本論文試圖透過構法、材料、植物與時間四種空間構成元素統整之原型，探索空間中「人為介入」與「自然驅力」的關係。該原型係指於數位製造技術 (3D 列印 ) 的背景下，結合人工土壤 (PU 發泡材料 )、空間桁架系統、植物及其生長週期，發展出輕質、具備結構性、突破植生角度限制並且可以依據使用者需求發展自由型態之複合材料植生系統。

　　以此新型態人工土壤植生系統為原型發展出正交矩陣、自由曲體、碎片組立三種空間組態，並衍伸出與自然的七種關係：融合、模糊、內外、角度、寄生、藏入、填補。透過此系統來討論空間未來的潛力，從靜態、動態到可成長的空間，建築成為人與自然環境之間可呼吸的介面，重新探索人與自然的關係。

　　The thesis intends to discover the spatial relationship between “human intervention” and “the natural power” through a prototype. The prototype is integrated by four elements, including construction, materials, plants, and time. The prototype refers to a planting system which is developed with artificial soils (PU foam materials), truss structure systems, plants, and its lifecycle under the background of digital manufacturing technology (3D printing). The planting system mentioned above is light and structural. It is combined by composite materials and can break through the limitation of growing angles. In addition, it will be able to develop free form based on different user demands.

　　Three spatial configurations are orthogonal matrix, curved wall with free form, and combination of fragments. They are developed on the basis of prototype of the innovative artificial soil planting system. The innovative artificial soil planting system can further develop seven relationships with the nature, including fusion, fuzziness, inside and outside, angles, parasitism, hiding, and filling in. The thesis discusses the future potential of spaces via the innovative artificial soil planting system from static spaces to dynamic spaces and from dynamic spaces to growable spaces. The architecture becomes a breathable surface and once again explores the relationship between human beings and the nature.

中文書目
1.Henry D. Foth 著 ，陳振鐸 譯,《基本土壤學》,徐氏基金會 出版, 1998
2.邱浩修 著,《重構自然: 數位構築方法下的建築新詩性 》,東海大學創藝學院建築研究中心 出版, 2013
3.孫全文、邱佩君 著,《李承寬與德國有機建築》,田園城市 出版, 2008
4.劉熙 著,《無土栽培》,五洲出版社 出版, 1987
5.中華民國景觀學會 編,《景觀道路相關設施設計及施工參考手冊研訂》,中華民國交通部臺灣區國道高速公路局 出版, 2003
6.台灣綠屋頂暨立體綠化協會 編,《屋頂綠化技術手冊》,內政部建築研究所 出版, 2015

期刊論文
1.李謙盛、郭士榮、李式軍,〈利用工農業有機廢棄物生產優質無土栽培基質〉,自然資源學報,第17卷 第4期,南京, 2002
2.呂芳運,《台中市立面綠化植物之研究》,碩士論文,東海大學, 2010
3.陳佳榮,《建築物壁面綠化構法之研究以支撐架系統為例》,碩士論文,成功大學, 2010

網路資料
1.台灣WORD, https://goo.gl/fjVtKY
2.中興大學, web.nchu.edu.tw/pweb/users/jtwu/lesson/140.doc
3.維基百科, https://goo.gl/XbvSrq
4.MIT Media Lab, CNC Deposited Silk Fiber & Silkworm Construction, https://goo.gl/KwclYG
5.Ferdinand Ludwig and Oliver Storz, The Footbridge, https://goo.gl/LcMXS3
6.UAE, GEOtube Tower, https://goo.gl/7ya1hY
7.Branch Technology, http://www.branch.technology
8.NASA, https://goo.gl/BKWyjA