitute for a mouse and keyboard. The interactive system is built around Fife's most important spring elements (cherry blossoms and colors) as exhibit themes, exploring the interactions with objects and nature, and creating virtual affective experiences.