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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.
3rd place（Master architect Medal）
Title：Metanaeum
■ Site：A land parcel in the Voltaire Art District of Decentraland in the Metaverse
■ Software：Rhinocerous, Grasshopper, AutoCAD, Sketchup, Adobe Photoshop, Adobe Illustrator, Figma, Adobe Premiere Pro, Microsoft Powerpoint, Microsoft Excel
■ Designer： Aadya Garg
■ University： Sushant School of Art and Architecture, Sushant University
■ Country ： India
Metanaeum is a visionary digital platform in the Metaverse that has the potential to revolutionize the way architects design and visualize projects. The platform frees architects from the constraints of traditional design methods and empowers them to explore unprecedented creative horizons. The Metaanaeum provides a space for architects to socialize and foster innovation and progress in the field of architecture. The platform will allow architects to collaborate and share designs with other professionals in the industry, leading to better and more innovative designs. By testing designs in a virtual environment, architects can reduce risks associated with construction, such as errors and the need for changes during the construction process.
One of the main benefits of the Metaanaeum is that it simulates a realistic environment and allows architects to experience their designs in a more immersive way. This aspect of the platform enhances the design process and enables architects to make better-informed decisions. Additionally, Metaanaeum prioritizes energy efficiency and sustainability, reducing the building industry's carbon footprint. The platform also allows architects to collaborate and share their designs with others, fostering social interaction and creating a sense of community within the profession. Metaanaeum supports the principles of diversity, inclusion, and equity and fosters a more just and just architectural profession. Metaanaeum not only provides a better way to design and visualize structures, but also brings positive changes to the architecture industry.
In conclusion, Metanaeum is more than just a virtual reality platform for architects. It represents a transition to a future where creativity can thrive without the constraints of the physical world. With limitless and efficient resources and tools at their disposal, architects are able to explore and create designs that were previously impossible. By allowing architects to design and visualize in real-time, Metanaeum also provides a collaborative and interactive platform for social interaction and brainstorming, leading to more innovative and dynamic designs. The Metanaeum offers a glimpse into a future where architects can design and create without constraints. By providing a platform for creative exploration, collaboration and growth, we have the potential to transform the architecture industry and pave the way for a more sustainable, equitable and innovative future. Additionally, Metanaeum has the potential to revolutionize the building industry by providing a more efficient and cost-effective solution to traditional design methods. Providing a digital platform where architects can test and refine their designs eliminates the need for expensive physical models and prototypes. This can lead to significant cost savings and make the design process more accessible to small businesses and independent architects. The impact of the Metaanaeum on the architectural industry goes beyond the realm of design. Promoting social responsibility and ethical practices, with a particular focus on diversity, inclusion, and equity, will help foster a more inclusive and equitable profession. Furthermore, by providing a platform for architects to connect and collaborate, we can foster the growth and development of the entire architectural community.
4th place（Best Selection Award）
Title：Cluster approach to the valorization of small historical towns on the example of Sestroretsk
■ Site：Sestroretsk, Saint-Petersburg, Russia
■ Software：Autodesk Revit, Adobe Illustrator, Adobe Phortoshop, Autodesk AutoCAD, Qgis, 3ds max, Adobe AfterEffects
■ Designer： Iudina Natalia
■ University： The Moscow institute of Architecture (State Academy)
■ Country ： Russia
The question of the role of small towns in payment systems is becoming increasingly important around the world. They have the same essential characteristics as rural villages: conservation of the natural environment, and provide a good and healthy environment while maintaining various economic functions. However, the globalization policies pursued over the past 30–50 years have led to the economic decline of small towns, which in turn has led to a breakdown in the internal territorial coherence of Russia as well. This trend threatens the foundations of cultural identity: ethnicity, local crafts, and cultural heritage, and further exacerbates overcrowding and instability in large cities. The challenge of revitalizing small towns is complex because of their declining functionality and their precious as well as fragile environments. That is, small towns require a special approach to regenerating the atmosphere. In such a situation, a dispersed and fragmented urban environment poses additional risks and requires promoting flexibility and adaptability through urban design.
The authors identify the advantages of small towns in terms of innovative development capacity and affirm the hypothesis about the need for detailed statistical studies. For the first time, clusters are used as a model for the sustainable development of small-scale urban environments. A methodology has been developed to identify and realize the potential of small cities based on regional identity. The developed cluster approach to valuation forms an effective way to work with urban systems with architectural and urban heritage. A key feature of this approach is the wide range of possibilities for actively incorporating abandoned areas into the urban environment using management strategies and complementary architectural and urban design approaches.
The architecture itself interprets the city. ——Aldo Rossi
This is mentioned in the book The Landscape Urbanism Reader. Architecture, landscape, and urban design have gradually integrated majors from each other to face increasingly complex urban problems. Is it possible to further deepen the relationship between architecture and site environment through design that confronts urban space? People roam inside and outside buildings, but can so-called "public spaces" really make people aware of the city's solid existence, including its texture, history, physical environment, urban characteristics, industrial activities, and daily life? I wonder?
Hsinchu City is one of the oldest cities in northern Taiwan with a long history and rich culture, recording the evolution of urban structure, scale of activity space, and industrial form. Those memories will be nurtured in the hearts of each and every citizen, and will become the common memories and feelings of each and every citizen. The site is located in the cultural park area where the original Hsinchu City Library was located, and the design starts from the city's memory and civic life, finding its place in the urban system, and creating a cultural center and urban green space. Achieve reconstruction. Share space and create open and shared urban cultural nodes.
Rivers were once the birthplace of ancient human civilization and are now the arteries of cities and towns. Rivers flow through people's daily necessities, food, housing, and transportation, and play an important role in industrial and agricultural production and in the formation of landscape ecosystems. They carry deposits and emotions, revive land and ideas, and connect place and time.
Every city built has its own mother river. This project therefore uses the river as a window into the evolution of urban-rural relationships. Today, the role of rivers in cities is more reflected in transportation and industrial sewage, and industrialized urban development has reduced the irrigation value of rivers in agricultural production. This project aims to use rivers to improve the characteristics of material production, which is a common development shortcoming of today's industrialized cities, and to restore the original mission and role of rivers.
Through geological typology analysis of different river basins and overview of urban functional structures, this project uses complementary design strategies and combines their attributes to standardize production, livelihood services, transportation, energy, purification, etc. Explore methodologies for designing modules. Customized proportions and installation guide. Utilizing rivers to expand the city's production capabilities. The project design will not only consider nesting the original bridge to insert functionality, but also use modules to complete the cross-Channel transport connection depending on site requirements.
The project aims to increase the production value of urban rivers by incorporating traditional agriculture that relies on river landscapes and bridge structures into a mechanical production system with more efficient production capacity and a more complete afforestation trade chain. to meet the ever-expanding daily needs of people. City dwellers need it.
Living as an evacuee in poor conditions. People cut off from their communities have created community spaces through their own ingenuity. Isn't this type of spatial innovation exactly what public spaces should be? Believing that architecture has the power to provide emotional enrichment to people in dire conditions, we propose public facilities that can function as evacuation centers during disasters.
Nippori Minami Park was selected as the site in consideration of the potential damage from an earthquake directly hitting the Tokyo metropolitan area, in a city center where there are concerns about population growth, lack of evacuation shelters, and decline of local communities. In this land located in the south of Nippori's textile town, we will consider the operation of creating a space through self-build using cloth. By exposing facility users to the spatial changes that match their activities on a daily basis, they will be better prepared to create booths in evacuation areas in the event of a disaster. Furthermore, by becoming a clothing recycling base, it will be used for construction operations, manufacturing workshops, and will contribute to preparing for clothing shortages in the event of a disaster.
We are responsible for everything from public architecture that welcomes a diverse range of people to private architecture that protects people's bodies and minds, and are particular about creating spaces that are close to people's feelings.
The silk industry was a traditional business that supported Japan's modernization and built its culture. Head of the planned site
In Hama City, there were once more than 4,000 sericulture farmers, and local industries such as Hama Chirimen flourished, but today only one remains. As there is a growing momentum to reevaluate domestically produced high-quality raw silk, this plan aims to establish a silk factory for raw silk production, a museum that will disseminate related knowledge and technology, and other fields.
We propose a "silkworm complex" consisting of the three main facilities of the research institute with an eye on its use in the future. here
At the same time as passing on the silk industry, we also want to create a sustainable place to develop and disseminate the silk industry.
The aim is to foster new leaders in the silk industry, which is in marked decline, and to pass on the traditional industry and culture.
The entire facility is an open site on the shores of Lake Biwa, with silkworm feed placed on the southwest side in consideration of sunlight and ventilation.
A mulberry field for production was established, and a building was placed on the northeast side. The curvature of the building and the shape of the roof accordingly
It was designed as an environmental device to encourage ventilation into the breeding room for silkworms.
In addition, to raise silkworms, it is necessary to create an appropriate growth environment according to the five stages of their growth. Therefore, "Jamushiro" was designed to create a growing environment that can support the growth of 1st to 5th instars, using simulations of light, wind, and heat, and crossing the perspectives of design and environmental engineering.
The base is located in the old city of Huangpu District, Shanghai.In the context of urban regeneration, the demographic structure of China is changing and the elderly are becoming the main users of community support facilities. We need to evolve from urban planning. From "shelter-style" retirement community design to "shelter-style" retirement community design Group-style retirement communities are transforming into age-friendly communities. The design of this project is based on maintaining the sporting functionality of the original venue, while adding a 'market' as a mixed commercial function area. The main function of a market is sales, but it also includes social interaction, culture, casual dining, and even sports. In fact, the market is a kind of micro-city that is a microcosm of people's daily life, so the main purpose of this design is to stimulate the commercial vitality of the site, realize the sharing of all age groups of the surrounding community, It is about realizing creative creativity. Taoyuan Market is a place where you can feel the essence of China. "Taoyuan Market" serves people of all ages, but pays more attention to the aging population. We extract the spatial characteristics of the market and integrate the market with the public space of the city. The space under the eaves was used to introduce a natural landscape, and while taking into account space limitations, functions such as a market sales area, children's activity area, community chess/card room, tea room, and green plaza were integrated. Creating more complex spaces where different social groups can move freely within the venue to avoid 'isolation' of elderly groups. The space under the eaves was also used for an athletics stadium. The runway has been raised and has two runways, an upper and lower runway.The unobstructed upper runway is designed for young people at sports schools, and the lower ``runway under the eaves'' is designed for elderly people who are not comfortable with strong sunlight.
The project is located in the western suburbs of Malaga, Spain.
Malaga, a textile factory, is the hometown of Cubist Picasso, and the whole concept is to extract and refine the original skeletal elements of the old factory and the local cultural elements of Malaga, the point element is the portico, It is a line element. Part of the wall, the surface elements are functional boxes and tube arches. Kandinsky's theory of point-line-plane composition was combined with the diagonal elements of the original site's diagonal highway to form a two-dimensional composition, then drawing on the physical perception and spirit of place of architectural phenomenology. to form a three-dimensional composition. A three-dimensional experiential pavilion space.
In movies these days, we often have the opportunity to be moved by scenes of old-fashioned towns and countryside. Is this because the cities we live in are becoming more homogeneous due to technological development, and the landscapes of those cities are being lost in our daily lives? In the past, our lives were adapted to the global environment, but due to land-based development, we have created cramped, one-dimensional cities. What about people living on the streets? They live a free and land-free life, enjoying the blessings of the city.
The site is 1-3 Haginochaya, Nishinari Ward, Osaka City, where the Airin Labor Center once stood. This was a symbol of Nishinari Ward, where people living on the streets lived illegally, but it is currently scheduled to be demolished, and development is proceeding that lacks the historical and local character of the city, which is being rationalized and rebuilt under the Nishinari Special Zone concept. I consider architecture that reflects the lives of people living on the streets and inherits the context of the city.
Interviews with people living on the streets in the Nishinari district of Osaka City revealed that their lives are intertwined with the spaces created by urban elements. In other words, for people living on the streets, cities are part of their daily lives, and for us they are commercial facilities with multiple functions such as shopping and dining. Therefore, we created a commercial space by modeling the city's scenery and combining them, and by interweaving residential buildings with the architecture, we created a space with the freedom of a person living on the street, and a sense of the history and locality of the city, even though it is new. Maybe it will be architecture.
PLO-League
Winning work
Pro-League、10-Works-... 設This is a league where participants compete on the overall ability of design proposals, such as thinking ability, creativity, and other special characteristics.
（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
The Camino Frances pilgrimage route includes long trails hidden deep in virgin forest. In ancient times, thieves and robbers often attacked pilgrims here, so this path was dangerous. Later, a pilgrim named Juan de Ortega built a sanctuary and bridge and repaired the roads, bringing shelter and peace to the pilgrims. Afterwards, he lived a reclusive life in the surrounding mountains. In his honor, a pilgrim town was founded that bears his name.
There is currently no danger in the area, but the pilgrims are exhausted from walking long, rough, uninhabited roads through the deep forest. So I came up with the idea of providing shelter for pilgrims to drink clean water and rest at the intersections of pilgrimage routes, forests, and cities. This shelter is like a gatehouse, welcoming pilgrims from the mountains and representing the starting point for the next journey. Like Juan de Ortega's hermit hut, it is hidden in the forest and all visiting pilgrims can participate in its construction and give strength to those who arrive.
Delaminated Waters is a planned proposal for a salt hut and bathhouse complex located in Brooklyn, New York. Addressing new desalination technologies and cleaner New York water, this proposal foresees a future where salting facility infrastructure is decentralized and new community involvement in the process and the waters involved is enabled. Users can stand on the surface of the water and view it through the fabric tear. They can float in the rearranged water, look up at the process by which the salt is extracted, and finally come face to face with the exfoliated water.
In the post-pandemic era, both lockdowns and rapidly increasing desegregation have confined people to cities of concrete and steel. People are resisting this situation and to some extent are in tune with the mind of the navigator in the novel. The novel ``With Her Eyes'' is the first experience of an absolutely closed space called death, where people on the ground lose the ability to see green in a gray world, and people underground lose the ability to see the last green light. Contrasting what we are looking forward to. In a gray world.
Thus, as a means for modern people to realize their dreams of nature, Outdoor His Store uses the navigator's dreams as a spatial cue and explores the spiritual needs of people in a closed state. did. We propose new uses to transform old urban spaces and explore their potential.
5th place（Best Selection Award）
Title：RE-EXPLORING THE PILGRIMAGE OF LANGALBANDH. BANDAR, NARAYANGANJ
■ Site：Langalbandh, bandar, Narayanganj
■ Software：Autocad, Sketchup, lumion, photoshop
■ Designer： Dip chandra das
■ University： Ahsanullah university of science and technology
■ Country ： Bangladesh
“The union of substance and sacred river”
According to Puran (sacred scriptures), most Hindu people believe that on the auspicious day of Chaitra, the blessings of all the holy places of the world are collected in the waters of Brahmaputra, and by touching its waters, devotees are freed from all sins. I believe it is liberating and achievable. eternal salvation. As per Hindu tradition, people connect with this river at different stages of their life cycle. The Brahmaputra bears a very deep history, tradition and uses.
In 1898, Russian designers came here with blueprints for city construction.
In Paris, France, they intend to build another city dominated by squares.
It was named Dalini; in 1905, the Japanese army occupied Dalini and renamed it Dalian, which our country still uses today. Dalian’s past has brought about rich historical buildings, which are also imprinted in the memories of old Dalian people. For example, Fengming Street is a relatively well-preserved old street in Dalian. It is 1,200 meters long and 60 meters wide. It carries countless historical traces and has a history of nearly a hundred years. New Japanese-style buildings have appeared here, many celebrities have lived here, and it is also the memory of many local elderly people for most of their lives. However, the quality of these buildings is generally poor: the internal space of each building is unreasonable; there are people coming and going on the streets, and law and order is chaotic; there is a lack of sanitation and garbage disposal facilities; there is a large amount of garbage piled up in the yard, and the smell is overwhelming. A large number of similar problems make residents here always look forward to building updates. Contrary to expectations, Dalian's most complete historical district has become fragmented, leaving only a few buildings and a large number of ruins. After many demolitions and criticisms, the Dalian government classified the dilapidated Fengming Street as a historical and cultural district, but the local elderly and nearby residents have long since disappeared.
Through design, I hope to recreate past memories and scenes for local elders and nearby residents. In order to achieve this goal, I first analyzed the historical context and traffic texture of the old neighborhood, and found that during the demolition process, the original courtyard-style closed residential model was broken, forming new housing alleys, connecting different areas. The house, passing through different courtyards, becomes a new texture and context. On this basis, local characteristic materials and architectural vocabulary were selected to integrate the alleys, courtyards and houses into a new community center for the elderly. The center not only provides care, activities, accommodation and other services for local elderly people, but also serves as a new local activity center for nearby residents.
Dongying City, Shandong Province has a rich and long oil culture and history, and with the transformation of the oil-rich city, decommissioned offshore oil and gas platforms are facing the problem of "dead end". "Blue Nirvana" symbolizes the rebirth and transformation of offshore drilling platforms, and by transforming and renewing aging offshore drilling platforms, we pursue sustainable development and coexist with culture, ecology and the environment. It is a comprehensive place that realizes and transforms into fusion. Sea resort amusement park and cultural exhibition hall. Based on the perspective of sustainable development, combined with the concepts of blue carbon, urban catalysts and symbiosis, the former decommissioned oil and gas platform has been transformed into an oil-themed extreme sports amusement park resort and exhibition hall Converted, the overall design includes a land terminal and a sea area, which also includes a resort hotel, exhibition hall and marine leisure area. The design aims to transform a former oil drilling platform into a place that supports sustainable tourism, provides educational and cultural heritage opportunities, and promotes the blue carbon concept through innovative and environmentally friendly methods. .
In Musashino City, Tokyo, after the neighborhood association was abolished in 1947, an organization called the community council replaced it, and based on Musashino's three principles of ``voluntary participation,'' ``independent planning,'' and ``independent management,'' the local residents' autonomy was established. and fostered a sense of community. At the same time as planning the construction of the community center, a community council with voluntary participation was established and carried out everything from planning to construction, and the community formed through this process is in charge of operating the center. However, currently, community councils are declining due to a decline in voluntary participation in community councils, aging center facilities, and diversifying demands from local residents, and local activity groups are moving their activities outside community centers. It became. Therefore, this project aims to propose a new method of renovating community centers and thereby create and circulate a space for local activities, based on a survey of current local demand in Musashino City and the architectural characteristics of existing community centers. . Using the ``Musashino method'' as a starting point, we will consider architectural construction methods that local residents can create and update themselves, and propose future community-forming architecture that fosters the autonomy and communality that is being lost.
This project was designed based on the theme of ``water and eternity,'' with Lake Lucerne in Switzerland as the site. In Japan, moss-covered rocks are considered sacred and beautiful, and it has been thought that there is aesthetic value in the sense of the accumulation of time. Karesansui expresses the beauty of natural landscapes and the universe by capturing a moment on the water's surface, and in the same way, movie film is made up of a series of time-lapse moments. In other words, eternity is not a linear thing, but its value is secured by the accumulation of moments. Japanese folk houses started out as small dots, but over time they became a collection of buildings and activities. As a result, the order of the village is born, and even if the parts or the whole change, the order continues to be inherited. I feel eternity in the way we accept these small changes and carve out history moment by moment. This lakeshore has experienced several major floods. Currently, the government has succeeded in restoring the ecosystem through gravel management and backfilling. In order to maintain this ecosystem, it is necessary to have a mutually supportive relationship between lakes and people that matches the material cycle while protecting the existing environment. Therefore, we planned to use circulating materials in buildings and landscapes. As a resting place for hikers and a lakeside funeral home with a view of the lake, it is a place that fully embraces the natural environment, with a sectional plan that provides seamless access to the lake and a place for people to stay.
PRE-League
Winning work
Pre-League、10-Works... This is a league where participants compete on their overall ability to express their thinking ability, creativity, and other special qualities in design proposals.
（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
Coexistence is at the core of our existential reality. The fundamental universal law that nothing can exist in isolation, because every element is dependent on other elements for its existence. A deeper understanding of this phenomenon creates empathy and sensitivity for life on Earth, including other humans and the creatures that share our land. Turning a blind eye to this problem is already doing great harm to the world, but with a clear conscience we can take control of the situation. Simply put, the philosophy of coexistence is about humans being humans. Recognizing natural order is the only way to achieve social order, otherwise we will experience chaos again. Despite being the most intelligent and imaginative species, humans cannot survive on their own if something as microscopic as bees were "wiped out" from the earth. It is not with prejudice that I quote Bertrand Russell's words here: "Coexistence or non-existence"
The main objective of the research paper is to find solutions for the construction and design industry that ethically enrich the environment, promote biodiversity and inculcate peaceful coexistence of symbiotic organisms on the land.
Despite coexistence being an existential reality, sociocultural frameworks have deeply ingrained human superiority over other species. This idea is repeatedly questioned and challenged, raising awareness and fostering gradual change.
Praetervehol aims to re-establish the link between Lapangan Medan Merdeka and Monas. Such objectives are achieved by activating connectivity through a transparency approach. This concept will be implemented through his JPO/crossing bridge/elevated pedestrian, active frontage and bike lanes around Lapangan Medan Merdeka which will function as modules. These modules provide connectivity in two different areas. Medan Merdeka Barat and Medan Merdeka Timur.
Malaysia has recently faced challenges related to flash flooding caused by heavy rains. These flash floods not only disrupt residents' daily lives, but also pose significant risks to property, infrastructure, and public safety. To address this issue, the proposed urban living concept will reduce flash flooding by implementing a comprehensive design strategy that includes water cycle management, community bonding, sustainable design, adaptive spaces, and biophilic elements. can effectively improve the resilience and well-being of communities. This strategy enables communities to face challenges, work together to overcome them, and enjoy the benefits of nature despite flooding.
1. Holistic Water Cycle Implement a comprehensive approach to managing the water cycle to effectively manage stormwater and reduce the potential for flash flooding. This includes the introduction of environmentally friendly drainage techniques to collect and store rainwater, such as permeable paving, rain gardens and reservoirs.
2. Community Bonds Fostering a sense of community cohesion allows local residents to respond as a group to the challenges posed by flash floods. Encourage the creation of neighborhood committees that can assist with flood preparedness activities such as emergency drills and training sessions.
3. Sustainable design practices: Reduce the effects of flash flooding by incorporating sustainable design practices such as high floor levels, water-resistant materials, and waterproofing systems. Reduce dependence on external water sources by integrating rainwater harvesting systems that collect and store rainwater for non-potable use. Use energy-efficient technologies and renewable energy sources to ensure resilience during power outages.
4. Flexible and Adaptable Spaces Designing buildings with adaptable and flexible spaces can help respond to flooding situations. This includes designing ground floor spaces that can be quickly converted into temporary shelters and safety zones in the event of flooding. Movable partitions and furniture that can be quickly moved or raised as water levels change.
5. Biophilic Design: Employing biophilic design principles in the built environment to maintain a connection with nature even during floods. To create a tranquil and beautiful space, add natural elements such as plants, living room walls, and natural lighting. Create a courtyard or open area where local residents can temporarily gather during floods.
6. Building Design Buildings should be designed to cope with flash floods. For example, a pontoon structure supported by one or more pontoons that are buoyant and watertight or float. The pontoons remain during normal daylight hours. During a flood, water flows underground and lifts the pontoon structure. Above a certain water level, the stationary column can no longer fix the land, and the land becomes free to move.
5th place（Best Selection Award）
Title：Urban EchoRing
■ Site：the Millennium Bridge of London
■ Software：photoshop, illustrator, rhinoceros, sketch up, auto CAD, QGIS, D5, enscape, lumion, python, anaconda, indisign, UE5, vray
■ Designer： JINYI LIU
■ University： 同济大学
■ Country ： China
■ Co-Architect： Tongji University, 4th year, 刘瑾一
Shandong Jianzhu University, 5th year, 王肖
China Academy of Art, 4th year, 江易璇
Huaqiao University, 4th year, 刘祎一
Beijing Forestry University, 4th year, 王奕林
Cardiff University, Master's degree 2023, 张鸿基
城市桥梁连接河岸，实现资源流动。在伦敦，千禧桥连接南北岸，但发展差异导致行人声景不平衡。北方繁荣的同时，破坏性的交通噪音却困扰着南方，削弱了其吸引力。
该项目利用社交媒体数据和机器学习来识别问题并提出设计策略。这些策略增强活力、声音景观和情感价值，解决差异、改善可达性、刺激商业并为所有人提供空间。通过促进人与自然的联系和多样化的声景，实现了平衡，促进了两岸的城市活力。
5th place（Best Selection Award）
Title：Urban EchoRing
■ Site：the Millennium Bridge of London
■ Software：photoshop, illustrator, rhinoceros, sketch up, auto CAD, QGIS, D5, enscape, lumion, python, anaconda, indisign, UE5, vray
■ Designer： JINYI LIU
■ University： 同济大学
■ Country ： China
■ Co-Architect： Tongji University, 4th year, 刘瑾一
Shandong Jianzhu University, 5th year, 王肖
China Academy of Art, 4th year, 江易璇
Huaqiao University, 4th year, 刘祎一
Beijing Forestry University, 4th year, 王奕林
Cardiff University, Master's degree 2023, 张鸿基
城市桥梁连接河岸，实现资源流动。在伦敦，千禧桥连接南北岸，但发展差异导致行人声景不平衡。北方繁荣的同时，破坏性的交通噪音却困扰着南方，削弱了其吸引力。
该项目利用社交媒体数据和机器学习来识别问题并提出设计策略。这些策略增强活力、声音景观和情感价值，解决差异、改善可达性、刺激商业并为所有人提供空间。通过促进人与自然的联系和多样化的声景，实现了平衡，促进了两岸的城市活力。
5th place（Best Selection Award）
Title：Urban EchoRing
■ Site：the Millennium Bridge of London
■ Software：photoshop, illustrator, rhinoceros, sketch up, auto CAD, QGIS, D5, enscape, lumion, python, anaconda, indisign, UE5, vray
■ Designer： JINYI LIU
■ University： 同济大学
■ Country ： China
■ Co-Architect： Tongji University, 4th year, 刘瑾一
Shandong Jianzhu University, 5th year, 王肖
China Academy of Art, 4th year, 江易璇
Huaqiao University, 4th year, 刘祎一
Beijing Forestry University, 4th year, 王奕林
Cardiff University, Master's degree 2023, 张鸿基
Urban bridges connect riverbanks, enabling resource flow. In London, the Millennium Bridge links north and south banks, but developmental differences result in imbalanced pedestrian soundscapes. While the north thrives, disruptive traffic noise plagues the south, hampering its appeal.
This project employs social media data and machine learning to identify issues and propose design strategies. Enhancing vitality, soundscapes, and emotional value, these strategies address disparities, improve accessibility, stimulate businesses, and provide spaces for all. By fostering human-nature connections and diverse soundscapes, equilibrium is achieved, promoting urban vitality in both banks.
Dedicated to the 160 million children around the world...The post-pandemic era has led to a significant increase in child labor, with 8.4 million children experiencing child labor worldwide in the past four years. Masu. This alarming statistic highlights the need for a post-pandemic world where young people can heal, grow, and pursue their dreams. In Sri Lanka, this problem has significantly decreased and increased due to this devastating labor, even though domestic work is still prevalent. As we face a worsening situation, this project will serve as a hub where we can reach out to the world to help young children who are trapped develop. Because architecture can play an important role in combating child labor by empowering children and young people and promoting their personal and professional growth, this is a worthwhile endeavor. It's a good cause. This project demonstrates the transformative power of architecture to address child labor on a global scale and promote positive change to resist this devastating social problem. Many children from low-income households are indirectly forced into forced labor to help support families in need. Domestic scale. These young people had to put aside their dreams and ambitions in order to earn extra money for the household.
This project celebrates childhood as an example to the world, part of a global nonprofit organization, as we radically improve as a nation, empower young individuals, and foster supportive communities. We aim to create an inclusive environment. We aim to rebuild the next generation by creating a space that values and nurtures unique talents and perspectives while integrating with the natural environment.
The idea is to increase resilience in vulnerable situations, increase exposure to technology and open doors for children in need.
The core concept of this project is to 'emerg', embrace and celebrate childhood, and provide young people with the tools they need to navigate their future and connect with the global community.
But that's not the end. This project sets a precedent and demonstrates how the built environment can bring about positive change by empowering young people. Now more than ever, it is important that we come together to build a world where the brilliance of young people is recognized and valued, where creativity knows no bounds and where diverse talent can lead to extraordinary outcomes. Together, we can inspire, uplift and shape these hurting lives so they can thrive in a bright post-pandemic future.
"As young designers, we can create an environment that nurtures and protects these children and gives them the chance to reclaim their dreams. Vibrant spaces are created with great care taken to meet their unique needs. It has been carefully designed to serve as a haven of hope in the midst of adversity.
In conclusion: "Childhood is to be celebrated, and architecture should celebrate childhood."
Traditional spatial relationships between cities and rural areas are being upended, and rapid urban development is giving rise to a range of problems, including intensifying climate change, frequent natural disasters, socio-economic stratification, and food equity. . The "ecology" of human life is becoming increasingly fragile. Looking back at the relationship between cities and rural areas, while cities continue to encroach on arable land and oppress rural spaces, rural areas still need to play the role of supplying food to cities. In this case, rural areas need to enhance the productivity of each cultivated land, but at the same time they cannot ignore the destructive impact that urbanization has on the environment. We need to explore new production models to replace traditional agriculture to create a highly productive hybrid future.
This initiative leverages modular design to create a new paradigm of urban-rural integration, specifically adapting to local conditions and improving agricultural livelihoods in urban-rural border areas. The idea is to build a modular, self-sufficient agro-ecological community that is equipped with a variety of functions needed for sustainable development. It will improve agricultural productivity, alleviate employment problems, and promote the development of peripheral industries.
By becoming a bridge between urban and rural residents, living together, farming together, and thinking together, we change each other's stereotypes and fuse the customs, concepts, and thinking of both sides. Finally, we believe that "citizens" create their own community culture in their own way.
8th place（Best Selection Award）
Title：A narrative of mountains
■ Site：Su Zhou
■ Software： Rhino
■ Designer： Gao Yuan
■ University： 昆明理工大学
■ Country ： China
■ Co-Architect： Kunming University of Science and Technology ''、2022 ‘‘、Xia Yu
Kunming University of Science and Technology ''、2022 ‘‘、Li Zhechun
■ Co-Architect： Kunming University of Science and Technology ''、2022 ‘‘、Wang Muxian
Our urbanization processes are often based on environmental problems, such as the encroachment of agricultural resources, the erosion of cultural symbols, and the urban heat island effect. The vicious cycle of urban encroachment on farmland also leads to the continued siphoning of rural labor, especially in metropolitan areas, contributing to many social and environmental problems, such as the hollowing out of surrounding countryside and food supply shortages. ing. City.
This conceptual architectural design analyzes the urban texture, calculates the urban vitality value through the metaball algorithm, and bridges the areas with high and low vitality values to revitalize the ancient city. The purpose is to revitalize the ancient capital. city. We propose a new design philosophy called ``urban landscape'' based morphologically on Chinese landscape paintings and architecturally on the visualization of vitality values, and we aim to create a ``feasible, desirable, swimmable, and livable'' design philosophy. It is a methodology for exploring the nature of mountains and water. A city that builds predefined spatial modules (including agricultural production and community activities) and explores the dual integration of urban and rural functions to accommodate the relationship between nature, humanities, and city.
ORI-League
Winning work
Ori-League、10-Works... This is a league that competes for creativity in the content and expression methods of design proposals.
（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
Virtual technology is developing rapidly and gradually covers all aspects of our lives. People's lives are inseparable from the virtual world, but this does not mean that the physical and social environments in which we live are no longer important. Music is a language of communication with a long history of humankind, but now we often see people rushing around wearing headphones, and while sealed ears block out outside noise, they can also be used to form social relationships. making it more difficult. As a medium of communication and communication, music is one of the few common interests of people and has great social potential.
In order to respond to real-world social needs and build and strengthen close relationships between people, based on the current situation and analysis of existing music products, we have created a music-themed social product that integrates music. Design the space and the related activities are listed below. Utilize virtual space to deploy online and offline simultaneously. The online project focuses on the construction and gamification of the music city "La La Land" and involves interface design for PCs and mobile devices. Offline augmented reality technology is used as a means to visualize people's musical status and increase opportunities for offline interaction, complemented by thematically related headphone designs.
As a tourist city, Xiamen's garbage problem is one of the biggest problems facing the city. This program investigates the impact of modular buildings on waste in Xiamen based on modularization, and also analyzes the location of waste recycling sites and waste export sites throughout Xiamen Island, and Investigate the relationship between them considering your needs. For this project, a nearby park with the highest site density was selected as the experimental site based on the location of garbage collection sites. At the same time, this project investigates the process of garbage recycling and production, and chooses garbage recycling and production into textile products as the main research direction. At the same time, triangular prisms are designed as modular components to meet different needs through different assembly methods. This project can be upgraded from basic garbage collection equipment to prefabricated equipment, garbage processing equipment, and then through prefabricated equipment can be turned into factory machine tools for product production, and finally, various modules can be stacked. Market for sale. Finally, the collection, processing, production, and sales processes within the installation group are completed.
3rd place（Best Selection Award）
Title：NOTIONOFSPACE
■ Site：55.823004, 37.592095 ; 55.824282, 37.594198
■ Software： Revit+Vray; Archicad; Illustrator; Photoshop
■ Designer： Dmitry
■ University： Moscow Architectural Institute
■ Country ： Russia
■ Co-Architect： Moscow Institute of Architecture (state academy) 3-d year Timothey Smelov
Moscow Institute of Architecture (state academy) 3-d year Alnykin Ilya
As part of the competition, we had to transform an urban space with three paradoxical installations. It is difficult to find a resident who does not know what an underpass is. It's a long (or not-so-long) hallway, decorated in cheap, often neutral gray materials and lit by sharp artificial light.
with strong artificial light. They have become a daily means of communication among many people, including retirees, students, mothers and children.
These characteristics make underground passages suitable for installations designed for the purpose of (bringing life into everyday life). The design of the installation for contemplation in transportation space has inspired us to rethink the Fonvizin underpass.
4th place（Best Selection Award）
Title：Principle of immersive theatrical space formation
■ Site： Any location is possible, a project proposal is presented in Moscow in Gorky Park
■ Software： Archicad, 3DS MAХ, Twinmotion, Photoshop, QGiS
■ Designer： Маргарита
■ University： RMOSCOW INSTITUTE OF ARCHITECTUE | MARKHI State Academy
■ Country ： Russia
This research topic sparked my interest in immersive art, especially in the field of theater. Modern society is gradually losing interest in classical art after becoming completely immersed in the virtual reality of computer games.
Immersive theater has greatly increased creative experimentation with a high degree of improvisation in stage life, introducing new spatial relationships between audience and action. Since the concept of ``immersion'' itself has become popular in the fields of culture and art relatively recently, there is little scientific writing on the subject. If we analyze the studies written on similar topics, we can see that scientific works mainly dealt with aspects from the point of view of presentation. Immersive theater has not previously been considered as a new type of integrated architectural structure for theatrical environments.
What kind of place is a memorable place?
We conducted research based on memorable spatial experiences, identified components that have the potential to remain in people's memories, and incorporated them into a method.
This proposal is set in Shibuya, where the urban context is being erased, and attempts to reorganize it using a memory-based method, considering the Shibuya-ness as something that is currently in motion.
We selected a planned site based on the unique location of Shibuya, transferred the movement that exists there into architecture, visualized the movement of the city, and created a space that created an opportunity to preserve and reread the lost context for future generations. We aimed to become.
6th place（Best Selection Award）
Title：tokyo urban meditaion cabins
■ Site： 日本东京
■ Software： Rhino、Phontoshop、Illustrator、D5
■ Designer： 王洪伟
■ University： 山东工艺美术学院
■ Country ： China
Tokyo, Japan's largest city, is at the forefront of technological and industrial innovation. Too many digital devices and too much screen time can disrupt sleep cycles, and too much time on social media can also lead to increased anxiety and depression, which can have serious implications for people's mental health. may have an impact.
This project aims to provide people in Tokyo with a convenient place to meditate, allowing them to relax and have their own inner dialogue even in the noisy city.
The meditation cabin's shape is inspired by the traditional sticker-style "lantern" shape found in Tokyo, Japan. Lanterns originate from Buddhism, have since been refined, are widely used in folk sacrifices and celebrations, and have rich spiritual and cultural meaning. The clever bamboo structure makes the lantern retractable for easy stacking and storage, and the candle light reflected on the white stickers makes the lantern look sacred and pure.
The design of the meditation hut takes inspiration from the structure and materials of traditional Tokyo chochin and incorporates contemporary design concepts such as sustainability and green sharing. The overall connection structure of wooden folding rods and fiberglass flexible material wrapping gives the cabin the advantages of sound insulation, fire protection, wrinkle resistance and light transmission. The use of the cabin is based on a green sharing concept and can be located and used through dedicated software, which also increases the possibility of future use of the cabin. With its compact and convenient design and modern concept, Meditation House is more suitable for Tokyo's high-density urban environment and diverse usage scenarios, making it a project that truly has advantages such as temporality, convenience, and sustainability. I am.
In July 2020, Hitoyoshi suffered from flooding. What do people think when they see their homes and treasures being swallowed up by water? Through this graduation project, I met many people and heard many thoughts and words. How beautiful is it to see her struggling, suffering, and conflicted, yet again in Hitoyoshi, next to the Kuma River, looking forward and trying to live her life again? Their attachment to a place, their complex emotions including fear and sadness, and their trust in the connections between people are expressed in a space that can be treasured on Nakagawara, a sandbar floating on the Kuma River. We ran a small river through the middle of the site, designed the slope of the land and the flow of water, and created a mechanism to bring out the memories of the people who lived alongside the Kuma River using the slabs. This work made me think that building mere disaster prevention equipment or flood monuments is a deception, and that architecture is powerless in the face of water, the powerful force of nature. Disasters may weather and fade over time. That's why, as part of my graduation plan, I carve their thoughts into my heart and convey them to them. This is the type of recovery I can do for them.
The world is full of highly complex and unclear symbols of all shapes and sizes. Therefore, its meaning needs to be clarified.
Controlling exposure is a more effective social manipulation than economic exploitation or class oppression, creating illusions of equality and fanaticism of difference based on the loss of difference. In a consumer society with no mirrors and glass windows, we lose the perspective to look at ourselves and reflect. We create a maze of consumption for the purpose of multiplying capital, always feeling like something is missing, and enjoy the game of consumption until the end.
The game "Consumer Maze" uses an empty "city" interface as a game map, with many "city consumers" roaming around the corners. Players must build their own maze colony to attract and capture "urban consumers." The number of captured consumers determines how long a player can survive in the game and how much space they can occupy.
What does Mt. Fuji mean to us Japanese people? Mt. Fuji has long been said to be the mountain of the Japanese people's hearts, and has reflected the views of nature and culture that are at the root of the Japanese spirit, but the relationship between Japanese people and Mt. Fuji has changed over time. As Mt. Fuji has been developed and turned into a tourist destination in recent years, we have come to realize that behind the scenes there are things that have been lost with the passage of time, and scenery that has been overlooked when climbing Mt. Fuji with the sole aim of reaching the summit. These landscapes contain various elements that are the roots of Japanese spirituality. I call this inherent element of Mt. Fuji the ``inner scene.'' Into the structures and land that have weathered with the passage of time, we insert architecture as six viewpoints that reveal the inner scenery of Mt. Fuji. By presenting the inner scene of Mt. Fuji from a new perspective, each new scene of Mt. Fuji is projected into the minds of Japanese people. In this way, a different meaning was added to the inner scene, and a rich image of Mt. Fuji was formed for the Japanese people, rather than seeing Mt. Fuji as a unified concept.
Currently, global temperatures are already about 1.2 degrees Celsius above pre-industrial levels. The past 40 years have been warmer than any decade since 1850. A 1.0 degree increase in temperature means extreme weather events will occur more frequently, and they will be more severe or last longer. The Earth is in a moment of extreme crisis!
To visualize temperature more specifically, we decided to design a "thermometer" that would measure the Earth's temperature and reflect the sea surface temperature. The project attempts to strengthen buildings by utilizing Shellcrete, an environmentally friendly material sourced from the sea, and optimizing the building's shape and structure through Scan & Solve and Calamba software, thereby regenerating the building. Reduce dependence on impossible resources and streamline implementation structures. . By visually displaying thermometer data, we want to raise individual awareness, encourage people to be more responsible for their environmental impact, and enable them to drive positive change towards a more sustainable future. That's what I think.
REA-League
Winning work
Rea-League、10-Works... This is a league where participants compete on their overall logical thinking ability and ability to think about reality in design proposals.
（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
Because we live in an age where we are afraid of missing out on something, we are hungry for ever-changing information to keep up with change, and in order to do our jobs better and profit from the crowded crowd. Instead, we tend to forget our original purpose in life, and even though we used to claim that "the ideal of life is for the sake of an ideal life," I've lost myself in the confusion...
This depicts our life. Our biggest problem is too much information and too many temptations. Our biggest problem is having too many options and not knowing what to do. We are always pursuing things like speed, but is it really the faster the better?
Leaving aside lofty theoretical discussions, architecture is discussed from the perspective of "people," so it consists of recognizing and understanding concrete physical relationships such as scale, proportion, and volume, which forms the basis for studying architecture. . To learn these basics, you need to not only think and imagine with your head, but also experience with your body, measure with your hands and feet, and grasp with your senses. Therefore, at this stage, our understanding and understanding of architecture comes from a personal sense. The same applies to models as to the basic elements of architecture. After pre-calculating the housing unit ratio and verifying strong solar radiation, we adopted a floor plan that is nearly symmetrical about the central axis in order to make the most of the central view. Regarding the consideration of the location of public buildings, kindergartens and nursing care facilities must be located far away from main roads and noise sources, as noise requirements and impacts must be reduced at the same time. Based on adaptive thermal comfort theory, environmental parameters such as indoor temperature and relative humidity are obtained, and using adaptive thermal comfort analysis methods and combined with outside air temperature parameters, doors and windows can be adjusted. We found that opening is the most commonly used air conditioner. How to adjust outside temperature for Tianjin residents When the temperature reaches 25.2℃, 77% of residents choose to open their doors and windows, but as the temperature rises or falls, the proportion of opening windows decreases. Masu. Comfortable relative humidity in buildings is between 40% and 60%. If the relative humidity is lower than 35%, you will feel dry, so this should be taken into consideration when choosing building materials for your home.
This project proposes the concept of a residential space. The residential space is understood on the one hand as a domestic space and on the other hand as an interstitial space between buildings. In other words, it is a place for interaction, urban animation, and community expression that gives housing value. It is solid and creates new meaning. In this way, this work aims to challenge the usual ways of constructing neighborhoods and cities, while rethinking and reimagining contemporary life.
Maggie's Center is a psychological care facility for cancer patients and their families. What should architecture do to bring hope to people faced with the sudden possibility of death?
I want to give people time to face their cancer and have a slow dialogue with themselves, peace of mind, and hope to live in a new situation. I believe that a ``space where shadows live'' can be found in architecture that has such gentleness that always makes us feel close to each other, yet maintains a sense of distance, and is quiet and calming.
Once again, we propose an architecture that allows us to hide in the shadows and face ourselves.
Rakusai Bamboo Forest Park in Kyoto is a hilly area covered in bamboo forests. The silence in the bamboo forest and the light sunlight filtering through the leaves make you feel the gentleness and comfort of the movement of nature. This kind of space is created by the shadow created by the bamboo forest. I believe that the shadows that accompany the bamboo forest landscape form the original landscape of the people living in this place.
We created a building that stands quietly in such an environment. In a space where the shading of shadows changes, we hope that the ever-changing nature will help support the vacillating psychology of cancer patients.
In Shimoda City, Shizuoka Prefecture, where a tsunami is expected to occur, we will propose an advance recovery plan that utilizes the lessons learned from the Great East Japan Earthquake (targeting Onagawa Town, Miyagi Prefecture).
It is said that there is an approximately 80% probability that a Nankai Trough mega-earthquake will occur within the next 30 years, and tsunamis of up to 30 meters in height are said to be hitting coastal areas. In my hometown, Shizuoka Prefecture, 105,000 people are thought to have died, the highest number in the country.
Ten years have passed since the Great East Japan Earthquake, which caused great damage. To what extent are the records and memories of the Great East Japan Earthquake passed down and used as lessons in society?
Also, is it possible to utilize the lessons learned to prevent the Nankai Trough mega-earthquake that is expected to occur in the near future?
We have selected the urban area of Shimoda City, Shizuoka Prefecture, where the largest 33-meter tsunami will hit, as the site, and will carry out advance recovery plans based on the lessons of the Great East Japan Earthquake.
In order to incorporate lessons from the Great East Japan Earthquake, we conducted research on Onagawa Town in Miyagi Prefecture, which has similar geographic conditions and tsunami damage to Shimoda City. We will conduct a survey of tsunami damage and reconstruction urban development to extract lessons from the Great East Japan Earthquake.
We compiled our research into Onagawa Town and derived three major lessons for earthquake recovery.
1. Reconstruction of livelihoods 2. Inheritance of history and culture 3. Development of a town close to the sea And three sites in Shimoda City that are adapted to the three lessons were selected and designated Sites 1, 2, and 3, respectively, and buildings that took advantage of the lessons learned. I suggest.
In modern cities, there are big spaces with different functions on the upper and lower floors, and standardized activities are completed in each booth, and people who do not suit the function or purpose are excluded from the space. Furthermore, due to limited and exchangeable Gesellschaft relationships, one does not "appear" to others. Therefore, we will reduce the number of existing tenants in the void located between the skyscrapers of Otemachi, where passengers transferring on the subway and office workers come and go, and will host short-term overseas training programs conducted by universities around the world. Expanded satellite campus as Tokyo studio. There, people become hooked by interviews through fieldwork, scouting of students by companies, and collaborative activities such as cooking and sports, become involved in unexpected activities, and become included in the students' interpersonal networks. By using the activities of overseas students who appear and disappear in the gaps between RC and steel pillars and atriums as a medium, divided individuals in the city can develop a sense of camaraderie and common sense, and in a double sense. This is a proposal to restore the lost public nature.
The purpose of this project is the reconstruction of the microdistrict, which includes the provision of urban development tools for the development of urban areas and the creation of a comfortable environment for users. It is necessary to meet the conditions for incorporating coastal areas into the urban planning structure. The project adheres to the basic principles of sustainable development, including preserving the existing environment, reusing resources, using modern engineering systems to save electricity, and implementing lush landscaping.
A-League
Winning work
A-League、9-Works... This is a league that competes on the overall ability to understand the historical, cultural, and physical context of the site and its surroundings, as well as the coherence of the work as a whole.
（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
In response to the United Nations Sustainable Cities and Community Development Goals, the design uses a variety of techniques including ArcGIS, spatial syntax, and neural network deep learning to perform deep, multi-level spatial and spatial analysis. Did. Based on this, meaningful research questions were raised and, finally, the corresponding site renovation design was carried out based on the methodology of Alexander spatial typology.
The site is located in Tanhualin Historic District, Wuchang District, Wuhan City, Hubei Province, China. Tanhualin was built on the basis of ancient city walls, has a unique ancient city culture, and in modern times has been influenced by Christianity and Catholicism, and its historical architectural style shows the characteristics of a fusion of China and the West. Masu. Due to Tanhualin's unique historical status, Wuhan City's Wuchang District proposed the regional transformation goal of constructing the "Tanhualin Art Village." As a result, Danhualin remains an urban area in Wuhan that attracts a high density of foreign tourists and local residents.
However, the survey found that foreign tourists and local residents are embarrassingly polarized when it comes to renovating the Tanhualin Historic District - locals feel that the refurbishment is too commercial; They believe that it affects their daily lives and lacks adequate public service facilities. However, foreign tourists believe that the playability and fun of the renovated grounds is still insufficient. When I visited the site, I found that only the streets near the historic building were well-maintained and well-maintained, and most of the plots within the site were still in a disarray and unrecognizable condition.
Based on this, we proposed a conceptual approach of ``designing a road network around historical buildings based on the perspective of partial integration of local residents and foreign tourists.'' The core of this concept is rooted in streets and alleys lined with historic buildings, emphasizing ``regional cohesion'' that allows residents and tourists to intersect only through the road network of historic buildings, and improving the basic quality of life. We provide spaces that increase life satisfaction, such as facilities and public facilities for other local residents.
The purpose of this paper is to investigate the possibilities of renovating excavation landscapes in urban environments.
In contrast to current restoration cases, the restoration approach considered in this paper actively engages the production process while coordinating with the excavation process in the temporal dimension.
Waste is transformed in the field, moving from practical use to an integral part of landscapes and ecosystems. This transformation bridges the gap between current reality and a more poetic vision of the future.
Ultimately, my desire for this design is to demonstrate how humanity is intricately connected to broader temporal dimensions within the context of the Anthropocene.
Geology serves as a concrete record of time. Excavation leads to the elucidation and correction of geological traces. The changes we are making to the environment today have deep connections to both the past and the future.
The site is located on Aalborg's eastern peninsula and is home to Aalborg Portland Cement. On the peninsula there is a huge lake created by limestone mining. The surface area of the lake is currently 1.5 square kilometers, approximately the same size as the historic center of Aalborg. Excavation is expected to continue until 2052 and cover an area of 3.2 square kilometers.
Despite its size and unique light blue color, the lake is currently closed to the public as it is an industrial site. The majority of local residents are unaware of its existence. It has no name and is not on any map. As a result, the eastern peninsula has largely disappeared from people's consciousness, becoming a desolate, isolated industrial island. Residents of this city can only see from a distance the white smoke rising from the chimneys of the peninsula, not noticing the blue lake and white shores dotted with red wildflowers.
During the site visit, the breathtaking view of the lake evoked deep emotions in me. I was inspired to create design proposals that embody these sentiments, including a poetic lakeside walkway that offers unparalleled views of the surrounding water. This design acts as a "trap" for the city, enticing visitors to explore and discover its hidden monuments. It provides a hybrid space that not only expands the ecological diversity of the city, but also provides space for recreational activities and energy and industrial production possibilities.
3rd place（Best Selection Award）
Title：Cryoform Experimental Arctic Constructs
■ Site：北極
■ Software： Rhinoceros 7, Lumion, Adope Photoshop, Adope Illustrator,Adope Indesign,Revit
■ Designer： Екатерина Иванова
■ University： RUDN University: Peoples' Friendship University of Russia
■ Country ： Russia
■ Co-Architect： Peoples' Friendship University of Russia+ 2023+ Egor Orlov
The Arctic region is currently attracting great attention around the world, and its development has become an important issue. Real architectural practice in this region requires new solutions and a rethinking of past experiences. To achieve this objective, a project was developed aimed at architectural solutions for residential construction in the extreme conditions of the Arctic. This is the development of a habitation system that is a universal principle for any group of Arctic islands, and the apartments that are subject to this system.
The main idea of this project is to create a sustainable and environmentally friendly habitat in the Arctic. One of the key concepts of this project is to divide the village into two levels: upper and lower. The upper floors are perched on columns and connected by a pedestrian gallery, thus minimizing the impact on the arctic nature and preserving its integrity. The lower level remains largely untouched and serves as a place of interaction between people and nature, ensuring that the community is no longer isolated from the arctic environment. Also, an important conceptual feature is the modularity and immediacy of architecture, in which architecture develops as a living thing, whereby the structure and function of buildings and settlements can be changed and adapted flexibly and effectively. Masu.
Quick build involves the use of off-the-shelf modules, components, and structures that can be quickly assembled and installed on site. This allows us to significantly reduce construction time and respond quickly to changing needs and environments. Modularity means that buildings and settlements are made up of individual modules that can be added, changed or removed depending on needs and conditions.
4st place（Best Selection Award）
Title：Revitalization of the territory of the Great Port of St. Petersburg
■ Site：The Big Port of St. Petersburg is the largest port in the North-West of Russia
■ Software： Autodesk AutoCAD, Autodesk 3ds Max, Autodesk Revit, Lumion, Adobe Photoshop, Adobe Illustrator, QGIS
■ Designer： Artem Agekyan, Agenorov Gleb
■ University： Saint Petersburg State University of architecture and civil engineering
■ Country ： Russia
A major port of St. Petersburg with a centuries-old historical past should undergo a process of revitalization.
process of revitalization. A revitalization process based on revitalization and social adaptation of the port area and adjacent lands, while preserving the spirit of place with its unique port context.
A revitalization process based on the revitalization and social adaptation of the port area and adjacent lands, while preserving the spirit of the place with its unique port context.
A revitalization process based on the revitalization and social adaptation of the port area and adjacent lands, while preserving the spirit of the place with its unique port context.
A new round of development of this area will not only stimulate
The creation and preservation of the city's historical heritage, but also the creation of numerous development epicenters with a unique port context.
by creating numerous epicenters of development with different functional contents.
functional content. This will make it possible to create a fundamentally new unified social and business structure around Nevskaya Guba, taking into account social and environmental norms. Subsequent mutual expansion
Subsequent mutual expansion of satellite epicenters will lead to the creation of a single organism in the form of a new St. Petersburg.
St. Petersburg.
“At that time, all I could remember was that the green stream went deep into the mountains several times and reached the cloud forest.In spring, peach blossoms bloomed everywhere, and I knew where the source of immortality was. not."
Taking the hydrological characteristics of Shapingpo District, Chongqing City, China as a guide, we adopted theories such as modern sponge cities and water-sensitive urban design as guidelines, and used urban design methods to understand the original hydrological context of the city. I aimed to restore it.
First, we considered the overall landscape pattern and urban development plan of the design site, reorganized the development context such as the site's industrial history and culture, and the current state of frequent urban flooding, and We took advantage of the natural environment. Here, we propose a concept in which a nearly horizontal waterside space is three-dimensionally superimposed on a vertical waterside space.
Secondly, through the design strategy of expanding and expanding the waterfront space and continuing the site's hydrological situation using water-sensitive technical means, we have developed a system that addresses the site's traffic congestion, steep hillsides, and river tidal currents. Practical problems such as the water problem and scattered waterside spaces have been optimized. . We extracted water bodies, road spaces, green space systems, and lighting spaces as the main spatial elements of the design and connected them based on the process of current situation analysis, plan layout, vertical design, landscape integration, and road design. By utilizing urban roads and alley spaces and combining them with urban water circulation systems, we will create urban public leisure spaces and mountain wetland systems that can flexibly respond to environmental changes and natural disasters.
Furthermore, we propose camera guidelines that correspond to the urban design of the surrounding area, connect the city's low-impact development rainwater system through a series of urban green spaces and plaza spaces, and create a more ecological, diverse and harmonious environment for city residents. Offers. and a comfortable living environment.
As a "smart future" city (SFC), Huizhou Xikeng area will chart a new blueprint for China's future city and future ecological economy. It will not only be an ecological city, but also a multi-layered and multi-dimensional sustainable development city.
The long-term planning strategy of SFC development is to provide development space to the industrial community of high-tech industries, face the urbanization process and industrial innovation with new perspectives and planning methods, and fully and harmoniously incorporate the industrial community into the green environment. The aims. Core mechanisms of ecological and sustainable environments. This strategy absorbs the concept of sustainable development of agriculture, industry and service industries, while at the same time developing urban infrastructure, surrounding cities and creating vast green seas, creating a healthy and active new world lifestyle. (slow) green life).
The concept is driven by a low-consumption urban operating model and a sustainable ecological environment, emphasizing a harmonious and happy slow life in a fast pace. It aims to protect indigenous natural and human resources and expand industrial sectors and means of transportation. Employment and ecological green space scope: Pay more attention to the long-term sustainable development of the region, rather than short-term overdevelopment centered on industry. The introduction of the ``Urban Ring'' concept heralds the end of large-scale urbanization, and to counter urban sprawl, the SFC advocates compact, mixed-land-use models that are friendly to cycling and walking. . An urban building type with a mix of different community functions.
SFC is both environmentally sustainable and economically self-sustaining, making maximum use of renewable resources while providing innovative solutions such as recycling wastewater and household waste, and recovering energy through special cleaning processes. We use methods to maximize energy recycling and thoroughly implement green practices. Carbon symbiosis. In addition, AI intelligent networks covering the entire region will enable residents to become more closely connected to the city.
In addition, the SFC's manifesto calls for minimizing noise and traffic pollution in urban areas, increasing green spaces and pedestrian areas, and encouraging local farmers, merchants and businesses to sell local products and technological products. The central objective is not only to foster the development of sustainable and cohesive societies. It created not only technology but also the image of a warm and welcoming urban courtyard. The above vision will change people's old impressions about urban life.
Regarding the concept of green city, it is like an important driving force to promote economic growth in modern economic instruments. Greener, healthier cities attract better tech talent. While they contribute to stable economic growth, they can also set a higher level of environmental labeling. quality requirements. Living groups in which such people live together should generate more positive innovation forces and reflect the benefits of cross-industry synchronization brought about by grouping.
The traditional Chinese principle for preserving ancient architecture is to repair damaged or missing parts based on the characteristics of ancient architecture, and to imitate the style that is closest to the original appearance. However, ancient architecture is not always complex and consistent, and structural elements such as broken walls, windows, and single columns may remain as building blocks. My opinion is that broken elements also share values and deserve to be preserved or rebuilt.
This project considers each element as a valuable component of the building. It develops a methodology to assess the attributes and value of all components of an ancient building throughout the site and through the course of history, creating a new concept "Laws of Architectural Conservation" that integrates traditional architectural elements with modern materials. I proposed. We aim to create a "timeless space" that transcends the boundaries of era and style, and a space that serves as a bridge connecting the past, present, and future.
8th place（Best Selection Award）
Title：Reclaiming the Rubber Lands
■ Site： Peppara Wildlife Sanctuary, Agasthyamalai Biosphere Reserve, Southern Western Ghats
■ Software： QGIS, Global Mapper, Procreate, Adobe Photoshop, Adobe Indesign, Google Earth
■ Designer： Parvathy Murukesan
■ University： CEPT University
■ Country ： India
The Kani community, once semi-nomadic in the southern region of the Western Ghats, who practiced traditional food crop cultivation techniques, followed traditional forest protection and management policies and settled down to cultivate crops such as eucalyptus and rubber. were forced to grow cash crops. . These changes are not only degrading the natural forests around the villages, but are also having a negative impact on their traditional way of life. Kani communities were forced to replace their plantation gardens and forests to make way for rubber, which spread across the lowlands of Kerala. The project envisages bridging the gap between ecosystem and economy through the restoration of traditional agriculture and forestry of Kani communities, with rubber replacing natural and cultivated units of the Western Ghats landscape system. The purpose is to reclaim and replace land.
overall design strategy
Future community design defines future community operating models with new sales methods
It aims to allow customers to participate in the design to complete highly customized models and better match customers from different demographics to better build their own homes. In the future, communities will no longer be mass-produced copies.
With the support of a specific apartment type library, customers can choose the apartment type for their home, and can also define their own apartment type, as well as the floor number and basic location. The designer will design in advance, but after the designer works with the customer to complete a unique design unit within a certain unit range, the customer can experience the completed experience using virtual reality technology. can. In addition to the quality of the physical environment of the unit, it provides guidance and feedback to the design, which collaborates with the factory to carry out prefabricated production, and finally completes the design plan through specific technological means.
B-League
Winning work
B-League、9-Works... This is a league that competes on the overall ability of the overall use of the building, the function of each part, the business and management scheme, and the consistency of the work as a whole.
（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
Urban expansion is an irreversible historical process, and while such development undoubtedly increases the demand for agricultural products, it also inevitably erodes the original agricultural land and agricultural resources around cities. Already in the last century, this dual motive began to cause conflicts, but the initial conflicts could only be resolved by the destruction of agricultural land and the emigration of the agricultural population. Advances in industrialization and intelligence in production further increase the possibility of finding new solutions in the transition zone between urban and rural areas. We believe that two distinct entities, cities and agriculture, will merge and a new production model based on intelligence will be formed. This model is universal and can increase agricultural production while engaging local farming populations with a focus on building sustainable urban-rural relationships. Dongqian Lake in Ningbo City, Zhejiang Province is located on the outskirts of the city and is rich in afforestation and fishing resources. situation. Currently, urban development is gradually encroaching on the villages and farmland around the lake, and some small villages have been demolished, but larger villages cannot be relocated. Therefore, the local area is facing serious problems.
Specialties such as bayberry, which are difficult to preserve and have high economic value, are the main crops, and three other crops are also grown to increase yields and economic effects. In response to the reduction of agricultural land, traditional orchards were packed into modular units and then moved into the air with other functional units, forming a scientific and orderly combination pattern. This combination is moved by tower crane and reassembled as the seasons change, forming an efficient bayberry factory. In addition, the entire factory operates on a system, and each auxiliary center not only matches crops, but also recycles production materials, uses solar energy, and transports and produces agricultural products. All these measures are aimed at ensuring sustainable economic and social development. This factory model is universal and can solve the contradiction between urban and rural areas by focusing on different crops in different regions.
2nd place（Master architect Medal）
Title：Aquaculture Center within the Agro-Industrial Complex
■ Site：
■ Software： Archicad, Lumion, Photoshop
■ Designer： Anna Baskova
■ University： Federal State Budgetary Educational Institution of Hight Education "Saint Petersburg State University of Architecture and Civil Engineering"
■ Country ： Russia
Creating a comfortable, safe and promising industrial agricultural environment in a lightly urbanized area is the main task of designing an object - an aquaculture center in the structure of an agro-industrial complex. This design approach makes it possible to increase the level of integrated development of remote areas, meet the needs of the population for agricultural products, and also solve the important social problem of long-term dynamic development of the population.
The Department of Architecture has great significance for architecture students as an important medium for understanding architectural space, and in recent years we have been studying the fundamental elements of architecture: streamlines, space, light and shadow, and materials. share".
Streamline: Streamline differentiation is based on user groups to reduce mutual interference while meeting usage requirements.
Space: Considering the specificity of architectural education, different emphasis is placed on different spaces in the plan. Self-contained common spaces are located within the main student studio and library.
Light and shadow: The entrance area uses a lattice that plays the role of directing and directing light, and once inside, the height is intentionally lowered to highlight the atrium's lighting and the central location of the library.
Materials: The building is named "Concrete by the Sea" and aims to be a quiet and spiritual architectural palace by the sea, using simple concrete materials and decorated with wood.
Tagataisha-mae Station, the terminal station of the Omi Railway in Shiga Prefecture, was once a central place where goods and things in the area gathered, with freight lines extending to factories located in the surrounding area. Even today, while it is a tourist base with continuous access to Taga Taisha Shrine, the number of railway users continues to decline. As a measure to overcome the long-standing financial difficulties of Ohmi Railway, which has been in the red for 28 years since 1994, the relationship between local goods and things has been strengthened by constructing a new freight station building as a distribution base for locally produced materials. We will reorganize and create a “sampo yoshi” system involving local areas, local businesses (local industries), and local residents.
Since this site is located at the starting point of the approach to Taga Taisha Shrine, we thought it would be appropriate to create a building that has a sense of territory, like a torii gate, but does not deviate from the sense of scale of the surrounding area. On the other hand, freight station buildings are required to have a structure that allows for easy expansion of facilities as business expands and secures flow lines for delivery vehicles. Therefore, we made these contradictory functions and spaces coexist by taking a cue from the spatial structure of Taga Taisha Shrine, where the flat roofs fold over each other and gently expand in the cross-sectional direction. In addition, by replacing CLT, which is generally used as a facing material, with wire rods, the construction method is planned with consideration for orderly expansion and ease of construction.
In response to Shenzhen's rapid urban development needs and Shenzhen's rapid population growth and lack of educational resources, high-density development has become the norm despite limited land resources. Although the new campuses that are being created one after another have their own strengths in spatial design, there are still gaps between them and the ideal campus life due to factors such as educational philosophy.
Therefore, this design attempts to change the gap between theory and spatial design, starting from an educational concept, organizing domestic and international educational systems, combining it with child education theory to organize a new development plan, and moving toward a realistic direction. I suggested sex. Campus space design based on core competencies. A geometric nesting relationship is formed between the three separate regular classroom groups and an aerial vitality ring that integrates all functional classrooms, allowing students of all grades to easily move from the regular classroom to the various specialized classrooms. , a design that attempts to create a diverse educational scene. Maximize public activity space within the Air Vitality Ring. The playground track has been dismantled and placed on the top floor in combination with the green roof, forming a continuous activity interface with the rooftop. The first floor utilizes a huge continuous gray space created by the Vitality Ring in the air, further enhancing the unique atmosphere. The urban interface, which enhances the sense of field within the campus and integrates with the campus, forms a positive relationship between function and line of sight according to the climate characteristics of the Reinan region, and the ground uses nature as a teacher to create a undulating natural landscape. will be introduced. This makes it possible to learn not only indoors but also in the forest, creating a more diverse educational scene.
C-League
Winning work
C-League、9-Works... This is a league that competes on the overall ability of processes in architectural forms such as design methods, modeling methods, updating methods, and the consistency of the entire work.
（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
1st place（Genius Proposal Medal）
Title：CareAct
■ Site： North of the Kurbagalidere Creek; the land bordered by Taskopru St., Dere Gazinosu St. and Pazaryolu St. and its immediate surroundings.
■ Software： Rhinoceros 6 & Grasshopper, Adobe Photoshop CC, Adobe Illustrator CC, Adobe InDesign
■ Designer： Görkey Gürel
■ University： Istanbul Technical University
■ Country ： Türkiye
Focused on a neglected and abandoned area overlooking the Courbagalidere River, 'Care'Act' aims to combine care functions and production, while also incorporating housing that offers a multifunctional living experience. The memory of the site and consideration for the people who experienced it have been considered through this memory. During visits to the area, the experience is enriched by an awareness of the olfactory and pollution issues that are embedded not only in the memory of the river and its place, but also in the collective memory of the local community. While living abstract traces of the past still exist in the mind, the algae-centered care scenario that exists in the memory of the field involves collecting water from rivers in pools and turning them into water sources. The purpose is to generate algae in It provides nourishment to the people who experience the place and stay there. In stagnant water or rivers with low flow, the most common algae species is Ulva, which belongs to the green algae family. This species is used as a food source, especially in Far Eastern countries.
All these stories and possibilities also serve as a manifesto for how dynamic acts like production and more static acts like accommodation can coexist.
The planned site is adjacent to Dere Gazinos Street and Pazarol Street. 'Care'Act' also aims to integrate functions such as housing, food production from algae, and shared experiences, while critically examining the role of architects and the practice of architecture. The possibility of creating an impression about the project through vision and manipulating that impression is also considered.
This project first began to take shape from the photos I took while visiting the site, and the images and diagrams created from those photos. I attempted to express the architect's impressions of the ``things'' and ``events'' around him through diagrams. After that, through research and experiments, we began to see production scenarios. Part of the project is to tackle algae, which has been a problem in the past due to odor, and to produce food to provide to people staying in and visiting the area. At the same time, regulatory functions have been critically examined against traditional structures.
Master's thesis is dedicated to the study of children's creativity and the space of creativity.
Principles of organization of creative children's self-development space.
A "space of creative education" is not an environment for professionally training students in the form of acquiring basic skills for work, but about the possibilities and choices of paths of personal development and self-improvement. It is considered as a means to stimulate awareness of Individual. Promising trends in the field of creative improvement of educational spaces include: An increase in the number and variety of facilities oriented to practical and independent work. Increased deformable space. decrease in the number of
Lecture room. Development of the idea of ``space cities''. Not only can everyone directly participate in the educational process, but many other life processes also take place, and there is a place for "residents" of all ages with different personal abilities.
As part of the experimental design of different areas of the small town of Kalyazin, based on the formulated principles and a theoretical model combining her four pedagogical methods of creative education and his eight architectural principles, children His four design concepts for architectural spaces for self-development were created. A developing educational environment. These concepts represent both open spaces, installations and centers in different projects.
region. This initiative aims to increase the creative potential and formation of creative thinking in children, solve social problems such as organizing leisure and creative development, not only in large cities of Russia, but also in small cities. .
Maisutā' s thesis is dedicated to the study of children' s creativity ando the space of creativity. Principles of organization of creative children' s self - deberoppumento space. A" space of creative education" is not an environment fō professionally training students in the form of acquiring basic skills fō work, but abauto the possibilities ando choices of paths of personal deberoppumento ando self - improvement. It is considered as a means to stimulate awareness of indibijuaru. Promising trends in the fīrudo of creative improvement of educational spaces inkurūdo: An increase in the number ando variety of facilities oriented to practical ando independent work. Increased deformable space. Decrease in the number of rekuchā rūmu. Development of the aidia of ``space cities''. Not only kyan everyone directly participate in the educational process, but many other life processes also take pureisu, ando there is a pureisu fō" residents" of all ages u~izu different personal abilities. As part of the experimental dezain of different areas of the sumōru town of Kalyazin, based on the formulated principles ando a theoretical model combining her four pedagogical methods of creative education ando his eight architectural principles, children His four dezain concepts fō architectural spaces fō self - deberoppumento were created. A developing educational environment. These concepts represent both open spaces, installations ando centers in different projects. Region. Disu initiative aims to increase the creative potential ando fōmēshon of creative thinking in children, solve social problems such as organizing rejā ando creative deberoppumento, not only in large cities of roshia, but also in sumōru cities.. Chōsashi no minamimon kuchi wa, katsute wa ōkibo fudōsan shoyū-sha ga chūshin to natte haeta shōgyō chikudeattaga, genzaide wa muchitsujode kakki ga nakunari, jojoni hito no nagare ga heri, taichō-ki ni haitte iru yōda. Kono eria ni wa, shikichi to yūki-teki ni yūgō shita aratana jigyō tenkai moderu ga hitsuyōdesu. Suichoku-tekina bijinesukomyunikēshon ya tsunagari o kyōka shi, samazamana supēsu no sōgo un'yō-sei o sokushin shi, koko no yūzā-kan no komyunikēshon o kyōka shi, kanzen'na kyōsō kankeide wa naku ittei no kizuna kankei o keisei suru koto ni jūtenwooku hitsuyō ga arimasu. Kono keikakude wa, hikōki no kōtsū o suichoku hōkō ni kasaneawa se, taka-sa no kotonaru hitobito to bijinesu o yori missetsu ni musubitsukeru koto ga deki, chikei nimotozuite fukusū no yuruyakana surōpu to suichoku kōtsū o kakuritsu shite, kanzen'na TOD moderu o keisei shimasu. Dōjini, 11-kai to 13-kai no ma ni kūchū kairō o mōke, sōgo kōtsū shisutemu o keisei shi, setsuzoku no zōka, kūkan-teki sōgo setsuzoku, komyunikēshon no mokuteki o tassei shimasu. Chikara o sasaeru koa bodi ni wa, saishōgen no kyokumen o shiyō shite, suihei oyobi suichoku ni chōjō sa reta kūkan-ryoku shisutemu o keisei shimasu. Men taipu no sentakude wa, koa to furoa no kaisō kankei o kōryo shi, saishūtekini katenarī-men taipu no sheruku-men o sentaku shimashita. Men wa Z bekutoru-jō de heikō de, hoka no 2-tsu no bekutoru wa katenarī-mendesu to setsuzoku-men,oyobi heikō bekutoru no tasuke o karite, yukasurabu to shite. Sheruku kyokumen o keisei suru shiki wa, 2* shin (z ) - 2* shin (x )* sinh (y ) + 3* shin (z )desu. Kono atarashī koa kōzōde wa, kajūkaiseki no kekka wa yosō-dōrideshita. Koa bubun ni kakaru ōryoku wa hikakuteki datōdesu. Omona ka fuka ichi wa yuka no chūshindeari, kyōka suru hitsuyō ga arimasu. Kore wa tsūjō no genshōdesu.. Saishōgen no kyokumen ni yoru kūkan-tekina tsunagari ni yori kanki kōka mo dōjini e raremasuga, heisa-bude wa fūsoku ga hikakuteki hayai tame, kyabiti o namerakani suru tame ni wa hankei hōkō no kyori o nagaku suru hitsuyō ga arimasu. Fūsoku no anzen-sei o kakuho shimasu. Soto kokkaku wa eda no seichō rojikku o shimyurēto shite kūkan shiji shisutemu o keisei shi, dōjini omo ni naibu koa ryōiki kara shūi ni moreru tate hōkō no chikara o futan shi,-gai kokkaku no hashira nettowāku wa 1-kai de henkan sa re, sore o yōi ni shimasu. Chūshajō, setsubi, chika no kōtsū seiri. Soto kokkaku to naibu koa wa ōkina shiji kōzō o keisei shite ori, sono kekka shōjiru kūkan wa chūjō nettowāku ni yoru shiji o hitsuyō to sezu, hikakuteki ōpun'na kūkan ni narimasu.
Pag Island, a barren island with a landscape resembling the moon, has developed over the years a unique flora: wild olive groves. This area, known as Lun, breathes green life into the island, and its relationship with the millennia-old olive trees is similar to its relationship with life itself. They grow according to the secret plans of wind and salt, in a space where there is always a constant struggle between elemental forces and nature. The envisaged structure/infrastructure consists of a group of rain harvesting devices that collect rainwater and irrigate Lung's olive trees. The massive concrete structure reveals a system of small drip system pipes that delicately extend across the olive grove.
5th place（Best Selection Award）
Title：Cooperation Center of the Perspective Artists
■ Site： Intersection of Tkachey St. and Vostochnaya St., Parkovyy, Yekaterinburg, Sverdlovsk Region
■ Software： Blender, Photoshop
■ Designer： Литвиненко Даниил
■ University： USUAA
■ Country ： Russia
■ Co-Architect： Maria Krapivina, The Ural State University of Architecture and Arts (USUAA), 2nd year undergraduate
Yekaterinburg is famous for its diverse trams and picturesque street art. It is considered the "capital of street art of Russia". That streetcar grid is a kind of art that creates order out of chaos. We decided to create a space where citizens could express this intersection of "peace" and "chaos" and the "birth" of wonderful art that was born as a result. We (the people of Yekaterinburg) are becoming some kind of link between the former industrial life and the future post-industrial life. We have created him 3 different levels. Each represents one of his three main terms: "chaos", "art", and "peace". Just by “working” side by side, you can provide useful space. Just as the past (trams) and the future (CCPA) must be combined to create a welcoming present. The selected locations are located near the central district of the city opposite the Central Park of Culture and Recreation named after Mayakovsky and represent the following areas: Section with tram stations and tram "rings".
Currently, this area is undergoing active development with new housing developments being built. Against the backdrop of modern development, the selected area appears abandoned and has little space due to several reasons, including chaotic parking, unsafe sidewalks, lack of green space, tram stops, and a disabled environment. is used irrationally.
Our aim was to integrate objects into the tram grid and make them part of this system.
The building's second floor hangs above the tram wires, allowing the building to be adapted to the system. We have created a public building with several functions: a transport hub, an art gallery and a green space for exercise, social interaction, relaxation and mental rejuvenation. This building was established to create an environment that fulfills missing or missing characteristics. As a result, levels have been formed with different characteristics and purposes.
Level "Industrial Disruption" - A part of the urban space near the CCPA with a transportation hub on the ground floor and combined trams, motorized traffic lines and pedestrian traffic. The main problems in the outer part of the level are heavy noise and gas pollution. It is a lively area visited by many citizens. Made for short stays. Its main function is a transportation hub.
Level "Art" is an interior space with an art gallery of contemporary art, consisting of multifunctional spaces such as an exhibition hall, workshops and lecture halls. This space is designed to bring creative people together and open up the world of art to those who aren't familiar with it. Although its main function is communication and leisure, it is essentially a cradle of creativity and opportunity.
The level "Peace" is located on the green roof. Size of the level – 1800 m2 Its main function is recreational space. Dense vegetation reduces the amount of gas and noise pollution on your roof. This space is designed to create a comfortable environment to relax with friends or alone and away from the hustle and bustle of the city.
The main block is located in the center of the tram "ring", the other two are on the sides. The blocks on either side consist of four different floors. Transition to the main block is allowed by a tunnel gallery on the third floor.
In-school housing is an expression of a child's right to receive a quality education at the compulsory level, and it is also a physical representation of the expectations and care of grandparents and parents. The building unit is made up of three building block-like volumes, which are stacked up in an orderly manner along the topography to enclose the whole community, connecting the entire community in the air with a corridor of the same shape, with the hope that children will return to their childhood. An interesting experience of living in a room in a school district. Considering not only the next generation, but also the elderly, middle-aged, and young people living in the area, we provide activity spaces of various sizes that can be used for various purposes, such as study rooms, activity rooms, and anechoic chambers. , improve the quality of life with carefully selected interior design. We have designed eight differentiated housing types with a focus on structure and materials to suit a variety of living situations, including single rentals, couples living together, three-generation families, and four-generation living together. We adopted a staggered design that matches the lighting direction of the site. In addition, the communal balconies on each floor are decorated with three-dimensional greenery, transforming the ecological attitude that modern city dwellers have gradually developed into a visual pleasure by opening the windows.
7th place（Best Selection Award）
Title：the Lifecraft
■ Site： last settlements and habitable spaces
■ Software： cinema 4d-Fusion 360-Adobe PS-Adobe Ai-Redshift_Chaos Corona
■ Designer： Ali Baghizadeh
■ University： Pars University of Architecture and Art
■ Country ： Iran
■ Co-Architect： Aramdokht Jabbari
Human life on Earth faces many challenges, the most important of which is the lack of habitable land on Earth. Humans have significantly changed the shape of the Earth, so each can change due to population growth and other variables. It causes or exacerbates the loss of much of the planet's habitable space. As a result, they will find themselves in critical situations in the future, and if we do not prepare and act in the face of these possibilities, humanity will probably be the last human settlement. you will lose. Therefore, the designers of this project sought to guarantee a new eternal settlement of humanity in a project called Lifecraft. This project is designed around his two main goals. The main initial goal is to create new safe settlements and habitats. The second goal after the first is to create, define and introduce new lifestyles for future generations in the form of megastructures called biomachines with approaches to improve the quality of life. It is to do. The proposed solution represents a utopia in a default time frame of 100 to 1000 years into the future. Architectural space is not limited to fixed solid objects, and the construction of buildings that move like living things, like today, creates new spaces. This project aims to make architecture the mainstay of life within it, transforming the surrounding space from a solid, fixed state to a mutable, fluid space. You can organize and change the space that users need at any time, covering old and new, that is, people's actual and potential needs.
It was, and always will be, a library, but in a different sense. Today's libraries are changing in many ways, including functionality, use, and format. You might think that in the future, libraries will disappear and people will stop using them. However, it is important that libraries are not just for reading, but are a fundamental function of the community and a true generational renaissance.
This project is a new expression of libraries in the MENA region, available to all without the need for transportation. This project was inspired by my personal experience of finding it difficult for people in the MENA region to walk to the library due to the distance from their homes. In other words, libraries are not accessible to different categories of people, such as children, the elderly, and the disabled. The project he is divided into two main features. It is a cultural research center that supports libraries by researching the cultural aspects of libraries and their locations.
The solution began with site selection, primarily taking into account the distance an average person could walk without taking a break, and the distance to the site was 1.6km (15-20 minutes walk). The project started in Java, Amman, as the Javanese people expressed the need to provide socio-cultural activities. In Amman in general, there were a lot of issues that people mentioned about the library and how it was not safe for everyone to access the library.
The project is based on a sustainable core that is part of the library and represents a flexible and enjoyable journey that the client undergoes to make the project active around the clock.
D-League
Winning work
D-League、9-Works... This is a league in which contestants compete based on their overall ability in terms of proportions, form of constituent elements, spatial composition, structure, and other formal properties as well as the consistency of the work as a whole.
（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
The convenience gained through the development of civilization has deprived humans of their freedom in return for the benefits they receive through the medium of "mass media." Furthermore, not satisfied with just depriving people of their freedom, they began to manipulate and control human behavior using a physical guidance device called "architecture." And it has endured as the foundation of modern society, and is burned into us as an unchanging regret.
*This graduation work is an irony of the people we live in modern society who are manipulated by mass media and architecture, and expresses the violence hidden in them.
In this work, "a country that declares 'complete freedom' for its citizens, but also maintains an architectural apparatus to secretly identify, guide, and control its citizens, in order to guarantee their safety." We have prepared a novel in which a ``girl'', who is our projection, ``goes to see a certain movie, but is guided by an architecture to a screen different from the one she is aiming for.'' In line with the development of the story, two buildings `` ``Stations'' and ``cinema theaters'' are being built.
We are ruled by a lifestyle that is attached to our functions, and we are caught up in common sense and have a narrowed perspective. It is a place where children's imagination and imagination are put to use, and each child thinks of new uses for elements that have lost their function by scattering useless objects in the style of super artistic Thomason. Diverse thoughts connect, resonate, and sprout through the unnecessary.
The design site is located in an abandoned mine in Sujiatun, Acheng District, Harbin City, Heilongjiang Province, China.The Harbin area belongs to the cold region of China, has an extremely cold winter climate, and is known as an old industrial base in China. . The area is rich in mining historical relics, and the planned Mining History Museum in Ajo Ward corresponds to this period of industrialization history and also accommodates extreme climatic conditions. . The selected mining areas are highly representative and remain a witness to mining activities in human history. There are two existing mine shafts and two ponds on the site, and the focus was on how to deal with them. This plan uses the purest linear volume to connect the north and south pools, integrating artificial shapes with nature, forming a contrast and integration of man-made and nature called "line", imitation Stone blocks are used to introduce nature and the lighting simulates nature. Recreating the spatial environment of historical ore mining, we use light, the most calming natural element, as the "light" that guides the entire exhibition sequence. We connect the entire spatial logic with lines of light and explore subtle spatial scales from its cross section. In terms of overall climate responsiveness, the earth-covered roof and regular shape treatment give the plan great climate adaptability, which is the main focus of the plan. Rather than stand on this land with a flashy image, the plan is to hide in the black soil as discreetly as possible, and to help people understand the inseparable relationship between humans and nature in this once-destroyed land. I'm thinking of getting it. Awe of nature at its most pristine, evoking people's respect for the land.
Time passes, times change, rules, knowledge, and education pass. Mortise construction, rolling paper horses, rabbits, lotus lanterns, and sand swallow kites are the wisdom of the people, the symbols of the market, and the prayers and memories of the past. today. The Yanxiu Beijing Style and Folklore Museum is located in Nanluoguxiang, Dongcheng District, the cultural center of Beijing. It is a traditional courtyard residential complex in Beijing's old city, a famous tourist attraction, and a part of Nanluoguxiang Pedestrian Street. It's near. The site straddles two hutong streets (Panchang hutong to the north and Chaodou hutong to the south), with very convenient transportation and a flat topography. Mixed with cultural dissemination and exhibition, cultural and creative industry, "modern interactive experience function" is a block value, discover warm craftsmanship and craftsmanship in the hutongs and alleys, can't look back But when I look up, I see the same memories. Yanxiu Museum is located in the "Fish Bone" of Nanluoguxiang, a famous scenic spot in Beijing. Many tourists visit Yanxiu Museum while walking through the back alleys. We hope tourists enjoy the experience before and after their visit. The order of hutongs and alleys continues and is not interrupted by modern long-span spaces. Therefore, based on the idea that tourists can view the exhibits in comfort, we used the "wing room", which is the minimum space for an exhibition venue, and used the "balcony" to organize the flow of the exhibit, creating a radial circulation system. Forming a flow line, visitors enter in the order of ``Second Courtyard'' in the center, ``Third Entrance Courtyard'' and ``Okoma'' in the north area. The design uses an inlaid sketch layout with interlocking gears around it, the red line of the building shrinks inward, and the two narrow alleys on the east and west that only one person can pass through are inlaid with various functional sketches. It has been expanded into a communication belt.
Through an analysis of the surrounding texture, we have made varying degrees of concessions to the exterior walls in different parts of the building, allowing the surrounding houses and museums to mesh together like gears, creating more spacious areas for reading, resting, and playing chess. I placed it. Functional pieces include pavilions, fitness equipment, landscapes, sculptures, and tables and chairs for residents to enjoy. From the perspective of architectural technology, there is also an architectural order of mixing and concealment, and the roof of the museum building continues the order of the pitched roofs of the surrounding hutongs, and has been upgraded in terms of materials and technology. The roofs take into account the functions of indoor and outdoor spaces, and not only does the relationship with the surrounding houses form the beautifully changing roof shape of the fifth facade, but when you look around, each roof has a rectangular shape. texture can be formed. The addition of interlocking inlaid pieces penetrates the surrounding roof shape and extends the sketched structure into the museum, allowing the museum to be distinct from, yet integrated with, its surroundings. Blank field boundaries.
Today's society is fast-paced and we are lost in our own shells, giving us two personalities. One is to face reality, the other is a self-mystery, the second personality is hidden, and the second personality is after what we have experienced through us in life. If life and things are different, there will be many negative emotions hidden in the second personality. We all carry burdens and move forward. I wish I had a place where I could lock up my emotions and throw the key into the deep sea. This architectural design is against the backdrop of the epidemic life of building a museum to soothe people's emotions and improve people's emotions, and is a combination of people's psychology and museum architecture, and finally It shows what a museum complex should be like. Using knowledge of psychology, spatial aura, planar composition, deconstruction, and Bauhaus architecture, the exterior is a large square box, and when separated from the center, it takes on the shape of an hourglass, suggesting the continuous passage of time. I am. The shape of the building finally added another shape. Entering the building created a mysterious and self-healing feeling. The building is divided into three floors. Inside the building are various types of There is space to express and heal various people.
The Emerald Project is an interior concept that combines practicality and natural beauty in a harmonious combination. Green interior elements give the feeling of an oasis and turn into real works of art, decorating the space and giving it freshness. Much attention is also being paid to environmentally sustainable energy sources. Natural and eco-friendly materials are used in this project to create harmony with the environment and maintain a balance between luxury and sustainability.
The site is an abandoned factory located in the mountains of Nanyo City, Yamagata Prefecture. Since the town where his grandfather lived is surrounded by many mountains, including the Zao Mountain Range, there have been many small sawmills since ancient times, and the sawmill industry has revitalized the town. However, due to social changes such as the expansion of factories due to mass production and mass consumption, the original scenery of the local industry of storing and processing wood for the people living in this town is disappearing. Therefore, using the collection of poems ``Ki no Kaori'', which is a collection of tanka poems sung by my grandfather, as a clue to the local character of the region and the original scenery that has been shared since ancient times, we extracted traces of the original scenery from the scene expressions in the poetry collection. did. This design proposes a prototype of a design method that focuses on the process of creating space from words, and in order to find new value that can be held in an old building, we will create an extension and renovation that will pass on the industrial heritage to future generations. Plan a museum. The design is to create a space by sliding an abandoned factory into a building that stands as a tower, surrounded by trees, and to increase its value by repairing the space created there. The museum's exhibits preserve materials that tell the history of the local timber industry and preserve valuable architecture for future generations. Experience the various exhibition spaces as if you were lost in an old abandoned factory in the mountains.
E-League
Winning work
E-League、9-Works... This is a league that competes on the overall ability of spatiality such as interior and exterior space, landscape, interior, materials, etc. and consistency of the entire work.
（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
1st place（Genius Proposal Medal）
Title：Synergetic integration of refugee and host communities
■ Site： Both sites are located near the Gummidipoondi Sri Lankan rehabilitation camp in Chennai, Tamil Nadu, India.
■ Software： Autocad, Sketchup, Adobe Illustrator, Adobe Photoshop
■ Designer： Denita Magdalene. D
■ University： Anna University
■ Country ： India
This project recognizes that emergency relief response is a necessary first step in a larger response plan, and that synergies are needed at various levels to achieve a positively socially cohesive society before and after repatriation. It provides evidence of the need for effective integration. The proposal outlines an integrated framework that synergizes as a progressive development plan consisting of a combination of macro-level (urban) and micro-level (architectural) interventions with stakeholder participation. It is said that the livelihood of the community will be improved. The two communities gained mutual benefits and a sustainable strategy was implemented. The economy generated can be used to maintain the intervention, and the excess can be used as profit. These strategies reduce the burden on both communities.
2nd place（Master architect Medal）
Title：GURUTHU HUDUKI HORATAGA
■ Site： Near Gram Panchayat Office, Mainalli village, Mundgod taluk, Uttara Kannada district, Karnataka, India
■ Software： Autocad, Sketchup, Lumion, Adobe Photoshop, Adobe Illustrator & Adobe Indesign
■ Designer： Brunda Lokesh
■ University： R.V.College of Architecture
■ Country ： India
This paper explores related systems in architecture that emerge from the juxtaposition of practice and lifestyle in the context of spatial design.
Modern society exists as a collection of diverse cultures with multiple customs and principles. Due to the ever-changing dynamics of place and time, these habits sustain people and eventually become adopted as a way of life. Giving a physical dimension to this way of life creates a space that reflects the same behaviors and habits.
This project aims to study the processes that sculpt these perceptual spaces through the contexts and multiple layers of society in which they thrive. These layers span tangible and intangible aspects and may relate to physical, economic, or political aspects. Nevertheless, when a user appears in a photo, we need to broaden our horizons to recognize cognitive factors such as social, emotional, and intellectual characteristics. The fusion of these elements acts as a driving guide to form experiential stories across spaces. Although these factors act as constants, time and place tend to evolve, so they still exist as variables. This evolution in time and place can shake up one's affinity for the roots of one's lifestyle. This is therefore oriented towards transitions and the need to adapt to alternative ways of responding to these transitions. One such community that has undergone multiple transitions in time and place is the Sidi community. Its origins are related to the Bantu tribes of Africa. Their identity ties were short-lived, as they had a long history of being exiled under slavery by colonizers. As a result, their lifestyles reflect their temporary nature and the need to adapt to upcoming changes. This project attempts to understand the timeline and lifestyle of the Sidi diaspora and define its function through space-making methods.
Kindergarten is not only an educational place where children receive cultural enlightenment and begin to learn various knowledge, but also a social place where children come into contact with society for the first time and communicate with peers and teachers other than their parents. . Research shows that most children are reluctant to communicate with their teachers. And they tend to be clearly self-centered in their interactions with their peers. This shows a lack of group consciousness among children. This design aims to perform spatial transformation based on the concept of children's collective activity forms and to help children establish an appropriate concept of collective consciousness.
This design adopts the design idea of teaching groups, setting up three groups according to different grades, and each group setting a different theme. At the same time, the hall-like layout connects each group using the large atrium space and the flower path in the corridor, creating a transition from a "small plaza to a large plaza" and allowing the children's laughter to be heard from the venue. I devised it. Each activity room is divided into groups, and the small squares inside are consolidated into a central square.
The architecture proposed this time is a children's garden. The concept is to express time architecturally. The passage of time brings about various changes. A room that was lively with many people during the day, but became quiet in the evening as the number of people decreased. When it rains, it will stop someday, and the puddles that form will eventually disappear. The season changes from a season when temperatures are high and plants are thriving, to a season when it is cold and plants wither. Things that I felt were a little big before now feel like they're just the right size. There are many changes in the environment that occur over time.
However, young children spend their time simply and subjectively, so they do not perceive the flow of time or changes in their surroundings. In order for children to notice and discover such daily changes on their own, it is necessary to incorporate these changes into the architectural space and create a mechanism that hints at them. In this proposal, we will use an architectural approach to design an architecture that allows people to experience changes in their surrounding environment on a daily basis, experience personal growth, and perceive the passage of time.
6th place（Best Selection Award）
Title：A Publishing Firm of Personal Memoirs; Or a Poetic Embrace to the Fragilities of Ageing？
■ Site： Allihies, Ireland
■ Software： Rhino, Photoshop, Illustrator, Indesign, Premiere, Powerpoint etc.
■ Designer： 罗益进
■ University： Xi'an Jiaotong-Liverpool University
■ Country ： China
The project is inspired by the life and literary legacy of renowned memoirist and publisher co-founder Diana Duck to create personalized memoirs for individuals from all walks of life. We aim to create a truly distinctive and influential publishing company dedicated to.
Inspired by Diana's six strengths embodied in her ducks: introspection, gratitude, and self-acceptance, this design translates these abstract qualities into concrete spaces and programs. Masu. Each space embodies a corresponding metaphor symbolizing the essence of these merits, which ultimately converge to constitute a memoir.
The vision is to create an inclusive and welcoming space that welcomes people of different ages and backgrounds and respects their unique life experiences and perspectives. Through this venture, this project aims to promote a more comprehensive and comprehensive understanding of aging and contribute to a cultural narrative that empowers and supports individuals through this critical stage of life. .
このプロジェクトは、都市の灰色の空間を活用する可能性を探ることを目的として、都市のサンドイッチにある公共空間のデザインを概念化したものです。 私はrhinoのバッタプラグイン「octopus」を使用してデザインを最適化し、都市の建物の継ぎ目にある公共スペースを設計し、自然光の利用を最大限に活用し、限られた面積の公共の垂直レジャースペースをデザインすることを望んでいます。 建物の高さ（周囲の階数）と床面積（敷地の最大面積）を変数とし、光の度合い、総面積（階段を除く）、使用する木造の量（予算を節約するため）を最適化目標として使用しました。 。 利用者と都市のためだけでなく、放置された空間が最適化され再利用されるだけでなく、このようなオープンで自然光が入るユニバーサルで垂直な公共空間を通じて、人々の間のコミュニケーションと交流が促進されることを願っています。 デザイナーにとっては、パラメトリック ソフトウェアの助けを借りて、変数と最適化目標を入力することで、この種のパブリック スペースをより効率的に実行できます。これは、グレー スペースのデザインにおいて世界中で一般的に見られます。
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