建築系邱奕旭、陳彥廷副教授指導學生參加紐約Young Ones ADC建築、產品、視傳類,榮獲1金1銅10佳作!

2019.05.08 - By 建築系

競賽名稱 : Young Ones ADC Award

主辦單位 : Art Directors Club, New York, USA

競賽主旨 :

紐約藝術指導協會俱樂部(NYADC)是全球首屈一指的跨媒體設計社團,同時也是全球第一個藝術指導協會。這個創立於西元1920年的非營利組織,宗旨為透過凝聚、激發、提升創意來改變世界。紐約藝術指導協會Young Ones ADC獎是一個由紐約藝術指導協會俱樂部NYADC所主辦的國際競賽,每年都會舉辦年度大獎,選出最優秀並著重於藝術景觀、建築、室內、產品、印刷、廣告、互動媒體、平面設計、出版社寄、包裝、動態影像、攝影及插畫作品並依據來自世界各地獲獎作品所累積的得分,評選出年度最佳設計公司、年度最佳廣告代理、年度最佳網站、年度最佳多媒體代理,以及年度最佳學院。

參賽學生:馬朗文、徐一中、楊偉杰

指導教授:邱奕旭、陳彥廷副教授

獲得名次:Merit優選

作品名稱:Re-interweaving

設計概念:

This social housing design aims to reproduce the local rice culture and history. The 〝sharing lifestyle〞and〝sharing entertainment〞are expected to be created between the new residence and local residence. Furthermore, to attract tourists to participate with these new lifestyles is important too.

Rice culture is the most essential part in Taiwan’s agriculture industry. The disposed rice straw is widely applied on the architecture as well as interior design. It is used for making furniture、partition walls、decorations and so on. In order to make visitors experience the real terrain and rice paddy before, the complex surface structure is designed as a rooftop rice paddy. Through combining diverse usage of rice to provide visitors a different experience as well as increase the opportunity of interaction between tourists and residence.

我們試圖尋找青埔的在地文化與故事,透過最貼近當地文化的設計手法,使新的住戶與當地居民共同營造一個〝共享生活模式〞與〝共享娛樂型態〞,並期望吸引外來觀光人潮,共同分享這樣全新的生活樣貌。米食文化是台灣傳統農業文化中最重要的部分,我們將〝稻米〞與〝稻稈〞廣泛地運用在建築材料與室內設計上,透過稻稈製成家具、書架、帷幕等,並創造以水稻田意象為主題的空中廣場,讓群眾能最直接地接觸、認識這樣美好的農業文化。

參賽學生:湯睿峰、林哲維

指導教授:陳彥廷副教授

獲得名次:Gold Cube金獎

作品名稱:水耕之屋

設計概念:

After observing the local buoyancy carrier, we designed a combined floating apartment. Use local building materials "bamboo". Combines natural ventilation design confrontate the hot tropical areas. The main axis of design for symbiosis with hydroponic fish and vegetables solves the problem of food shortage during floods.

東南亞長期飽受洪患,洪患每每是長時間滯留不退,影響作物收成及居民生活。因此我們觀察當地浮力載體後,設計出一棟結合可浮式住宅。選用當地建材—竹子。達到環保且的效果。結合自然通風設計以對抗在炎熱的熱帶地區。以水耕魚菜共生的設計主軸解決洪患時糧食缺乏的問題。而外型部分是以船屋加上竹筏以漂浮水桶漂浮為原型設計而成。

參賽學生: 林哲維、湯睿峰

指導教授: 陳彥廷副教授

獲得名次: Bronze Cube銅獎

作品名稱: Easy-Pull Barrier

設計概念:

We found that the existing New Jersey barriers are widely used, but they are not environmentally friendly to manufacture and maintain. In addition, it takes a lot of time and manpower to set up. This Easy-Pull Barrier is designed for road maintenance or accidents. Not only does it build quickly, but it also saves a lot of manpower, it only takes 1 or 2 people to operate. And you can save a lot of New Jersey’s guardrail usage, like an Easy-Pull Barrier can replace twelve traditional New Jersey guardrails.

我們發現現有的紐澤西護欄被廣泛使用,但製造和維護並不環保。此外,架設時需要花費許多的時間和人力。這種Easy-Pull Barrier專為道路維護或事故而設計。它不僅快速搭建,而且還節省了許多人力,它只需要1或2個人就可以操作。並且可以大量節省紐澤西護欄的使用量,像是一個Easy-Pull Barrier可以取代十二個傳統紐澤西護欄。

參賽學生:李博文

指導教授:陳彥廷副教授

獲獎名次:Merit優選

作品名稱:SPACECRAPER

設計概念:

In this Spacecraper, we contain four immense modules which could grow our own food and recycling our water along the travel between planetary systems. When we arrived to our destination which is like our eco-system, the modules can immediately deploy on the planet surface, and build a new colony city easily, and the Spacecraper would go back to earth to refill new modules and keep looking for another suitable planet for humankind.

在這個Spacecraper中,我們包含四個巨大的模塊,可以種植我們自己的食物,並沿著行星系統之間的行程循環利用我們的水資源。 當我們到達我們的目的地時,就像我們的生態系統一樣,這些模塊可以立即部署在地球表面,輕鬆建立一個新的殖民地城市,任務完畢後Spacecraper將回到地球,重新填充新的模塊並繼續尋找宇宙中其他合適人類生存的星球。

參賽學生:陳麒善、陳霆

指導教授:陳彥廷副教授

獲得名次:Merit優選

作品名稱:Migration

設計概念:
Great Kemeri Bog Visitor Center focus on the observation of migratory bird and the water recovery system. Considering precipitation and rainy season in Kemeri National Park, we design this building a Green Building with water recycling reuse system. And the roof-garden connects the landscape in view, to be a viewing platform where visiors can have a rest and take photos.

以候鳥與水系統回收做為設計的思考核心,思考基地內的降雨季節與降雨量,結合綠建築設計做為水循環的收集再利用。而屋頂空間則規劃為觀景平台讓遊客能夠休憩與拍照,結合屋頂花園串連自然環境的視野連續性。

參賽學生:林哲維
指導教授:陳彥廷副教授
獲獎名次:Merit優選
作品名稱:DISASTER EMERGENCY SHELTER

設計概念:

The disaster caused by the earthquake has destroyed countless homes and left many people in small villages and small cities homeless. As a result, we have created a new shelter that is more comfortable, more private and safer. We found that the air convection of a typical folding house or tent was not well designed, so we opened a skylight at the top and opened a louver at the bottom, hoping to achieve an air convection effect and improve air quality.

地震造成的災難摧毀了無數家園,使村莊和城鎮的許多居民無家可歸。 因此,我們創造了一個更舒適,更私密,更安全的新避難所,讓受災戶居民可以在災後能有個安心休息的空間。我們發現傳統的折疊屋或是帳篷的空氣對流不理想,所以決定在頂部打開了一個天窗,在底部打開了一個百葉窗,希望能夠實現空氣對流效果並改善空氣質量。

參賽學生:湯睿峰、林哲維、李博文
指導教授:陳彥廷副教授
獲獎名次:Merit優選

作品名稱:Embrace – The future nursing home

設計概念:
As the problem of declining birthrate is becoming more and more serious, and it is accompanied by the increased care of the elderly, how to care for the elderly has become an important issue in modern times. Therefore, we have designed a seaside elderly care center to provide comprehensive care. More comfortable, it also provides prayer space for different religious beliefs to use for activities.

近幾年生育率下降的現象越來越嚴重,導致人口逐漸老化。然而這現象讓我們不得不去正視老年人口的照護。因此,我們設計了一棟面海且以雙手環繞作為意象的養老院來提供老人完善的照護。並設計一個神聖的場域來提供年長者心靈上的寄託。

參賽學生:陳麒善
指導教授:陳彥廷副教授

獲得名次:Merit優選
作品名稱:Build Fender

設計概念:
Nature environment is suffering high pressure cause lot of factories and resident houses appear as people developing science and technology. The concept comes from the component of cells. Different components have individual effects and works, which build up a building that works like creature. Like cell controls in and out of materials, the building is to become the protection of earth. Pollution will be limited inside the building itself, while stopping destroying nature, it also purifies our environment.

隨著科技的進步,短時間密集建立的工廠與住宅逐漸壓縮自然環境,建築對地球帶來巨大的傷害與負荷,如何讓建築能夠代謝自身所造成的汙染成為我們思考的議題方向。

由細胞的單元組成作為設計發想,不同的構件都有各自的作用型態,借此組合成一個具有生物機能的建築。區域劃分與整合的大規模建設,如細胞壁般控制物質的進出讓建築成為地球的防護,將汙染鎖於自身防止擴散,停止破壞自然的同時,逐漸淨化我們的生活環境。

參賽學生:李博文

指導教授:陳彥廷副教授

獲獎名次:Merit優選

作品名稱:LIGHT STOMA

設計概念:

The heat waves of the summer of 2017 caused more than 3000 deaths in France alone. Therefore, this is designed to install in all parts of Europe to reduce the risk, regardless of indoor or outdoor. The light sensor sends a computer signal to the device through the outdoor or indoor light analysis. After the cross-analysis, the size of the pore opening is determined so that suitable light will enter and the unnecessary or excessive photometry will be masked to reduce the carbon emission of the air-conditioning. This is designed to achieve the function of both energy saving and carbon reduction.

2017年夏天的熱浪僅在法國造成3000多人死亡。 因此,無論室內還是室外,都可以安裝在歐洲各地以降低風險。 光傳感器通過室外或室內光分析向設備發送計算機信號。 在交叉分析之後,確定孔開口的尺寸,以便進入合適的光並且掩蔽不必要的或過度的光度測定以減少空調的碳排放。 這旨在實現節能和減碳的功能。

參賽學生:謝宗穎、黃宣庭

指導教授:陳彥廷副教授

獲得名次:Merit優選

作品名稱:Breathing Barrier

設計概念:
Existing acoustic barrier has only one effect of blocking noise from vehicles, and there is no other function that improves the environment. Therefore, we dedicated to create a new design and find solution. The main component of emissions are NO3-, and NH4+ , and also the components to cause acid rain. So, we use the nitrogen-fixing ability of the moss to decompose these components that causing air pollution. In the future, air pollution problems and certain environmental afforestation will be effectively improved and the highway guardrail will be no longer just an acoustic barrier.

空氣汙染為目前急需解決的環保問題,車輛排放的廢氣及產出的PM2.5為造成酸雨和空汙的問題之一。隔音牆為每日接觸車流量最高的介面,在車輛廢氣排放,造成空氣汙染日益嚴重,酸雨日益增加;而路邊常見的青苔能在其環境中生長且能吸收車輛排放廢氣,提供生長所需養分,青苔透過吸收空氣和水中物質生存,利用其特性來吸收及過濾車輛所排放之廢氣和空汙微粒,轉化為生長所需的營養物質,並和隔音牆結合為一種新的介面,來改善車輛所造成的空汙問題。

參賽學生:陳麒善
指導教授:陳彥廷副教授
獲獎名次:Merit優選

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。

參賽學生: 许禕洋

指導教授: 陳彥廷副教授

獲得名次: Merit優選

作品名稱: Cake Sharing Box

設計概念:

The traditional cake box, plates, cake knife and cake shovel are mutually independent and have only a single function, and the latter two are often made of plastic material, which pollute the environment. The design of this cake box integrates the functions of packaging, cutting and sharing cakes. All the accessories used are recyclable paper materials, which are processed by die cutter, attaching to the cardboard of the box, having the advantages of saving materials, and environmental protection.

傳統的蛋糕盒,僅具有單一的功能,而蛋糕鏟通常使用塑料,造成環境污染,又經常切歪。Cake Sharing Box可以讓你享受一次有趣別致的吃蛋糕體驗,它可以在包裝、切蛋糕、分享蛋糕的整個流程中使用。所有配件都使用環保紙材,且通過刀模處理附於包裝盒的紙模板上,節省材料,健康環保。

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