If you’ve been following any architectural news for the past years, you’ve probably seen all the upcoming developments in the Middle East, with vast cities being built in the middle of the desert. The designs seem fantastical and at times outlandish, but these countries probably have the resources to pull those off. The UAE in particular has been pretty aggressive in planning for cities of the future. Design-wise, we get to see some amazing plans and renderings and most of them are also looking at sustainable construction and eco-friendly living. For example, Zaha Hadid Architects (ZHA) has once again pushed the boundaries of architectural innovation with the unveiling of Oystra, a visionary seafront development located on Al Marjan Island in Ras Al Khaimah, UAE. Designed in collaboration with premium developer Richmind Properties, this project blends ZHA’s signature fluid aesthetics with forward-thinking sustainable design to create a landmark residential destination along the Arabian Gulf. Designer: Zaha Hadid Architects Spanning 128,000 square meters, Oystra comprises four dynamic 20-story towers whose sinuous forms echo the ripple-like patterns of waves meeting sand. The design draws deep inspiration from the natural rhythms of the sea and sky, with soft, flowing lines that give the towers a sense of motion and elegance, characteristic of ZHA’s organic architectural style. The towers will house over 950 residences, ranging from spacious one- to four-bedroom apartments to luxurious duplexes, penthouses, and waterfront villas. Impressively, more than 75% of the units offer unobstructed sea views, positioning Oystra as one of the most desirable waterfront addresses in the region. In line with the UAE’s drive for sustainable urban development, Oystra incorporates an array of green technologies tailored to the local environment. These include seawater-based cooling systems, thermally insulated facades, and architecturally integrated balconies designed to filter light and heat, all working together to reduce energy consumption while enhancing occupant comfort. Designed as much for lifestyle as for luxury, Oystra is a community rich with world-class amenities. Residents will have access to a European spa, yoga pavilions, personal training studios, paddle courts, a golf simulator, and a fully equipped games lounge. A 150-meter crystal lagoon offers a resort-like aquatic escape, while rooftop dining and an on-site cinema provide upscale entertainment options. One of the development’s most iconic features is the UAE’s first 360-degree rooftop infinity pool, offering panoramic views across the island and the Arabian Sea, a striking highlight that underscores Oystra’s commitment to luxury and innovation. Oystra is strategically located just a 10-minute walk from the upcoming Wynn Al Marjan Resort, the region’s first integrated resort with gaming facilities. Ras Al Khaimah itself is on a rapid growth trajectory, with booming tourism, expanding infrastructure, and increasing international investment, contributing to the emirate’s evolving global profile. With Oystra, Zaha Hadid Architects continue to redefine the standards of luxury living by harmonizing cutting-edge design, environmental responsibility, and a premium lifestyle experience. Set against the breathtaking backdrop of Al Marjan Island, this development is poised to become a landmark of modern architecture and a beacon for sophisticated coastal living in the UAE. The post Oystra towers aims to redefine Al Marjan Island skyline first appeared on Yanko Design.

The Canopy Pavilion by the Canal / AESEU Architectural Technology and Art studioSave this picture!© Timeraw StudioCommunity Center•Tai Xing Shi, China Architects: AESEU Architectural Technology and Art studio Area Area of this architecture project Area:  2400 m² Year Completion year of this architecture project Year:  2024 Photographs Photographs:Timeraw Studio More SpecsLess Specs Save this picture! Urban Regeneration by the Canal - Taixing, situated in the south-central region of Jiangsu Province, stands as the convergence of Huai and Wu cultures. Established in the first year of Shengyuan during the Southern Tang Dynasty, it is a millennium-old city with a rich history. Historically, Taixing County was characterized by an intricate network of waterways, thriving alongside and in harmony with the water, and its fortified walls were constructed in the shape of a turtle's shell. Encircling the city were two moats, both inside and outside the walls, with several winding watercourses resembling snakes in between, forming a pattern reminiscent of the Black Tortoise and White Snake, commonly known as the " City laid out in the shape of a turtle and snake." In recent times, with the city's growth, a new urban layout gradually emerged to the north and east of the old city, intersected by the Rutai Canal and Qiangxi River. Notably, the Rutai Canal, linking the Yangtze River in the west and the Yellow Sea in the east, has served as a pivotal regional waterway spanning Rugao and Taixing since ancient times.Save this picture!In 2023, Taixing City embarked on the "Double Water Nourishing City" supporting facilities project, utilizing the Rutai Canal and Qiangxi River as the foundation. The project involves renovating the disorganized factories, wharves, and shacks along the rivers to create a riverside scenic zone for leisure activities. This scenic zone encompasses numerous cultural squares, parks, and small ancillary garden buildings. The question arises: how can these unused buildings be put to good use? On the one hand, they can enhance services for citizens' riverside leisure activities; on the other hand, the operational revenue generated can alleviate the maintenance costs of public green spaces. This represents the trend towards operational management of urban assets against the backdrop of urban renewal. Consequently, Taixing City has decided to revamp and repurpose six idle ancillary buildings scattered along the parks by the two rivers, endowing them with commercial attributes to leverage their footfall-drawing potential and infuse more vitality into the riverside scenic zone.Save this picture!The value of architectural assets and waterside living - In the northwest direction of the north gate of the old county town, there lies a junction formed by the Rutai Canal and other waterways. Following partial rerouting of the canal in modern times, the construction of urban highway bridges in the vicinity and the development of high-rise residential areas have enclosed this area, transforming it into a relatively spacious waterfront spot within the community. The site features a children's playground beloved by residents, making it a must-visit destination for citizens taking strolls and engaging in fitness activities along the Rutai Canal.Save this picture!The site originally housed two independent two-story buildings with concrete frame structures. One building features a V-shaped floor plan, while the other boasts a zigzag floor plan. Together, these two buildings, along with the river channel, enclose an approximately triangular plot of land. To address the elevation differences within the site, stairs and flower beds have been incorporated into the current design.Save this picture!At the onset of designing this project, the owner's requirement was to impart operational capabilities to these idle urban assets. Often, this is mistakenly interpreted in isolation as necessitating a "tailor-made" design based solely on operational demands. The business needs appear to be prioritized in the design brief, with a tendency to conflate building renovation and interior refurbishment, which represents an all-too-common shortcut in urban renewal. Building renewal constitutes a vital component of urban revitalization: it aids in realigning the site's traffic and spatial connections with the city through renovation and reconstruction, and employs functional integration to reintegrate the building into the city's fabric. Additionally, renovation extends the lifecycle of buildings and enhances their adaptability to a broader range of business types. Furthermore, it delves deeper into the site's unique attributes and leverages them to boost the building's appeal.Save this picture!To capture the cultural and geographical essence of a site, one must revert to the perspective of the city. In this water-laden town, water serves not merely as a geographical feature but also as a cultural emblem deeply ingrained in the fabric of daily life. The teahouses lining the canal bustle with activity, offering a pot of tea, a plate of steamed silken tofu, a basket of steamed pork buns, and a bowl of fish noodle soup. Old tea enthusiasts wander over to the riverside teahouses with their enamel mugs, where the aroma of steaming Xuanbao small wontons blends with the sesame fragrance of Huangqiao sesame cakes, wafting towards the river's heart. They sip on "Langli tea" brewed with canal water while watching barges glide by, leaving ripples in their wake. These are taste memories nurtured by the canal.The clanging of washing sticks at the riverbank, the tapping of chess pieces under the eaves of riverside houses; children leaning over railings to count passing sandboats, morning joggers' silhouettes mirrored in the shimmering waves, elderly couples taking a stroll and pausing at the flood embankment, pointing to the newly erected buildings across the river and reminiscing about the ferry pier of yesteryears. These scenes and people collectively paint a unique and vibrant picture of life along the waterfront in Taixing.Hence, the primary objective of renovating this site is to honor and perpetuate this vibrant atmosphere, providing a comfortable and inviting environment for people to linger and gather. By fostering conditions conducive to meeting the diverse needs of citizens, the potential value of the architecture can be fully realized.Save this picture!Revitalization strategy - With these considerations in mind, let's revisit the original site and buildings. Serving as administrative offices, each building boasts a modest area and features just one staircase inside. The elaborate decoration of the building facades actually obstructs the indoor view of the canal. The outdoor area between the two buildings, segmented by varying heights, struggles to serve as an effective venue for events. These are the aspects of the buildings that necessitate renovation and upgrading.Save this picture!Save this picture!Save this picture!More crucially, the site requires a powerful spatial configuration to redefine and distinguish this area, establishing it as a significant destination along the riverside scenic corridor. We define this spatial configuration as a prominent, large-scale open area, aimed at strengthening the connectivity between the site and the public spaces of adjacent blocks. By analyzing the types of traditional public spaces along the canal, we discovered that the awning form exhibits strong applicability. Both the boat awning and the market awning on the shore exhibit a form that is both sheltered and open. This convenient and easily maintainable semi-outdoor public space can effectively adapt to the complex surrounding environment, while encouraging the emergence of temporary and diverse public activities. It is a common spatial outcome nurtured by canal culture. Furthermore, utilizing the roofs of existing buildings to create more platforms that offer both accessibility and river views is undoubtedly a morphological projection of the site's characteristics onto the architectural form, and also facilitates the creation of favorable conditions for shaping outdoor commercial spaces.Save this picture!The final design employs a large canopy to complement the originally fragmented site. This canopy extends over the triangular site and portions of the V-shaped building's rooftop, creating a flat and expansive area between the two structures, akin to a waterfront urban stage. The height difference of the site is seamlessly integrated into the surrounding stepped seating areas. The V-shaped building's rooftop achieves a more direct connection to the ground through the addition of stairs and setback terraces. Likewise, the newly added columnar staircase adjacent to the building on the northern side of the site becomes a dynamic element in the space, directing individuals to the rooftop platform of the L-shaped building. Besides providing a vast shaded area for activities, the canopy alleviates the oppressive feeling imparted by the surrounding dense high-rise residential buildings. As people move under the canopy, their gaze is directed towards the canal and the ships navigating through it, restoring the appropriate scale of waterside life. The concave shape in the middle of the canopy collects rainwater from the rooftop and directs it to a reserved oval drain below through a cantilevered stainless steel spout, creating a "dragon spitting water" landscape.Save this picture!Technical measures - After assessing the concrete frame structure of the existing building, structural reinforcement was carried out on the foundation, beams, slabs, and columns. Transparent peripheral protective structures, such as glass curtain walls, were reintroduced. The horizontally extended white aluminum panels suggest a layered, accessible roof that steps back progressively. For the large canopy spanning approximately 1,000 square meters, a combination of curved grid glued bamboo-steel structure and membrane structure was selected through technical comparison. The basic configuration of the roof consists of several full-length square steel beams and V-shaped columns. The grid units composed of engineered bamboo members facilitate the creation of a gradual curved surface.Save this picture!Save this picture!The curved mesh glued bamboo-steel structure imbues this enclosed space with structural expression and illumination, emphasizing the openness and airiness of the structure to foster a relaxed and joyful atmosphere. This stands in contrast to the confined interior of buildings, suggesting the equitable use of public spaces and leveraging technical expression to promote community interaction and sharing.Save this picture!Community space - Benefiting from the maturity of the commercial and residential districts surrounding the project, as well as its strategic location adjacent to water, we defined the building as Taixing Teahouse—a venue that embodies the local morning tea culture of Taixing during the initial project planning stage. This decision was made after a comprehensive assessment of various factors, including project scale, surrounding traffic conditions, and potential impacts on nearby residents. Leveraging the separation of two buildings, we designated separate areas for the morning tea hall and private dining rooms. In the morning tea area, the middle section of the V-shaped layout serves as an open kitchen, showcasing the production of morning tea as an intangible cultural heritage.Upon completion, this revitalized venue has garnered immense popularity among Taixing residents. The riverside morning tea hall is often fully booked, while private dining rooms offering a panoramic view of the canal have become a favorite gathering spot for families and friends. The small plaza underneath the canopy is utilized by residents at various times of the day and has also hosted numerous cultural events in Taixing. Additionally, the semi-outdoor terrace on the second floor and the rooftop terrace on the third floor under the canopy have transformed into outdoor spaces for leisure bars. Evidently, the transformed space has transcended its original singular function, and its aesthetic appeal has been acknowledged through daily use by residents. It has emerged as a neighborhood hub in the contemporary waterfront living environment, seamlessly integrating culture, nature, and even spiritual and emotional sustenance.Save this picture!Conclusion - In the process of renewing urban idle buildings and neglected spaces leftover from the incremental development era, the approach of merely pursuing commercial value by forcibly integrating untimely commercial format often proves unsustainable. The crucial solution lies in reverting to the essence of the site, by examining the relationship between the architecture and the urban fabric, deeply exploring the site's potential, and reestablishing its public character. Only when the space genuinely transforms into a delightful venue for public interaction and fosters an organic connection with the city can commercial vitality naturally emerge. This incremental renewal strategy, which prioritizes public use over commercial gain, not only respects the natural evolution of urban spaces but also achieves a harmonious coexistence between public and commercial values. It stands to become a pivotal approach in urban renewal.Save this picture! Project gallerySee allShow less Project locationAddress:Tai Xing Shi, ChinaLocation to be used only as a reference. It could indicate city/country but not exact address.About this office MaterialsMaterials and TagsPublished on May 16, 2025Cite: "The Canopy Pavilion by the Canal / AESEU Architectural Technology and Art studio" 16 May 2025. ArchDaily. Accessed . <https://www.archdaily.com/1030080/the-canopy-pavilion-by-the-canal-aeseu-architectural-technology-and-art-studio&gt ISSN 0719-8884

Element House / APOLLO Architects & AssociatesSave this picture!Houses•Uji, Japan Architects: APOLLO Architects & Associates Area Area of this architecture project Area:  189 m² Year Completion year of this architecture project Year:  2024 Photographs Photographs:Masao NishikawaMore SpecsLess Specs Save this picture! Text description provided by the architects. ELEMENT stands in a quiet residential area in the southern part of Kyoto. The L-shaped plot, which faces two roads, features a change in elevation and distinct facades on the north and south sides. The main facade is characterized by a large overhang with a wide southern-facing window, enclosed by a concrete wall imprinted with cedar-board formwork. The secondary façade is distinguished by its powerful cantilevered appearance, which allows for a pilotis-style garage area.Save this picture!Save this picture!The main entrance opens into a two-story atrium space, where light streams in from high windows positioned on both the north and south sides. Guests are warmly welcomed by a cozy entrance courtyard visible directly ahead. The family living area, located within the atrium space, is complemented by a total of three courtyards of various sizes.Save this picture!Save this picture!In addition to the entrance courtyard, there is a courtyard in the kitchen and dining area that draws natural light all the way into the back of the kitchen, as well as a central courtyard equipped with a bench and full-opening sliding doors. Each of these distinct courtyards makes a unique contribution to the spatial experience within the home.Save this picture!The second-floor workspace is equipped with dedicated office and meeting areas as well as fitness facilities, providing a perfect base for remote work. From the living room's atrium, one can look up through the glass to catch a glimpse of people engaged in work or physical training, creating an atmosphere that promotes both productivity and well-being.Save this picture!Additionally, the ceiling features a visually striking combination of concrete ribs and recessed solid walnut panels, creating a coffered effect that spans the entire living space. This element not only introduces a distinctive rhythm and harmony but also serves as the foundation for the interior design of the space.Save this picture!Save this picture!Save this picture!Private rooms and wet areas are concentrated near the secondary entrance, while public areas such as the living and dining rooms and outdoor spaces are laid out near the main entrance. ELEMENT subtly integrates these various scenes of daily life to create a unique narrative, serving as a model for an environment where life and work are in perfect balance. Project gallerySee allShow less About this office Published on May 15, 2025Cite: "Element House / APOLLO Architects & Associates" 15 May 2025. ArchDaily. Accessed . <https://www.archdaily.com/1030140/element-house-apollo-architects-and-associates&gt ISSN 0719-8884Save世界上最受欢迎的建筑网站现已推出你的母语版本!想浏览ArchDaily中国吗?是否 You've started following your first account!Did you know?You'll now receive updates based on what you follow! Personalize your stream and start following your favorite authors, offices and users.Go to my stream

html PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN" "http://www.w3.org/TR/REC-html40/loose.dtd" Zaha Hadid Architects has unveiled a new mixed-use development that features spacious balconies inspired by nature on Al Marjan Island in Ras Al Khaimah, United Arab Emirates.Called Oystra, the 128,000 square meter development consists of 950 apartments with one to four bedrooms, duplexes, penthouses, and waterfront villas. The seaside complex offers a wealth of dining, retail, and recreational options.Image © RedvertexWith a population expected to increase by 55% by 2030, Ras Al Khaimah is one of the UAE's fastest-growing emirates, necessitating the construction of an extra 45,000 dwellings to accommodate future demand, as Zaha Hadid Architects explained. The tourism industry in Ras Al Khaimah is also expanding at an unprecedented rate; by 2030, the emirate is expected to receive 3.5 million visitors annually, up from 100,000 in 2013, the firm added.Al Marjan Island's infrastructure is being developed as a top destination in the United Arab Emirates. The island's 23 kilometers of shoreline, which includes 7.8 kilometers of white sand beaches, extend 4.5 kilometers into the Arabian Sea. The island, which has parks, marinas, spa centers, and entertainment venues, is located 45 minutes from Dubai International Airport and 25 minutes from Ras Al Khaimah Airport.Image © RedvertexThe development's flowing geometries, which include expansive balconies and terraces sculpted to mimic the undulating patterns shaped by waves in sand, were designed by Zaha Hadid Architects to provide over 75% of its units with unhindered views of the sea. These balconies protect the interiors from direct sunshine while acting as smooth additions to each apartment's living area.Within its 42,000 square meter plot, which includes landscaped gardens, courtyards, swimming pools, and a beach club with a view of the bay, are Oystra's sculptural 20-story waterfront towers. The 360° infinity pool and rooftop restaurant offer expansive views of the Arabian Sea and Al Marjan Island.Image © RedvertexThrough this protected waterfront path, which is maintained cool by the predominant north-westerly winds that blow inland from the sea, inhabitants have direct access to the tree-lined coastal promenade of Al Marjan Island.Digital mapping analysis optimized the design's external solar shade and improved natural ventilation, while environmental simulations maximized efficiencies in site conditions, structure, and orientation. In addition to an insulating space between the building envelope and the project's façades that get direct sunlight, the development will incorporate seawater-based cooling. In the arid climate of Ras Al Khaimah, these tactics will improve interior comfort while lowering the energy requirement for cooling.Image © Redvertex"Our collaboration with Richmind is the result of shared ambition and creative dialogue. Oystra’s sculptural design is inspired by the natural energies of the sea and the sky, responding to its environment with a sense of dynamism and openness," said Christos Passas, Director at Zaha Hadid Architects."Oystra reflects our passion for visionary design, lifestyle innovation, and a bold approach to shaping spaces that inspire and endure through time. Working with Zaha Hadid Architects has been both a privilege and a purposeful choice. We share a vision rooted in bold thinking, design excellence, and a deep commitment to originality," said Mohammad Rafiee, Chief Executive Officer of Richmind. Image © Redvertex"Al Marjan has become a canvas for exceptional developments, and Oystra is a strong addition to Ras Al Khaimah’s narrative, reflecting the forward-thinking developments that align perfectly with Al Marjan Island's ambition and vision," said Abdulla Al Abdouli, Chief Executive Officer of Marjan.Image © PyxidZaha Hadid Architects recently completed a spaceship-like science and technology museum in Shenzhen. In addition, the firm unveiled design for a new cityzen tower inspired by Tbilisi's rolling hills in Georgia. Project factsClient: RichmindArchitect: Zaha Hadid Architects (ZHA)Design: Patrik Schumacher, Christos PassasZHA Project Director: Christos PassasZHA Project Associates: Mei-Ling Lin, Joao Bravo Da Costa, Eider FernandezZHA Project Architects: Sattor Jabbor, Branko Svarcer, Kourosh Asgar IraniZHA Project Leads: Ben Kikkawa, Ekaterina Smirnova, Gaganjit Singh, Anri Gyoloyan, Nassim Eshaghi, Maria BystrovaZHA Project Team: Dahyun Kim, Elizabeth Konstantinidou, Shizhao Yang, Mirella Dourambei, Abdullah Ummer Farook, Ali Rais, Avneesh Rathor, Theodoros Tamvakis, Danae Mavridi, Canon LeeZHA Competition Project Director: Christos PassasZHA Competition Associates: Joao Bravo Da Costa, Mei-Ling LinZHA Competition Project Architects: Ben Kikkawa, Maria Bystrova,ZHA Competition Project Leads: Dieter Matuschke, Akis Polykandriotis, Anri Gyoloyan, Avneesh RathorZHA Competition Team: Abdullah Ummer Farook, Ali Rais, Dahyun Kim, Shizhao Yang, Mirella Dourambei, Theodoros Tamvakis, Gaganjit SinghZHA BIM Team: David Fogliano, Michael O’Reilly, Muaz MasriZHA Environment & Sustainability Team: Carlos Bausa, Bahaa Alnassrallah, Shibani Choudhury, Aleksander Mastalski, Aditya Ambare, Disha Shetty, Abhilash Menon, Jing XuConsultantsExecutive Architect: Dewan Architects and Engineers, DubaiFaçade Engineering: Koltay FacadesM&E Engineering: Samadhin AssociatesTransport Consultant: RMC, DubaiFire Engineer: SHE, DubaiLandscape Consultant: Cracknell LandscapesLighting Design: FPOVInterior Design: HBA, LondonSignage and Wayfinding: TDCWaste Management: Climatize, DubaiThe top image in the article © MIR.> via Zaha Hadid Architects

html PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN" "http://www.w3.org/TR/REC-html40/loose.dtd" Zaha Hadid Architects has unveiled a new mixed-use development that features spacious balconies inspired by nature on Al Marjan Island in Ras Al Khaimah, United Arab Emirates.Called Oystra, the 128,000 square meter development consists of 950 apartments with one to four bedrooms, duplexes, penthouses, and waterfront villas. The seaside complex offers a wealth of dining, retail, and recreational options.Image © RedvertexWith a population expected to increase by 55% by 2030, Ras Al Khaimah is one of the UAE's fastest-growing emirates, necessitating the construction of an extra 45,000 dwellings to accommodate future demand, as Zaha Hadid Architects explained. The tourism industry in Ras Al Khaimah is also expanding at an unprecedented rate; by 2030, the emirate is expected to receive 3.5 million visitors annually, up from 100,000 in 2013, the firm added.Al Marjan Island's infrastructure is being developed as a top destination in the United Arab Emirates. The island's 23 kilometers of shoreline, which includes 7.8 kilometers of white sand beaches, extend 4.5 kilometers into the Arabian Sea. The island, which has parks, marinas, spa centers, and entertainment venues, is located 45 minutes from Dubai International Airport and 25 minutes from Ras Al Khaimah Airport.Image © RedvertexThe development's flowing geometries, which include expansive balconies and terraces sculpted to mimic the undulating patterns shaped by waves in sand, were designed by Zaha Hadid Architects to provide over 75% of its units with unhindered views of the sea. These balconies protect the interiors from direct sunshine while acting as smooth additions to each apartment's living area.Within its 42,000 square meter plot, which includes landscaped gardens, courtyards, swimming pools, and a beach club with a view of the bay, are Oystra's sculptural 20-story waterfront towers. The 360° infinity pool and rooftop restaurant offer expansive views of the Arabian Sea and Al Marjan Island.Image © RedvertexThrough this protected waterfront path, which is maintained cool by the predominant north-westerly winds that blow inland from the sea, inhabitants have direct access to the tree-lined coastal promenade of Al Marjan Island.Digital mapping analysis optimized the design's external solar shade and improved natural ventilation, while environmental simulations maximized efficiencies in site conditions, structure, and orientation. In addition to an insulating space between the building envelope and the project's façades that get direct sunlight, the development will incorporate seawater-based cooling. In the arid climate of Ras Al Khaimah, these tactics will improve interior comfort while lowering the energy requirement for cooling.Image © Redvertex"Our collaboration with Richmind is the result of shared ambition and creative dialogue. Oystra’s sculptural design is inspired by the natural energies of the sea and the sky, responding to its environment with a sense of dynamism and openness," said Christos Passas, Director at Zaha Hadid Architects."Oystra reflects our passion for visionary design, lifestyle innovation, and a bold approach to shaping spaces that inspire and endure through time. Working with Zaha Hadid Architects has been both a privilege and a purposeful choice. We share a vision rooted in bold thinking, design excellence, and a deep commitment to originality," said Mohammad Rafiee, Chief Executive Officer of Richmind. Image © Redvertex"Al Marjan has become a canvas for exceptional developments, and Oystra is a strong addition to Ras Al Khaimah’s narrative, reflecting the forward-thinking developments that align perfectly with Al Marjan Island's ambition and vision," said Abdulla Al Abdouli, Chief Executive Officer of Marjan.Image © PyxidZaha Hadid Architects recently completed a spaceship-like science and technology museum in Shenzhen. In addition, the firm unveiled design for a new cityzen tower inspired by Tbilisi's rolling hills in Georgia. Project factsClient: RichmindArchitect: Zaha Hadid Architects (ZHA)Design: Patrik Schumacher, Christos PassasZHA Project Director: Christos PassasZHA Project Associates: Mei-Ling Lin, Joao Bravo Da Costa, Eider FernandezZHA Project Architects: Sattor Jabbor, Branko Svarcer, Kourosh Asgar IraniZHA Project Leads: Ben Kikkawa, Ekaterina Smirnova, Gaganjit Singh, Anri Gyoloyan, Nassim Eshaghi, Maria BystrovaZHA Project Team: Dahyun Kim, Elizabeth Konstantinidou, Shizhao Yang, Mirella Dourambei, Abdullah Ummer Farook, Ali Rais, Avneesh Rathor, Theodoros Tamvakis, Danae Mavridi, Canon LeeZHA Competition Project Director: Christos PassasZHA Competition Associates: Joao Bravo Da Costa, Mei-Ling LinZHA Competition Project Architects: Ben Kikkawa, Maria Bystrova,ZHA Competition Project Leads: Dieter Matuschke, Akis Polykandriotis, Anri Gyoloyan, Avneesh RathorZHA Competition Team: Abdullah Ummer Farook, Ali Rais, Dahyun Kim, Shizhao Yang, Mirella Dourambei, Theodoros Tamvakis, Gaganjit SinghZHA BIM Team: David Fogliano, Michael O’Reilly, Muaz MasriZHA Environment & Sustainability Team: Carlos Bausa, Bahaa Alnassrallah, Shibani Choudhury, Aleksander Mastalski, Aditya Ambare, Disha Shetty, Abhilash Menon, Jing XuConsultantsExecutive Architect: Dewan Architects and Engineers, DubaiFaçade Engineering: Koltay FacadesM&E Engineering: Samadhin AssociatesTransport Consultant: RMC, DubaiFire Engineer: SHE, DubaiLandscape Consultant: Cracknell LandscapesLighting Design: FPOVInterior Design: HBA, LondonSignage and Wayfinding: TDCWaste Management: Climatize, DubaiThe top image in the article © MIR.> via Zaha Hadid Architects

Lapland Central Hospital Extension / Verstas ArchitectsSave this picture!© Niclas Mäkelä•Rovaniemi, Finland Architects: Verstas Architects Area Area of this architecture project Area:  52000 m² Year Completion year of this architecture project Year:  2023 Photographs Photographs:Niclas Mäkelä Lead Architects: Riina Palva, Jussi Palva, Väinö Nikkilä More SpecsLess Specs Save this picture! Text description provided by the architects. Originally completed in the 1980s, the Lapland Central Hospital was designed by one of Finland's most renowned hospital architects, Reino Koivula. The extensions double the current premises of the hospital, including e.g., emergency outpatient clinic, observation ward, operation rooms, psychiatric wards, and facilities for several supporting functions. The extensions create conditions for extensive operations synergy, transforming the hospital campus into a more integrated and efficient whole.Save this picture!Save this picture!Save this picture!The new section of the hot hospital and parking building is positioned to the east of the existing hospital. Wooden surfaces under the entrance canopy and interior create a warm and inviting atmosphere. The psychiatric hospital is located west of the central hospital building. Its patient wards and outdoor yard are situated next to a small forest, bringing nature into the treatment process. The patient is at the center, with good customer experience, safety, effective treatment, and staff well-being as key goals.Save this picture!The architecture of the new buildings is consistent and recognizable. The primary facade material for the psychiatric hospital is wood with a translucent finish, while the facades of the hot hospital feature white concrete and aluminum. Vertical lamellas and floor-level overhangs provide weather protection and reduce the need for mechanical cooling. The modular facade solution allows for the flexible placement of spaces of various sizes along the facade, thereby supporting the adaptability of the interior.Save this picture!Save this picture!Save this picture!Save this picture!The revised layout of the hospital campus is based on creating a new east-west oriented internal connection, which serves as the spatial and functional unifying backbone of the plan. The architecture conveys humaneness and patient-centered care, while evoking images of Lapland's nature. Materials, spatial solutions, and natural light create a safe, healing environment that serves both patients' effective treatment and the well-being of the staff. Public artworks implemented on the hospital campus enliven the surroundings and promote active rehabilitation.Save this picture! Project gallerySee allShow less Project locationAddress:Rovaniemi, FinlandLocation to be used only as a reference. It could indicate city/country but not exact address.About this officeVerstas ArchitectsOffice••• MaterialsWoodSteelMaterials and TagsPublished on May 15, 2025Cite: "Lapland Central Hospital Extension / Verstas Architects" 15 May 2025. ArchDaily. Accessed . <https://www.archdaily.com/1029946/lapland-central-hospital-extension-verstas-architects&gt ISSN 0719-8884Save世界上最受欢迎的建筑网站现已推出你的母语版本!想浏览ArchDaily中国吗?是否 You've started following your first account!Did you know?You'll now receive updates based on what you follow! Personalize your stream and start following your favorite authors, offices and users.Go to my stream

Source: Wright & Wright ArchitectsProposed scheme on Oxford High Street Wright & Wright Architects have secured planning permission for a major retrofit scheme for All Souls College, Oxford. The project is intended to create new academic and public-facing spaces within a group of conjoined historic buildings on Oxford’s High Street, expanding the college’s presence beyond its historic quadrangles. The scheme is intended to restore original architectural features across a series of existing buildings and shoprfronts, while introducing new facilities across multiple floors. The upper levels will include three seminar rooms, a lecture theatre with capacity for 100 people, fellows’ studies, staff offices and a rooftop garden. Historic elements such as 17th-century stone walls, ancient roof timbers and 18th-century ceilings are to be retained and revealed as part of the works. Clare Wright, founding partner at Wright & Wright, said: “It has been a privilege to help realise the College’s ambition to remodel an extraordinary set of historic buildings on an important site on Oxford’s High Street. In an era when city centres are languishing, this pioneering project can help preserve the soul of Oxford.” David Renton, estates bursar at All Souls College, said: “Our ambition is to create a place of learning that connects directly with the life of the city, while honouring the historic complexity of the site. We are excited to work with Wright & Wright to bring this vision to life.” Roof gardenSource: Wright & Wright Architects Front elevationSource: Wright & Wright Architects Proposed sectionSource: Wright & Wright Architects Front elevationSource: Wright & Wright Architects Study roomSource: Wright & Wright Architects 1/5 show caption The ground floor proposals include replacing existing shopfronts with bespoke joinery designed to reflect the proportions of earlier facades. The scheme also seeks to enhance the covered passageway linking the High Street to the Covered Market with improved signage, lighting and finishes. The project, comprising three conjoined structures, is described by the architects as a low-energy, deep retrofit. The design aims to reduce carbon emissions while safeguarding the building’s historic fabric. Later modern interventions are to be stripped out in order to improve environmental performance and expose earlier features. Founded in 1438, All Souls is one of the University of Oxford’s oldest and most academically distinctive colleges, known for its postgraduate-only focus on research and absence of undergraduates. Wright & Wright’s wider body of work includes projects for the British Museum, Lambeth Palace Library, the British Academy and several other Oxford colleges. A construction timeline has not yet been confirmed. Project team Architect: Wright & Wright Architects Structural & Civil Engineer: engineersHRW M&E, Sustainability Engineer: Max Fordham Acoustic Engineer: Max Fordham Heritage Consultant: Donald Insall Associates Project Manager: Ridge and Partners Cost Consultant: Gardiner & Theobald Property Management: Cluttons Planning Consultant: Carter Jonas Fire Consultant: OFR Consultants Landscape Consultant: Harris Bugg AV Consultant: Hewshott Retail Consultant: KLM Real Estate Accessibility Consultant: Mima Group Ltd Archaeological Consultant: Oxford Archaeology Building Regulations PD: Ridge and Partners Principal Designer Advisor: Stroma Visual Impact Assessment: Neaves Urbanism

Evolution of All-Glass Architecture: Harmonizing Aesthetic Purity and Superior Performance with Multifunctional Facade Systems All-glass architecture has become a hallmark of modern urban design, valued for its sleek aesthetic, openness, and ability to maximize natural light. Cities like Boston and New York showcase countless glazed structures. However, fully glazed facades present significant challenges. Traditional curtain walls struggle to meet evolving energy codes, particularly in climates with extreme seasonal variations like New England. Issues such as heat loss in winter, excessive solar heat gain in summer, and poor soundproofing in dense urban areas create major concerns for architects, contractors, and building owners. As energy regulations tighten and curtain walls alone become less viable, architects are increasingly adopting hybrid solutions. By integrating both glass and opaque elements, these designs maintain the sleek, contemporary aesthetic while significantly enhancing performance in energy efficiency, durability, and acoustic control. Please submit form to view full report.

Roblox Corporation, a global platform for immersive user-generated content, has introduced Cube 3D, a foundational generative AI model for creating 3D digital content from text prompts. The company has made a version of the model open-source, now accessible via GitHub and HuggingFace. The beta version, which integrates into Roblox Studio and its Lua-based API, enables creators to produce 3D meshes directly within game environments using natural language input. Unlike image-based reconstruction methods that rely on limited visual data, Cube 3D is trained on native 3D assets generated and used across Roblox’s ecosystem. This allows it to output structurally complete digital objects compatible with game engines—objects that can be interacted with in gameplay, rather than being flat facades. A typical use case involves entering a command like “generate a motorcycle” into the platform’s Assistant, resulting in a full 3D mesh suitable for immediate in-game deployment. These objects can later be enhanced with texture and color but are generated as functionally usable meshes from the outset. Cube 3D applies a token-based system to understand and predict 3D shapes. Drawing from techniques used in large language models, the AI converts geometry into shape tokens and uses autoregressive transformers to forecast subsequent tokens in a sequence—effectively “building” a mesh piece by piece. This method supports both individual object completion and full scene layout generation. To align multimodal inputs, Roblox engineers developed a unified transformer architecture compatible with text, image, and future data types such as audio. The current release focuses on object generation from text, but future updates are expected to support scene-level outputs and hybrid input modalities. Roblox has positioned the software as part of a broader shift toward real-time, user-augmented content creation. Players and developers alike will be able to generate props, environments, or interactive objects on demand. The longer-term aim is “4D creation,” where AI understands not only object form but also interaction logic and environmental relationships. This includes bounding box placement for layout, mesh fusion for multi-object environments, and context-aware alterations—such as swapping seasonal elements or adapting geometry based on narrative triggers within a game. Prompt: A red buggy with knobby tires. Image via Roblox. While Cube 3D does not currently support 3D printing file formats such as STL, the underlying methodology of tokenizing 3D shapes may influence emerging tools in virtual prototyping, AI-assisted design, and even CAD automation. Open-source release of this nature remains rare among proprietary game development platforms, particularly those dealing with native 3D asset pipelines. Roblox has also co-founded ROOST, a nonprofit focused on open-source AI safety, and recently released other models tied to responsible AI development.  Emerging AI-generated 3D modeling Tencent, a Chinese multinational technology company with significant investments in gaming and cloud services, released Hunyuan3D 2.0 to streamline digital asset creation. The system features two specialized models—Hunyuan3D-DiT for geometry and Hunyuan3D-Paint for texture—designed to improve fidelity and responsiveness in 3D generation. Internal benchmarks using Condition-Model Matching Distance (CMMD) and Fréchet Inception Distance (FID) suggest higher alignment between user prompts and resulting outputs. A companion interface, Hunyuan3D-Studio, enables sketch-to-3D workflows and low-polygon mesh export. While Tencent has not formally targeted additive manufacturing, the platform’s ability to generate both high-resolution and simplified meshes may support adaptation in prototyping and multi-material 3D printing environments. A year earlier, Nvidia, a leading developer of GPUs and parallel computing platforms widely used in AI and visualization, introduced Magic3D in 2023 as part of its generative AI research. The tool produces textured 3D meshes from natural language using a two-stage pipeline that refines coarse models into high-resolution geometry. Demonstrations—such as rendering a blue poison dart frog from a single prompt—illustrated the system’s capacity for mesh synthesis, text-driven editing, and stylistic transformation. Although primarily geared toward video games and computer-generated imagery, Nvidia researchers identified potential crossover applications in VR development and special effects, noting that streamlined model generation could lower production barriers across digital design domains. Hunyuan3D 2.0. Image via Tencent. Ready to discover who won the 20243D Printing Industry Awards? Subscribe to the 3D Printing Industry newsletter to stay updated with the latest news and insights. Featured image showcase Prompt: A red buggy with knobby tires. Image via Roblox. Anyer Tenorio Lara Anyer Tenorio Lara is an emerging tech journalist passionate about uncovering the latest advances in technology and innovation. With a sharp eye for detail and a talent for storytelling, Anyer has quickly made a name for himself in the tech community. Anyer's articles aim to make complex subjects accessible and engaging for a broad audience. In addition to his writing, Anyer enjoys participating in industry events and discussions, eager to learn and share knowledge in the dynamic world of technology.

Zaha Hadid Architects Unveils Design of Oystra Mixed-Use Development in the United Arab EmiratesSave this picture!Oystra, Al Marjan, Render by MIR. Image Courtesy of ZHAOystra, designed by Zaha Hadid Architects, is a 128,000-square-metre seafront development located on Al Marjan Island in Ras Al Khaimah, United Arab Emirates, that comprises 950 residential units, a comprehensive range of shopping, dining, and leisure amenities. Ras Al Khaimah, one of the UAE's fastest-growing emirates, is projected to see a 55% increase in its population by 2030, driving the need for an additional 45,000 homes. The emirate's tourism sector is also experiencing significant growth, with the number of visitors expected to rise to 3.5 million annually by 2030, up from 100,000 in 2013.Situated 25 minutes from Ras Al Khaimah Airport and 45 minutes from Dubai International Airport, Al Marjan Island extends 4.5 kilometres into the Arabian Sea and boasts 23 kilometres of coastline, including 7.8 kilometres of white sand beaches. As part of the development strategy, the island is being transformed into a prominent destination, incorporating parks, marinas, wellness centres, and entertainment hubs. Oystra's sculptural 20-storey waterfront towers are set within a 42,000-square-metre landscape of gardens, courtyards, swimming pools, and a beach club overlooking the bay. A rooftop restaurant and an infinity pool offer panoramic views of Al Marjan Island and the Arabian Sea, further connecting the development to its surrounding landscape. Save this picture! Oystra's sculptural design is inspired by the natural energies of the sea and the sky, responding to its environment with a sense of dynamism and openness. - Christos Passas, Director at Zaha Hadid Architects Related Article Zaha Hadid Architects Completes the Shenzhen Science & Technology Museum The design of Oystra responds to the island's natural environment, with over 75% of its apartments offering unobstructed views of the sea. The development's signature fluid geometries are expressed through expansive balconies and terraces, which mirror the undulating patterns left by waves on sand. These outdoor spaces extend the living areas of the apartments while also providing shading from the intense desert sun, enhancing the comfort of the interiors. The development is directly connected to Al Marjan Island's tree-lined coastal promenade, providing residents with pedestrian access to the island via a sheltered shoreline walkway that benefits from the cooling effects of prevailing north-westerly winds.Save this picture!Environmental strategies have been incorporated into the design, including environmental simulations to optimise site conditions, structure, and orientation. Digital mapping analysis has informed the development's external solar shading, and natural ventilation has been maximised. The project will also feature seawater-based cooling and an insulating cavity between the building envelope and façades exposed to direct sunlight. These measures aim to reduce the energy demand for cooling and improve interior comfort in Ras Al Khaimah's climate.Save this picture!In other developments across the UAE, the Sharjah Architecture Triennial has named Vyjayanthi Rao as the curator for its third edition, set to take place in 2026. In Dubai, Bjarke Ingels Group has been commissioned by A.R.M. Holding to lead the transformation of the Jebel Ali Racecourse into a new 5-square-kilometre urban district. Meanwhile, Diller Scofidio + Renfro has revealed the design for Therme Dubai, Islands in the Sky, a new urban wellness destination planned for Zabeel Park. Image gallerySee allShow less About this authorReyyan DoganAuthor••• Cite: Reyyan Dogan. "Zaha Hadid Architects Unveils Design of Oystra Mixed-Use Development in the United Arab Emirates" 14 May 2025. ArchDaily. Accessed . <https://www.archdaily.com/1030137/zaha-hadid-architects-unveils-design-of-oystra-mixed-use-development-in-the-united-arab-emirates&gt ISSN 0719-8884Save世界上最受欢迎的建筑网站现已推出你的母语版本!想浏览ArchDaily中国吗?是否 You've started following your first account!Did you know?You'll now receive updates based on what you follow! Personalize your stream and start following your favorite authors, offices and users.Go to my stream