互動技術已成為一新興的設計媒材，為建築空間與設計領域帶來創新的應用機會。藉由互動技術發展動態物件的設計操作，得以建構出具自主性行為模式的空間物件、帶來實體空間互動的契機。針對動態物件可能引發環境與使用者間產生的對話，及其在當代建築、藝術、人機界面展現的互動觀點，本論文建構一仿生邏輯的創作概念，試圖發展動態物件與空間情境的連結機制。進而在運算元件與構造元件的整合式設計中，發展具動態變形、調適行為、衍生造型的模組式設計方法。

本論文由案例回顧的方式建立動態觀點的創作立場，進而發展「動覺生物」與「智慧地磚」。透過將煩瑣性的技術程序發展成模組化的設計系統，進行原型實作。其中，發展能反覆組織擴張形體的桁架式結構物件、以及整合運算元件與促動機構達成動態變形的行為。經由擴散模型的規則設定，探索模組與模組之間進行調適行為背後可能展現的動態表現。並運用模組化系統的組織關係，發展衍生造型輔助動態設計的方法。

由「動覺生物」實作模組化的設計組建 和 衍生式的造型實驗、以及「智慧地磚」落實分散式運算的實體原型 和 智慧生活應用情境的操作，提供一實體空間互動可行的模組式設計嘗試。此外，經由展覽與工作坊的經驗，幫助實證動態物件與空間情境的連結效果與動態設計的教學方法，提供作者未來之後續研究。

Interactive media is bringing new opportunities for design creation into architectural space. Through the development of computer-augmented physical kinetic object, the relation between the dweller and the space has been changed. To understand the meaningful usage of kinetic interactions, this paper proposes a biomimetic perspective to exploring shape changing, adaptive behavior, and form generation properties on “MSOrgm” and “Smart Tiles”. “MSOrgm” is developed as a robot plant to interact with the viewer in a quiet and soothing way. The structure is assembled with a modular system, composed of computational components, structural components, and programable actuators. “Smart Tiles” is designed as an information platform. Each tile acts as a medium of contextual information, by gathering, transmitting, and exchanging information with neighboring tiles and/or objects on top of it. Following the result of these two subjects, future studies such as kinetic architecture, electronic textiles, and interactive art can be extended.

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