建築系陳彥廷副教授指導學生葉芷婷、龔照峻、黃宣庭、謝宗穎參加2020 iF Design Talent Award建築、景觀與產品類,榮獲3件Winner獎!

2020.04.08 - By 建築系

【競賽名稱】: iF Design Talent Award_01 2020

【主辦單位】: iF Design Foundation, Germany

【競賽主旨】:

First awarded in 1953, the iF DESIGN AWARD is the oldest independent design seal in the world. It is a symbol of outstanding design achievements that focuses on the innovative power of design. Every year, companies, designers, agencies and architects put themselves to the test by entering the iF DESIGN AWARD and appreciate its high value – not least as an established marketing instrument for excellent work and performance. The latest trends, innovation and uniqueness are reflected in the awarded submissions in the following disciplines: Product, Packaging, Communication, Interior Architecture, Professional Concept, Service Design and Architecture. Take part in this year’s competition und make use of the iF DESIGN AWARD as an excellent image booster!

01

參賽學生:葉芷婷

指導教授:陳彥廷副教授

獲得名次:WINNER

作品名稱:Ecological Band-Aid

作品連結:https://ifworlddesignguide.com/entry/291964-ecological-band-aid?preview=f08624911b4948f01c5051da89f96edd1a24a2a7

設計概念:

The selected base river spans the region from the forest to the city, and from the upper reaches of the river to the middle reaches of the river, different "eco patches" are designed for each stage of the river, and the natural restoration is designed to achieve maximum natural restoration. Rehabilitate the river’s hydrology, topography, and ecology to increase the level of flood storage and river drainage to reduce the risk of flooding. In addition, protection of the river from being cemented or engineered to lose its precious natural function is one of the main tasks of natural flood control. The upstream patch emphasizes the stability of soil and soil structures and reduces the earth-rock flows caused by earth and stone slippage caused by earthquakes and heavy rainfall. Patches in the middle reaches increase soil erosion while bare soil covers the vegetation, and patch habitats increase biological habitats. The downstream patches reached the goal of clean water through the configuration and design of the plants.

02

參賽學生:黃宣庭、謝宗穎

指導教授:陳彥廷副教授

獲得名次:WINNER

作品名稱:Re-Habitat

作品連結:https://ifworlddesignguide.com/entry/291436-re-habitat?preview=e360dc91b330c939580f61238444388c60cda1d4

設計概念:

RE-HABITAT is a modular coral rehabilitation system with coral seedling on it. It imitates a symmetry sphere as the stable construction to defense ocean current. After being severely damaged by blast fishing and coral mining, coral reefs can be rehabilitated over large scales using a relatively inexpensive technique simply through this design to fit any seabed. This bio-gallery Invites symbiotic algae to grow with corals through its various breathing holes in the main structure.

03

參賽學生:龔照峻

指導教授:陳彥廷副教授

獲得名次:WINNER

作品名稱:Architexture / Architecture facade

作品連結: https://ifworlddesignguide.com/entry/293186-architexture?preview=5d96f673989161a6f4e61f98249861853bbb67e7

設計概念:

Fog is an alternative source with high potentiality. It provide clean water in arid and semiarid regions with an affordable system. Consequently, my aims is to design a simple and low-cost architectural skin to capture moisture and transform it into usable water. The Bionic Breathing Skin for Architecture is connected to water purification system and transported to running water system. Collected moisture can be transformed into household water ultimately.

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