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捕捉細微掃動，塑形距離，將動作殘影轉化為聲音的痕跡。
Gentle sweeps shape the volume of distance, translating fleeting movement into traces of sound.
《微微掃塑》是為肢體不便人士設計的樂器，是一件受早期電子樂器 - 特雷門琴（Theremin）啟發的互動藝術裝置。與Theremin不同的是，它加入了電容式感應器與紅外線感測器，搭配學生設計的金屬動態雕塑、可觸控介面，以及聲音設計，為演奏方式提供更多元化的可能性。
電容式感應器與紅外線感測器把觸碰、距離與手勢轉化為聲音控制訊號。當觀眾身體任何一部分接觸、改變與導電區域或感測器的距離時，微控制器讀取會捕捉這些數值變化，並即時改變音高與音色。此外，部分作品加入了金屬雕塑，當它旋轉或與感測器的距離時，數值亦會有所變化，實現隔空聲音操控。
“Movemin” is an instrument designed for people with mobility impairments. It is an interactive art installation inspired by an early electronic instrument—the Theremin. Unlike the Theremin, it incorporates capacitive sensors and infrared sensors, along with metal dynamic sculptures designed by the students, a touchable interface, and sound design—offering more diverse possibilities for how it can be played.
The capacitive and infrared sensors convert touch, distance, and hand gestures into sound-control signals. When an audience member’s body contacts the conductive areas, changes those areas, or alters the distance between their body and the sensors, the microcontroller detects these value changes and immediately modifies the pitch and timbre. In addition, some pieces include rotating metal sculptures: when the sculpture spins or moves relative to the sensors, the sensor readings also change, enabling airborne / contactless sound control.
【工作坊介紹】
同學將製作屬於自己的電子樂器 Movemin，探索「Musical expression for all」的可能性：重新思考演奏樂器的操作方式，嘗試透過不同的肢體動作或工具與裝置互動，並搭配電腦預設的音樂程式，創造出多元且獨特的聲音表現，讓更多人能參與音樂與互動藝術的體驗。
【學習重點】
通達設計：運用五金材料，動手製作動態雕塑或觸控鍵盤，打造能讓不同能力人士共同參與的樂器介面。
從電路到聲音：學習基礎電子電路與機械原理，並透過程式編碼（如 Arduino），掌握將物理互動轉化為聲音訊號的技術。
聲音設計入門：使用虛擬模組合成器 VCV Rack，透過串連(Patching) 各種訊號模組，創作屬於自己的獨特音色與效果。
Workshop Introduction
Students will create their own electronic musical instrument, Movemin, exploring the possibilities of "Musical expression for all": rethinking how to play an instrument, experimenting with different body movements or tools and devices, and combining this with pre-set computer music programs to create diverse and unique sound expressions, allowing more people to participate in the experience of music and interactive art.
Learning Focus
Comprehensive Design: Using metal materials, create kinetic sculptures or touch keyboards to build instrument interfaces that allow people of different abilities to participate.
From Circuit to Sound: Learn basic electronic circuits and mechanical principles, and master the technology of converting physical interactions into sound signals through procedural coding (such as Arduino).
Introduction to Sound Design: Using the Virtual Module Composer (VCV Rack), create your own unique timbres and effects by patching various signal modules.
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