Virtual Design World Cup(VDWC) 第8屆 學生BIM&VR設計競賽(由VDWC執行委員會主辦)共有43支參賽隊伍,最後則選出11支入圍隊伍。2018年11月15日在品川演講廳經過最終的公開審查,決定1項世界盃獎、2項優秀獎及4項評審委員特別獎。
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世界盃獎 |
Entry No.
38 |
作品名稱:Create
the sharable system of both space and facilities
to promote the interpersonal interaction
and regional vitality |
隊伍名稱:Catalyst 所屬:國立成功大學 參加國:台灣 |
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作品概要 |
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Lujiazui Financial City plays the pivotal role of
urban development in Shanghai. There is highly dependent
on the ride of public transportation. In view of the
main needs in the region are mainly from office workers,
and most activities are now held inside the skyscrapers;
hence we settled the starting-point of this project on
four parts,including work, life, commuting, and rest. We
create the sharable system of both space and facilities
to achieve the new urban vision that promotes the
interpersonal interaction and regional vitality while
improving the efficiency of resource use.
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優秀獎 |
Entry No.
36 |
作品名稱:Embrace World |
隊伍名稱:Time Traveler 所屬:國立高雄大學 參加國:台灣 |
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作品概要 |
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"Embrace World" means harmonious ecological coexistence between natures. The project is expected to reshape the characteristics of Shanghai's inclusive multiculturalism. The design concept is derived from the famous Chinese landscape painting. Combining the innovation technology of IOT, automatic traffic system, and smart facilities to create a shareable intelligent city. In addition, the plan has been carried out using simulation analysis software and gets a perfect score on availability.
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優秀獎 |
Entry No.
47 |
作品名稱:Shifting Tower with integrated IoT application |
隊伍名稱:ArchX 所屬:羅伯特戈登大學 參加國:英國 |
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作品概要 |
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Our project revolves around the Internet of Things market in China that we used as a tool to create a shareable system represented in a single tower, consisting of affordable offices, utilities and communal space for the business society of Shanghai. To achieve that we designed an app that could enable one to book facilities, control services, access database and navigate through the building, while constituting a social hub for both employees and employers. Hence the solution would not only improve the quality of work itself, but also have a positive impact on daily commute and employee relations. The Shifting Tower we present might be considered as an exemplary office of the future, employing sustainable design and systems that could be implemented in the whole Pudong district and prospectively in every city characterised by the highly urban environment like this of Shanghai.
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評審員特別獎
Digital urbanism Award
池田 靖史
執行委員長、慶應義塾大學研究所 政策媒體研究學系 教授/IKDS代表 |
Entry No.
40 |
作品名稱:THE CONNECTION |
隊伍名稱:DECCAN DESIGNERS 所屬:賈瓦哈拉爾・尼赫魯・建築藝術大學 參加國:印度 |
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作品概要 |
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Transit-Oriented Development (TOD) embodies society's desire for vibrant,
livable communities that are compact, walkable and centered on high-quality
transit systems that enable residents to live, play and work with less
dependence on cars. Transportation systems-well designed, well connected,
easily accessible, multi-modal, and integrated into the fabric of their
environments-are an essential part of prosperity and sustainability for
all cities. Our approach to transportation systems seamlessly integrates
architecture, infrastructure planning, and urban design to create healthy,
efficient, inviting environments.
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評審員特別獎
Low-carbon development Award
皆川 勝
東京都市大學 副校長/工程學院都市工程學系 教授 |
Entry No.
16 |
作品名稱:Micro-Growth |
隊伍名稱:Dream High 所屬:山東科技大學 參加國:中國 |
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作品概要 |
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If the city is seen as a growing plant, the upper half is the green leaf, the lower half is the root of the city, and the trail is the aorta that transports nutrients. In the past, the rude construction method will definitely destroy the texture of the city. Nowadays, various urban problems have been exposed. Under the low-carbon urban planning trend, combined with the current situation of the plot, it is proposed to make the slow space system "micro-growth", abandon the rigid axis and monotonous functional division, oppose the large-scale demolition and construction, and protect the fine texture of the city.
The “micro-growth” of the slow traffic system advocates full respect for the internal structure and historical traditions of the block, protects the original texture, and uses organic low-carbon technology to update and create. The result is a complete low-carbon green slow-moving transportation system to create a comfortable and pleasant slow-moving space.
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評審員特別獎
enosis Award
Kostas Terzidis
同濟大學設計創意學院 教授 |
Entry No.
25 |
作品名稱:Pudong- The high-tech green city |
隊伍名稱:Ying Yang 所屬:河內水利大學 參加國:越南 |
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作品概要 |
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After researching, Yin yang realised that Shanghai - a rising incubator for clean-energy startups - are experiencing two big problems: overpopulation and air pollution/ airpocalypse. In this plan, Yin yang aimed to tackling these problems with technology approach and by green method. A smart city, where sensor technology and big data are used to enhance the shareability of infrastructure, are the most desirable solution for this tech-enthusiastic city. Regarding sustainability of planning, Yin yang planned several rooftop parks functioned as a green lung that can “eat smog” for this city therefore improve the air quality.
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評審員特別獎
YOU+ Award
曾 成德
台灣國立交通大學 教授 |
Entry No.
35 |
作品名稱:Dragon Vein |
隊伍名稱:ZERO 所屬:國立高雄大學 參加國:台灣 |
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作品概要 |
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Shanghai Pudong is one of the fast-growing cities in China. Wide and dense road system is one of its main features. However, the broad roads hold up the traffic of pedestrian. The purpose of Dragon Vein plan is to re-build a new shareable network for future Shanghai. The concept of multi-layer transportation is applied to create a micro-circulation road network. In addition, IoT technology will be applied wildly to build a real-time message network in this sharing city. Let Pudong become the great future city of the East again.
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入圍獎 |
Entry No.
9 |
作品名稱:Relief Nest |
隊伍名稱:Y.U.K.K 所屬:山口大學研究所/山口大學 參加國:日本 |
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作品概要 |
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The commercial area in Pudong New Area is a district that has been developed without improvement, due to rapid growth. For the reason, disaster countermeasures have sufficiently not been done. On the other hand, there are problems such as earthquakes, wind and flood. Therefore, we propose "disaster prevention park" as this solution. Then, we incorporate an information sharing disaster prevention system. Also people's communication might become unclear when mechanical automation systems and AI are generalized by promoting the IoT society. To prevent this situation, designing it to be "a place for rest" except the time of disasters, and planning a flow line for people to gather.
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入圍獎 |
Entry No.
29 |
作品名稱:Shine of The Pearl |
隊伍名稱:UTC-EAST 所屬:交通運輸大學 參加國:越南 |
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作品概要 |
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If Shanghai is compared with a dragon of China, Pudong is the dragon’s head. The infrastructure in Pudong is the combination of modernization, IoT penetration and sharing economy development. With the aim of turning Pudong into the center of “The sharing urban system of the future Shanghai”, the UTC-EAST team brings to you the “Shine of The Pearl” project being multifuntional sharing system to meet the needs of people here in traffic, energy and living environment. So, we hope to help Pudong to become a smart, sharing and sustainable city.
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入圍獎 |
Entry No.
32 |
作品名稱:Share-HI! [Share, Have Identity] |
隊伍名稱:ArchiMap_A 所屬:大林大學校 參加國:韓國 |
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作品概要 |
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We have come up with a solution to this problem by suggesting the problem
of lack of a shared system, lack of welfare facilities, and the withdrawal
of housing.Through the establishment of a community sharing center, the
government proposed a link between residential and commercial areas and
streams to address the structure of the sharing system and welfare facilities.
Local shared centers and streams work closely with people's lives, bringing
changes to local communication, opening and awareness of sharing. Shanghai
will share the area through a community sharing center and become the city
of the future with Shanghai's identity.
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入圍獎 |
Entry No.
44 |
作品名稱:Infrastructure Connect System |
隊伍名稱:GOEMON 所屬:日本大學 參加國:日本 |
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作品概要 |
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We imagined Shanghai in 2050. Merging infrastructure and architecture, connecting a building with other building by bridge. Bridge is not only used for transportation, it connects lifeline also. Bridge is use for moving horizontally, Buildings are available to be used as an elevator, so buildings are used for moving vertically. In Shanghai in 2050, people can move in three-dimension.
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