建築系鄭政利、蔡欣君及陳嘉萍教授指導學生參加國際競賽『RTF Sustainability Awards 2017』,榮獲3金獎1銀獎!

2018.02.06 - By 建築系

競賽名稱:RTF Sustainability Awards 2017

主辦單位:Rethinking the Future (RTF)

獲得名次:金獎First Award | Category: Cultural

參賽學生:黃泰源、蕭彥群

指導教授:鄭政利教授、蔡欣君助理教授

作品名稱:IDLE to IDEAL

作品連結:https://www.re-thinkingthefuture.com/rtfsa2017-cultural-concept/idle-to-ideal-tai-yuan-huang/

設計概念:

CRADLE to CRADLE, IDLE to IDEAL.

The pursuit of social progress and development must be accompanied by a large amount of infrastructure, however, in Taiwan, more than 800 idle buildings have been accumulated In the past 2 decades. Not only wasted more than 261 billion NTD in construction costs but also make the debt of Taiwanese government approaching to 7 trillion NTD. A lot of new construction not only wastes many public funds but also produces a lot of waste. The construction of each new building will result in energy consumption and manpower consumption, in addition, it will also cause a lot of air pollution during the construction period.Therefore, how to redesign and recreate the idle buildings and turn them into the ideal public spaces is an important issue to think about. In this case, the concept of the construction is to compose the variety of different function by the most simple components. Try to maximize the flexibility of space reuse on the premise of minimizing the construction costs and resource consumption.

獲得名次:金獎First Award | Category: Housing

參賽學生:黃泰源

指導教授:鄭政利教授

作品名稱:V4, Self-Circulation Housing

作品連結:https://www.re-thinkingthefuture.com/rtfsa2017-housing/v4-self-circulation-housing-tai-yuan-huang/

設計概念:

V4, Self-Circulation Housing

“V4” housing was combined with four vertical systems, which are (1) vertical-village, (2) vertical-wetland-system, (3) vertical-waste-food-recycling-system and (4) vertical-air-filter-system. Not only provide more living space for the citizens but also recycle the rainwater, waste water, waste food then resubmits to the city area as the clean water and organic fertilizer. Furthermore, it can also clean the haze and give back the clean air to the city. In the process of the water recycling, the vertical wetland system can also provide the organic vegetables for the city.

Try to imagine, if there is a collective housing can actually do a recycling circulation by itself, not only reduce the energy emissions but also can make the great benefits for the surrounding area, it will really improve the city environment.

獲得名次:金獎First Award | Category: Pop-Ups and Temporary (Concept)

參賽學生:山本大貴

指導教授:鄭政利教授、陳嘉萍專案助理教授

作品名稱:Building Block House

作品連結:https://www.re-thinkingthefuture.com/rtfsa2017-pop-ups-temporary-concept/building-block-house-yamamoto-taiki/

設計概念:

This time I planned an island located in the east of Fujian Province of Mainland China, Taiwan Main Island on the site. Taiwan has a land of 35,980 kilometers, with a population of approximately 23 million people living. Taipei City has a population of about 2.7 million people, is the capital of Taiwan, and is also one of the world’s leading cities in Asia. The Xinyi District of the target site of this time is located somewhat south from the center of Taipei City. It is an area of economic development that is the first commercial for now. A building block is a toy made of wood material. It can be stacking, lining, breaking up. I think that building blocks are Architecture. Building blocks incorporating architectural elements can create various interior objects depending on how they are stacked.

獲得名次:銀獎Second Award | Category: Landscape Design

參賽學生:蕭彥群、卓仲仁

指導教授:鄭政利教授

作品名稱:C4

作品連結:https://www.re-thinkingthefuture.com/rtfsa2017-landscape-design-concept/c4-hsiao-yen-chun/

設計概念:

Kenting has about 6 million visitors a year, with an average of 1462 visitors every day, more often, locals and foreign tourists lack the environmental awareness and arbitrarily destroy marine resources such as corals and snails, thus causing serious damage to the ecology of Kenting coast.

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