
全国ケンコミ建築設計研究所
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【必須1】 . エントリー期間 6月1日~8月1日23:59
WASA-WLS
2023
World League Series
Second round world voting
November 1st to December 1st, 2023 (delay)
The 100 works that passed the preliminary screening will be released, and the winners of the second screening will be determined based on the scores obtained from the global vote. The weight of a vote varies depending on the voter. You can view, vote, and comment on the works from the YouTube summary section or the competition page.
[Vote targets]
① Architects, teachers (professors, assistants, lecturers) ② Designers ③ Architecture students (graduate schools, universities, junior colleges, vocational schools) ④ General people other than architecture
[Voting period]
November 1st - December 1st, 2023
Second screening results announcement
December 1, 2023
13 champions will be selected
The second round of judging will be broadcast on YouTube, and the works will be translated into four languages and archived while being broadcast around the world, and votes and opinions will be collected from all over the world. In addition to the first round of AI judging, a second round of judging will involve global voting and question-and-answer sessions by architects, professors, and architecture students from around the world to determine 14 champions.
1st place in world voting
World Championship Gold Medal・・・1 work
2nd place in world voting
World Championship Silver Medal・・・1 work
3rd place in world vote
World Championship Bronze Medal・・・1 work
First place in each league
World Championship Medal・・・10 works
~ Prize money-$1,700 ~
A prize of $1,700 (approximately 240,000 yen) will be awarded from the WASA World Architecture Student Award. From 2023.The currency will be the US dollar, and remittances will be made to each country according to the exchange rate as of the transfer date, December 1, 2023. Please note that you will need to submit documents such as a passport and complete the necessary procedures.

World Championship
Gold Medal
$1000 America
(¥139,790) Japan
(Ran 7,113) China
(Euro 962) Europe
World Championship
Silver Medal
$500 America
(¥69,900) Japan
(3,557 Yuan) China
(Euro 482) Europe
World Championship
Bronze Medal
$200 America
(¥27,958) Japan
(yuan 1,422) China
(Euro 193) Europe
~ Certificates - 13 pieces ~
A certificate will be awarded to the designer who won the award in the second round of judging.
Each item will be individually packaged and delivered via international mail to various regions around the world.

You were recognized as an excellent designer with the most nominations from architects, professors and students around the world in the world championship of the WASA World Architecture Student Awards.
Therefore, I admire and award this here.

■Shipments: Award certificate, tournament pamphlet, business card, invoice
■Format: International mail - sea mail or air mail
■Period: Must arrive in mid-January
*Due to the spread of the new coronavirus infection, acceptance of orders may be suspended or delivery may be delayed depending on the destination country/region and shipping method.

All-League
Winning work
All League...This is a league in which contestants compete on the level of completion of their design proposals, including their content, expression techniques, thinking ability, creativity, and other special qualities.
(1st place- Genius architect Medal) (2nd place- Master architect Medal) (3rd place~ Best Selection Award)
※There was one work whose right to advance to the second round of judging was invalidated.
WASA
iiPlexus emerges in response to the formidable challenges posed by the global coronavirus disease (COVID-19) pandemic and the pressing environmental issues we face today. At a time when the delicate balance of our ecosystem is increasingly at risk, iPlexus envisions a harmonious coexistence of urban development and nature. This innovative project seeks to transcend the boundaries of traditional urban planning by introducing a vertical networked city that not only sustains itself but also fosters an ecological environment. iPlexus is set to be a beacon of innovation, resilience, and environmental synergy in the age of artificial intelligence. One of Plexus' main goals is to reinvigorate the delicate green, gray, and blue balance of its surroundings. This transformative initiative involves the redevelopment of dry bodies of water, breathing new life into previously blighted landscapes. Through careful planning and design, iPlexus aims to reintroduce natural water flows, revitalize the ecosystem, and ensure its long-term sustainability. Spread across the urban area of Golf Course Road, iPlexus introduces an urban forest, a lush oasis in the midst of a densely populated urban landscape. This lush preserve serves as a testament to our commitment to preserving and enhancing nature's bounty within the urban fabric. Urban forests not only provide a peaceful retreat for residents, but also contribute to the ecological health of the entire area. iPlexus is more than just a traditional city, it's a visionary AI-driven hybrid typology. In the heart of Gurugram, we are pioneering a new way of urban living that seamlessly integrates cutting-edge technology and agricultural roots. The convergence of AI-powered elements will improve urban efficiency, security, and overall quality of life while paying homage to agricultural heritage. iPlexus is more than just a physical structure. It's a hybrid of accessibility. Its flexible programs are intricately interconnected and foster a sense of community and collaboration. iPlexus enables residents to engage with each other, their environment, and emerging technologies through an intelligently designed network of spaces and circulation. Adapt to evolving social, technological and ecological urban conditions and foster an environment of continuous innovation and adaptability.iiPlexus emerges in response to the formidable challenges posed by the global coronavirus disease (COVID-19) pandemic and the pressing environmental issues we face today. At a time when the delicate balance of our ecosystem is increasingly at risk, iPlexus envisions a harmonious coexistence of urban development and nature. This innovative project seeks to transcend the boundaries of traditional urban planning by introducing a vertical networked city that not only sustains itself but also fosters an ecological environment. iPlexus is set to be a beacon of innovation, resilience, and environmental synergy in the age of artificial intelligence. One of Plexus' main goals is to reinvigorate the delicate green, gray, and blue balance of its surroundings. This transformative initiative involves the redevelopment of dry bodies of water, breathing new life into previously blighted landscapes. Through careful planning and design, iPlexus aims to reintroduce natural water flows, revitalize the ecosystem, and ensure its long-term sustainability. Spread across the urban area of Golf Course Road, iPlexus introduces an urban forest, a lush oasis in the midst of a densely populated urban landscape. This lush preserve serves as a testament to our commitment to preserving and enhancing nature's bounty within the urban fabric. Urban forests not only provide a peaceful retreat for residents, but also contribute to the ecological health of the entire area. iPlexus is more than just a traditional city, it's a visionary AI-driven hybrid typology. In the heart of Gurugram, we are pioneering a new way of urban living that seamlessly integrates cutting-edge technology and agricultural roots. The convergence of AI-powered elements will improve urban efficiency, security, and overall quality of life while paying homage to agricultural heritage. iPlexus is more than just a physical structure. It's a hybrid of accessibility. Its flexible programs are intricately interconnected and foster a sense of community and collaboration. iPlexus enables residents to engage with each other, their environment, and emerging technologies through an intelligently designed network of spaces and circulation. Adapt to evolving social, technological and ecological urban conditions and foster an environment of continuous innovation and adaptability.

Currently, Japan's cities generally lack convenient space both quantitatively and qualitatively, but with this design, it is possible to create a space that is temporarily idle due to bidding or investment, or an idle space such as gray space in the city. We are taking land use into account and alleviating the problem. There is a certain lack of convenient space. Modular design methods are used to give temporality, changeability and universality to the design, and at the same time combine with the sharing economy model to realize service upgrades in convenient spaces and optimization of space resource allocation. Masu. This design involved detailed research into the needs of different people to formulate functional modules. The functional modules are mainly categorized into business, social, sports, entertainment, pet, work, and ecological functional module categories. By designing functions and uses that match people's needs, we improve the quality of highly convenient service spaces. With the help of information technology such as APP, venue managers can install functional modules on demand and implement the real operation of the sharing economy. In terms of design, the common product and the functional module or space formed by combining the functional modules are themselves common products. Combining the above aspects enables timely AED first aid in inconvenient urban spaces.
In this design, Shijing subway station was selected as a research pilot, but although this area is undergoing rapid development and the number of residents is rapidly increasing, there is a serious lack of public space, and excessive concentration of convenient service areas. , has problems such as confusion. management. This design combines the use of idle land with the above design methods and contents to improve the quality of life of local residents and explore new ideas for convenient spatial design.