[競賽名稱】: 金點概念設計獎
【主辦單位】: 台灣創意設計中心
【競賽網址】: http://www.goldenpin.org.tw/
【競賽主旨】:
「金點設計獎」（Golden Pin Design Award）在1981年創立於台灣，現由「台灣創意設計中心」（Taiwan Design Center, TDC）辦理獎項與策劃頒獎典禮及相關活動。2014年起開始走向「全球華人市場最頂尖設計獎項」的新定位，為華人設計產業取得發言權，並自2015年起，金點設計獎品牌針對不同目標族群分設「金點設計獎」、「金點概念設計獎」及「金點新秀設計獎」等三大獎賽，旨在褒揚傑出的創新設計產品與作品。
透過金點設計獎的專業肯定，鼓勵企業重視產品設計與研發，以設計力增加品牌的附加價值；同時更為消費者與市場提供優質設計的認證，進而提升全民對於設計價值與設計美學的認知，共同創造美好生活品質。
01
參賽學生：湯睿峰、林哲維
指導教授：陳彥廷副教授
獲獎名次：金點概念設計獎
作品名稱：Snow Defender
作品連結：http://www.goldenpin.org.tw/project/snow-defender/
設計概念：
In the cold zone, the problem of snowing often affects the cultivation of the greenhouse.
Not only does the snow cover the sun on the roof, but it also affects the indoor
temperature. Resistance to cold farming areas can be properly cultivated.
Azobenzene is a material that can store the heat released by the sun when it is exposed to
sunlight, and release the heat at night. It can melt the snow of the epidermis, and pass the
filtered water through the filter back to the underground storage.
在寒冷地區，下雪的問題經常影響溫室的種植。 雪不僅覆蓋屋頂上的太陽，而
且還影響室內溫度。 不能適當耕種對寒冷地區的抵抗力。偶氮苯是一種能夠儲存太陽光在陽光下釋放的熱量，並在夜間釋放熱量的材料。它可以融化表皮的積雪，並將過濾後的水通過過濾器返回地下儲罐。通過虹吸，通過達到水循環，自動沖洗房間內的土壤。
02
參賽學生：葉芷婷、湯睿峰
指導教授：陳彥廷副教授
獲獎名次：入圍
作品名稱：Chemistry VR Lab
設計概念：
The survey shows that there are 96% of accidents occurred in junior high schools because of students’ carelessness. Therefore, schools must enhance their attitudes and knowledge about operational safety in the laboratory. Using the “Chemistry VR Lab” can improve learning effect and create a better experience, It can also change learners learning attitudes. Learners can try and experiment in the virtual world while they can’t in the real world. It can not only enable the user to try but also teach the user how to the do when encountering the emergency situation step by step.
將化學課程內容分為以下部分：性質、元素、化合物、化學反應。在遊戲過程中，這四部分會循著遊戲情節互相交錯及連結，讓學習者能夠在遊戲中了解教材內容的關聯性。調查統計結果顯示中學實驗室約96%的意外都是因學生不小心所引致的，故此學校須提升學生在實驗室內對操作安全的態度和知識。實驗室安全應被視為每一個實驗活動的重要元素。
使用遊戲的模擬系統能夠提升學習成效，並且可以達到較佳的體驗，同時也可以改善學習者的學習態度。學習者可以藉由虛擬世界進行現實生活中較少的實驗學習體驗。這項體驗中可以進行危險度高的化學室實驗以及虛擬爆炸應變處理與流程，讓學習者透過虛擬化學實驗模擬問題應變。
03
參賽學生：許禕洋、陳莉莎
指導教授：陳彥廷副教授
獲獎名次：入圍
作品名稱：Fun with Relics
作品連結：https://www.behance.net/gallery/80907279/Fun-with-Relics
設計概念：
Relic is the carrier of history and culture. The way to inherit it has always been an issue of common concern. Turning the periphery area into happy space is the issue we try to get over. October 2016, Quito Declaration based on Richard Sennet’s city thesis was adopted at the United Nations Conference. It makes us think that what would it be like if we apply the city thesis to the relics? Will it turn into a happy space for people? This design increases new imagination and possibilities of relics renascence.
This design chose Agenna Shipyard Relics as the site to renascence. By studying the borders and the behaviors, new organization is created, constantly interwining into the old frame of Argenna. At the same time, echoing the unique history with narratives deepens the local connection to the ground, and arouses people’s associations.
遺跡承載著歷史文化，如何改造傳承一直是人們密切關注的話題。將城市邊緣地帶轉變為樂活空間，是我們在設計中一直思考並試圖解決的問題。2016年10月，基於Richard Sennet城市理論的基多宣言，在聯合國大會上通過。這讓我們不禁思考：如果我們將城市的理論運用到邊緣地帶，它會不會轉變成人們的樂活空間？我們的設計希望為遺跡活化提供新的想像與可能。
我們在設計中選擇了阿根納造船廠遺址進行活化。通过研究基隆碎片化的边界和当地的行为方式，产生不同的活动空间，使新的行为与组织不断地渗透缠绕于阿根纳遗址构架中。同时，以敘事的方式呼应其独特的历史，深化在地的连结，唤起人们的联想。
04
參賽學生：陳莉莎、葉芷婷
指導教授：陳彥廷副教授
獲獎名次：入圍
作品名稱：VOICE: Meditation Cabin
設計概念：
The main concept of the design is “voice”. The structure of the cabin is based on cube, combined with three different sizes of geometry-shaped sound tube to space combination. Trying to find the most comfortable space atmosphere for people to talk with the forest. Meditator can talk with nature and express your own heart to nature with the meditation cabin where the meditator can hear more ideas.
The three themes of the meditation cabin are sun, voice and reflection which to get different meditation experiences. Although in the small spaces (under 15 square meters) which for living and meditation space, it can be used three kinds of spaces to concentrate and enlarge the gradual changes naturally to feel the spacious atmosphere. Under the gaze of nature, it gives us a high quality of meditation wooden cabin.
該項目以voice為設計概念，建築結構形式以立方體為主，結合三個大小各異的聲筒狀幾何造型，進行空間穿插組合，試圖找出人與森林對話最舒適的空間氛圍。使冥想者與自然產生對話，向大自然表達自己的心靈訴求，成為人與森林重要的交流載體。
三大冥想空間：光冥想、聲音冥想以及反射冥想，通過不同環境元素，光影、聲音、溫度等，使人們產生不一樣的冥想體驗。身處在這個冥想小屋之中，冥想者能夠聽到更多的想法。雖然是小坪數的居住與冥想空間，卻能利用三種主題空間將自然變化集中與放大，感受出空間寬廣的氛圍。在大自然的注視下，賦予了建築高度的冥想意義。
05
參賽學生：謝宗穎、黃宣庭
指導教授：陳彥廷副教授
獲獎名次：入圍
作品名稱：濾/綠化隔音圍籬
設計概念：
Air pollution is an urgent environmental issue needed to be solved. Its emissions of vehicles and PM 2.5 cause acid rain and pollution. Barriers are the highest interface contacting traffic flow. Moss can grow on the roadside in emissions, also can absorb vehicle emissions as nutrient. It’s why we hope to improve pollution problems through the combination of these.
06
參賽學生：湯睿峰、林哲維
指導教授：陳彥廷副教授
獲獎名次：入圍
作品名稱：Convertible Hospital
設計概念：
Each year , 1,000 or more people die in the war because when military conflicts between two or more organizations，including wars and armed conflicts that are taking place throughout the world and continuing to result in violent deaths.
There are many organizations fighting in Syria, including the Islamic State, the Syrian opposition and the Syrian government. A convertible hospital provides the most immediate medical emergency in the country which often happened war such us Syria, Israel, Palestine, Ukraine and Iraq. When the war happened, in addition to downsizing the entire building to below the ground, building blocks can be quickly remove and be shipped by helicopter to the surrounding areas. The idea of building is originated from China’s traditional skills – Luban lock. “Luban Lock” is a three-axis combination of building blocks, there are several forms, the six groups of the most common and six different blocks combined with each other into a square. Until today, some rural carpenters in China, “Luban Lock” are still handed down from generation to generation. The design of the building block is also the same as the Luban lock has six types. Those six types respectively emergency room, surgery room, recovery room, classrooms, connecting corridors and the block with lightweight material which can be separated at any time. The way to decrease the building is the groove of wood structure combined each other, and use a vertical elevator as a support for the building. With this convertible hospital, the most effective combination of the medical field is made and can be combined with the upper and lower. These areas of medicine are effectively protected on the ground when a war takes place and they can extend their lives and provide better health care and learning for people in countries where war zones are frequent.
一年中有1000人或更多，死於戰爭和兩個或兩個以上組織之間的軍事衝突。一
個可以變形的醫院，當戰爭發生時除了將整棟建築縮小至地面下之外，建築物
的組成塊體可以藉由直升機搭載到周遭受波及地區就行快速的醫療救護。建築
的塊體是源於中國的傳統技藝-魯班鎖來發想，魯班鎖共有六個不同塊體互相組
合成一個方塊，而設計的建築物塊體也像魯班鎖一樣有六種型態，分別是急救
室、開刀室、恢復室、教室、連接廊道以及可以隨時分離的輕量體塊。藉由這
個可變形的醫院，將醫療領域做最有效的組合，並可以與上下聯合，當戰爭發
生時，這些醫療領域將在地面上得到有效保護，並且可以為時常發生戰爭地區
國家的人民延續他們的生命並且提供更好的醫療與學習。
07
參賽學生：馬朗文
指導教授：王裕華副教授、陳彥廷副教授
獲獎名次：入圍
作品名稱：Transcendence
設計概念：
Traditional temples of Taoism in Taiwan are universal, but none of which provides visitors a place to calm down their mind. Taoism dates back to 2500 years before, the principle is to meet the regular routine of daily life recorded in the calendar of 24 solar terms. This project based on mental condition、physical condition and Nature. Except of the changes of landscape in four seasons, this project emphasis the interaction of visitors and local residence to experience the circulation of Nature and the relaxing life by simple farming and cooking, thus promote the positive perspective of life.
08
參賽學生：林崴哲, 龔照峻, 蔡沛淇, 陳志綸
指導教授：陳彥廷副教授
獲獎名次：入圍
作品名稱：SEMI-ARTIFICIAL PHOTOSYNTHESIS SYSTEM (S.A.P.S.)
設計概念：
The SAPS mimics the root and stem and leaves of plants for semi-artificial photosynthesis. At the roots, we will give the water supply system within the building. In this artificial photosynthesis system, we bionic the roots, stems, veins, and leaf tissue of plants by 3D printing. We print the veins of the water in the frame of the curtain wall, which includes the water needed before photosynthesis. There are three layers of tissue in the frame, the upper cover (tempered glass), the cell frame(middle frame), the lower plate, and the artificial cells in the middle.
Semi-Artificial Photosynthesis System (S.A.P.S.)會模仿植物的根莖葉進行半人工的光合作用行為. 於根部的仿生, 我們會在建築物內給予供水的系統, 水的內容會經過過濾與確保在系統內流動與作用時, 不會產生危害. 其葉脈與莖的仿生系統, 會在建築物內的水管內流動, 直達圍幕框架的時後, 就會分散流動進入單元細胞內進行光合作用. 仿生葉子的組織會在圍幕中展現, 我們會使用強化玻璃當作細胞壁, 生物透析膜當作細胞模, 將由自然植物萃取出來的葉綠體殖入單元細胞當中. 當陽光照設在我們的SAPS圍幕時, 光合作用就會啟動.在莖部與葉部的仿生組織, 我們利用3D列印的功能. 我們將運送水份的葉脈列印在帷幕窗戶的框架中, 這包含光合作用前需要的水, 與送走後光合作用的水(我們稱為含葡萄糖的能量水, 排出後可以供應其他生物養份或是做為燃料). 在框架有三層組織, 上蓋, 細胞框, 下盤, 夾在中間的會是人工葉細胞組織; 其中含了使用生物透析膜包覆著葉綠體以及所有需要運行光合作用的組織.
09
參賽學生：謝宗穎、黃宣庭
指導教授：陳彥廷副教授
獲獎名次：入圍
作品名稱：Bioilluminant
設計概念：
The natural resources of ambient light is usually being sacrificed by the tinted window film, but using bioilluminant can solve this problem. In addition to the direction and illuminance of the light can be controlled just like curtains, the water medium also can reduce the temperature conductivity. To make good use of the natural resources and decrease the waste are the main issue that we aim to solve.
透過bioilluminant讓建築外牆不再只是100%阻隔外界的陽光，而是像窗簾般可控制照射方位與質量，並配合水的載體減緩溫度的傳導。妥善利用自然資源與減少地球能源的浪費是這次的主要課題。
