Hangzhou Zhongtai Middle School / LZGC Quantum City Design Firm + Zhejiang Jianyuan Architectural Design and Urban Planning Institute

The Design School at Xi'an Jiaotong-Liverpool University, established in 2020, stands as a premier interdisciplinary English-speaking higher education institution within the creative fields, both in China and internationally. The school comprises four distinct departments: Architecture, Civil Engineering, Industrial Design, and Urban Planning and Design. It provides a research-informed learning environment that integrates art and design principles with technical and management education, preparing students for dynamic careers. A core aspect of the Design School's philosophy is its commitment to global thinking combined with local action, exemplified by its Bachelor’s in Urban Planning and Design program. This unique approach ensures that graduates are well-versed in international design practices while also understanding and addressing regional contexts. The school takes pride in the international accreditation achieved by its Architecture, Civil Engineering, and Industrial Design programs. This accreditation underscores the high quality of its educational offerings and significantly enhances the global recognition and competitiveness of its graduates in the professional job market. Innovation is a cornerstone of the Design School's curriculum. All programs are designed to incorporate the latest technological advancements, including Artificial Intelligence (AI), the Metaverse, Blockchain technologies, Robotics, and other emerging fields. This integration ensures that students are equipped with cutting-edge skills relevant to the evolving landscape of design and engineering. Furthermore, the school offers considerable flexibility in its learning experiences, allowing students to customize their academic paths through tailored specializations and pathways. This includes optional modules, participation in the Extended Study Scheme, summer programs, specialized workshops, and a wide array of extra-curricular activities, all aimed at enriching the student experience and fostering diverse skill sets. Sustainability is a central theme driving the Design School's research and educational initiatives. The school hosts several leading research institutes, centers, and laboratories that focus on sustainable and digital design. These entities actively engage in significant collaborations, entrepreneurial ventures, and projects with both local and international industrial partners. This focus enables the school to contribute meaningfully to sustainable practices in the built environment and beyond. Key research areas within the Design School include sustainable regeneration and revitalisation, the development of green and smart cities through concepts like Digital Twin, promoting Circular Economy principles in the Built Environment, exploring digital design and fabrication techniques, researching sustainable and advanced materials, and fostering design for social innovation. In addition to its strong academic and research profile, the Design School offers a range of undergraduate, master's, and doctoral programs across its four departments. Undergraduate programs include BEng (Hons) in Architecture, Civil Engineering, and Industrial Design, and BA (Hons) in Urban Planning and Design. Master's programs cover Architectural Design, Civil Engineering (full-time and part-time), Construction Management (full-time and part-time), Industrial Design, International Professional Practice in Architecture (full-time and part-time), Sustainable Building Design and Engineering (full-time and part-time), and Urban Planning. Doctoral degrees are available in Architecture, Civil Engineering, Industrial Design, and Urban Planning and Design, reflecting the school's comprehensive commitment to advanced study and research in these fields. The Extended Study Scheme further allows students to broaden their academic horizons by selecting additional modules, enhancing their academic and career potential with a named ESS Certificate upon completion. The school also regularly engages in current events and research showcases, such as explorations in 3D concrete printing, transnational dialogues in architecture, and achievements by its PhD students, highlighting its dynamic and forward-thinking academic community. #DesignSchool #Architecture #CivilEngineering #IndustrialDesign #UrbanPlanning #SustainableDesign #DigitalDesign #HigherEducation #XJTLU

Shucun Kindergarten, completed in 2023, is located in Shaba Town, Yangxi County, in the western part of Guangdong Province, China. This seaside village kindergarten is situated near the scenic Moon Bay. The project, undertaken by the Architectural Design Research Institute of SCUT, spans a site area of 4,567 square meters, with a total construction area of 4,405 square meters. The facility is designed to accommodate 12 rooms for children's daily activities, alongside specialized areas for music, physical activities, art, science, and reading. Additionally, the design incorporates both outdoor and semi-outdoor spaces to support various children's activities. The architectural design team, led by Jianfa Qiu, Ying Bao, and Junlin Xie, also included Yunye Cao and Xueying Huang. Yifang Design Group Co., Ltd. handled the engineering for the construction drawings, while the landscape design was managed by the Architectural Design and Research Institute of SCUT. China Railway 20th Bureau Group Co., Ltd. served as a consultant, and the Yangxi County Education Bureau was the client for the project. The kindergarten emphasizes a holistic approach to early childhood education, integrating diverse spaces that cater to different developmental needs. The inclusion of specialized rooms like those for music, art, and science indicates a curriculum that extends beyond basic learning, focusing on creative, cognitive, and physical development. The provision of both indoor and outdoor activity areas suggests an understanding of the importance of natural light, fresh air, and varied play environments for children’s well-being and learning. The project highlights contemporary architectural practices in educational facility design, particularly in a coastal village setting. The use of materials such as glass, steel, and concrete indicates a modern construction approach. The design considers the local context, aiming to provide a functional yet inspiring environment for young children in the region. The detailed specification of areas, including 12 activity rooms and several specialized rooms, underlines a comprehensive planning effort to meet the educational and recreational requirements of a kindergarten. Overall, Shucun Kindergarten represents a significant development in early childhood education infrastructure in Yangjiang, China. The collaboration between various design and engineering firms, under the guidance of the Architectural Design Research Institute of SCUT, resulted in a facility that supports a broad range of children's activities within a thoughtfully designed environment. The project’s completion in 2023 marks a new addition to the educational landscape of the region, intended to foster learning and development for its young inhabitants. #Kindergarten #EducationalArchitecture #ChinaArchitecture #ArchitecturalDesign #EarlyChildhoodEducation #CoastalDevelopment #CommunityProject #ModernDesign

ASPECT Studios has completed the landscape design for Hony Tower in Shenzhen, China, integrating the skyscraper into the urban fabric of the Qianhai district. The project aimed to create an urban retreat by combining a lush landscape with an active urban boundary, covering an area of 7811 square meters. The design was finalized in 2021. The Hony Tower project, located in Shenzhen, China, was developed with a focus on blending the built environment with natural elements. The landscape architects, ASPECT Studios, designed an urban park that surrounds the tower, offering green spaces within a dense urban setting. The project's photographs were taken by Wenjie Wang and Stephen Buckle, showcasing the completed landscape. The design team for the Hony Tower landscape included Stephen Buckle as the lead designer, supported by Sissy Chen, Mandy Wang, Chenoa He, Amber Xie, Suki Ye, and Angela Zhang. The client for the project was Hony Capital. Local design collaboration was provided by Guangzhou Top Design Landscape Design Co.Ltd. The lighting design for the project was handled by Tillotson Design Associates, and signage design was done by Essence Balance Uniqueness. The landscape design utilized materials such as stone and concrete, contributing to the aesthetic and functional aspects of the urban retreat. The project's integration into the Qianhai district highlights an approach that seeks to enhance urban environments through thoughtful landscape architecture. The emphasis on creating an "urban retreat" suggests a design philosophy that prioritizes green infrastructure and public spaces, providing residents and visitors with areas for relaxation and connection to nature amidst the city's development. This project serves as an example of contemporary landscape architecture in China, demonstrating how green spaces can be strategically incorporated into high-rise developments to improve urban livability. #LandscapeArchitecture #UrbanDesign #Shenzhen #China #HonyTower #ASPECTStudios #GreenInfrastructure #PublicSpace

The Shenzhen Art High School, designed by O-office Architects, is a new educational facility located in Luohu, Shenzhen, China. This project, with an area of 38,876 square meters and completed in 2025, addresses the challenges of high-density urban environments by implementing a spatial superposition strategy. The architects aimed to integrate the school with its surrounding natural landscape, which was often overlooked in earlier urban planning efforts in Luohu. The design seeks to foster a more humane and responsive educational environment, moving beyond purely functional and efficient planning that treated individuals merely as objects of efficiency. The school's design emphasizes the interaction between students, teachers, and their environment. The concept of "spatial superposition" allows for a multi-layered arrangement of functions and spaces, maximizing the utility of a compact urban site while creating diverse learning and recreational areas. The architecture moves away from the traditional, rigid school campus layout, instead proposing a more fluid and interconnected series of volumes that respond to the specific needs of an art high school, where creative expression and interdisciplinary learning are paramount. The project incorporates various architectural elements and materials such as glass, steel, and concrete, contributing to a modern and durable aesthetic. The use of these materials also reflects contemporary architectural practices for educational buildings, balancing transparency, structural integrity, and environmental considerations. The design team, led by Principal Architects He Jianxiang and Jiang Ying, collaborated with several consultants for structural, façade, lighting, and signage design, ensuring a comprehensive approach to the project's execution. Key photographic documentation was provided by Chao Zhang and Siming Wu, highlighting the completed structure and its urban context. The Shenzhen Art High School is situated in a region characterized by rapid urban development and a historical lack of emphasis on human-centric design in its early stages. This project endeavors to rectify that by offering a model for how educational institutions can be developed within dense urban fabrics to provide enriching experiences for students. The design integrates various functional spaces for art education, general academics, and student life, fostering a holistic learning environment. The approach taken by O-office Architects reflects a commitment to creating spaces that are not only efficient but also inspire creativity and connect users with their surroundings, contributing to a more sustainable and vibrant urban future. #HighSchool #EducationalArchitecture #Shenzhen #China #OOfficeArchitects #SpatialSuperposition #UrbanDevelopment #GlassArchitecture #SteelConstruction #ConcreteDesign

The NCKU Art Lounges, designed by MAYU architects, is a prominent architectural project located at the core of National Cheng Kung University in Tainan, Taiwan. This 854 square meter facility, completed in 2022, serves as a new public space within the university, catering to students, faculty, local residents, and alumni. Its strategic location faces the historical remnants of the Tainan City Wall and its West Gate, across a tree-lined avenue, and is adjacent to the University President's Residence, along a major green belt and student activity area. The project repurposed a site previously occupied by a kindergarten, transforming it into a vibrant hub for art and community engagement. The architectural design by MAYU architects, with lead architects Ma-Lone Chang and Yu-lin Chen, emphasizes integration with the existing campus environment and historical context. The design team included Che-Kang Liu, Crosis Wang, Yun Chen, Juiying Tung, Alex Cheung, Wei-Ying Lu, and Yi-Rou Lin. Key consultants involved Galaxy Engineering Consultants, Inc. for structural engineering and Yun Cheng, Ltd. for MEP services, with MAYU architects also handling lighting, landscape architecture, and interior design. The NCKU Art Lounges aims to foster a sense of openness and accessibility, inviting diverse groups to interact with art and each other. The transformation of the kindergarten site into a public art lounge signifies a shift towards creating more inclusive and culturally rich spaces within the university setting. The facility's design is intended to be welcoming, reflecting a contemporary approach to university architecture that prioritizes community interaction and artistic expression. The building's aesthetic and functional aspects are captured through the photography of Yu-Chen Chao, providing a visual narrative of the project's success. The inclusion of the project in ArchDaily, a platform for architectural news and projects, highlights its significance in modern university design and urban integration. The detailed specifications, including area, year of completion, and a comprehensive list of design and technical teams, offer insights into the collaborative effort behind this architectural endeavor. The NCKU Art Lounges project exemplifies how architectural interventions can revitalize underutilized spaces, transforming them into valuable community assets that bridge educational institutions with their surrounding urban fabric. Its design principles likely incorporate elements that promote interaction, flexibility, and a connection to nature, given its location along a green belt. The project's completion in 2022 underscores a recent trend in educational architecture to create multi-functional spaces that go beyond traditional academic purposes. #UniversityArchitecture #PublicSpace #Tainan #Taiwan #MAYUArchitects #EducationalFacilities #ArchitecturalDesign #CommunityHub

In response to increasing concerns about carbon footprints and the global drive towards sustainable urban development, My Archischool is actively engaging its students, aged 6-17, in exploring the potential of wooden architecture. The Hong Kong-based institute is addressing the inherent challenges of integrating wood into dense urban environments, such as maintenance, fire prevention, and weatherproofing. Through a combination of digital tools and physical model-making, students are undertaking hands-on projects to push the boundaries of wood as a primary construction material. The curriculum at My Archischool encourages young architects and designers to conceptualize and construct models that not only showcase their architectural visions but also consider the practicalities of urban living. The institution provides access to advanced tools and techniques to facilitate this learning process. A key resource is the in-house developed 3D Library, a web-based platform that digitally presents student designs and safeguards their intellectual property. Furthermore, students utilize professional modeling software, such as Rhino3D and Grasshopper, which are commonly employed by prominent architectural firms like Frank Gehry and Zaha Hadid Architects. These digital tools enable students to meticulously test and refine their designs, thereby preparing them to address complex, real-world challenges in the field of sustainable architecture. The educational journey in wooden architecture begins with students creating paper models of various structures, from miniature cities to individual hideaway houses. These initial designs are then translated into wooden structures, allowing students to experiment with different building components, including shading devices and interior decking. This practical experience helps them understand the intrinsic properties of wood, encompassing its tactile characteristics and how it interacts with light. Students also delve into the complexities of wood joinery, employing modeling software to test a diverse range of joint designs, some of which incorporate anchors and curved sub-frames. As their skills develop, students progress to more ambitious projects, tackling the application of wood in large-scale structures like high-rise buildings and skyscrapers. This involves confronting significant structural considerations, such as wind resistance, which is particularly relevant in Hong Kong's typhoon-prone climate. To further enhance their understanding and practical experience, students participate in the school's 'Wooditectonic' competition. In this competition, their architectural models undergo stringent loading and wind tests, simulating the demanding conditions of actual construction projects. The outcomes of this competition are scheduled to be revealed in late 2024, showcasing the innovative solutions developed by these young architects. #MyArchischool #WoodenArchitecture #SustainableDesign #UrbanPlanning #ArchitecturalEducation #DigitalModeling #BuildingMaterials #HongKongArchitecture #ArchitecturalInnovation

The Youkong Living Room, a project designed by Wutopia Lab for Vanke Midwest, completed its construction in Chengdu's Go Mall in February 2019. This project addresses the common issue in Chinese residential districts, known as "Xiao Qu," where highly similar spatial layouts result in a lack of communal spaces and hinder community building among residents. The design by Wutopia Lab aims to transform this conventional living model by introducing a dynamic and interactive communal hub that fosters social interaction and a sense of belonging. The project covers an area of 345 square meters and was photographed by CreatAR Images. The architectural design was led by Principle Architect Ting Yu and Project Architect Liran Sun, with support from the design team including Haoyang Li. The decoration design was handled by Qianmo Interior Design, specifically Baomo Zeng. The light counseling was provided by Chloe Zhang. The owner of the project is Chengdu Vanke, and it is located in Chengdu, Sichuan, China. The primary materials used in the construction include glass, steel, and concrete, which contribute to its modern aesthetic and structural integrity. Wutopia Lab's approach to the Youkong Living Room challenges the traditional enclosed residential district model, which often isolates residents despite their close proximity. The design seeks to create a vibrant public space that encourages residents to gather, interact, and build a stronger community. This initiative reflects a growing recognition of the importance of social infrastructure within urban residential developments, aiming to counteract the anonymity often found in high-density living environments. The communal living room is envisioned as a flexible and adaptable space, capable of accommodating various activities and events. Its interior design elements, including furniture and shelving, are likely chosen to support a range of social functions, from casual meetings to organized community events. The use of specific materials like glass, steel, and concrete suggests a contemporary and durable design, emphasizing both functionality and aesthetic appeal. The project's location within a mall also implies an intention to integrate community life with urban commercial activity, making it easily accessible to a wider public while serving the immediate residential area. Overall, the Blue Heart - Youkong Living Room project represents an innovative solution to the challenges of modern urban living in China. By prioritizing communal space and fostering social interaction, Wutopia Lab aims to redefine the living experience within residential districts, creating a more connected and engaged community.

This article provides an overview of the architectural work and news related to Tongji Architectural Design (Group) Co., focusing on two prominent projects and an interview with its chief architect. The first featured project is the Shanfeng Academy campus in Suzhou, China, designed by OPEN Architecture. This K-12 international school and cultural hub is currently under construction and has reached its highest point. The design by OPEN Architecture addresses the challenge of integrating a large-scale urban project within Suzhou's historical context, a city renowned for its traditional gardens, temples, bridges, pavilions, and rock sculptures, which stand in contrast to its modern, fast-paced business environment. The architects aim to create a contemporary institution that respects the city’s rich cultural heritage while serving its educational and community needs. The second significant entry is an interview with Zeng Qun, the chief architect of Tongji Architectural Design. This interview explores the evolution of contemporary architecture in China, particularly within the context of Shanghai as a creative hub. Zeng Qun discusses the influential role of corporations, especially state-owned design groups like Tongji Architectural Design, in shaping Shanghai's urban landscape. His insights cover the corporate environment, the development processes of major projects, and his personal philosophy on architecture in a rapidly changing China. The interview provides a valuable perspective on how large-scale architectural practices navigate the complexities of modern Chinese urban development. Key themes emerging from these discussions include the delicate balance between modernity and tradition in Chinese architecture, the impact of large design firms on urban development, and the innovative approaches taken by architects like OPEN Architecture to create culturally sensitive yet forward-looking designs. The Shanfeng Academy project exemplifies an effort to fuse educational functionality with cultural integration, transforming a school campus into a community asset. Zeng Qun's interview, on the other hand, highlights the institutional and philosophical dimensions of architectural practice in a dynamic economic and cultural landscape. Together, these pieces demonstrate the breadth of work and thought originating from or associated with Tongji Architectural Design (Group) Co., illustrating their contribution to both individual architectural marvels and the broader discourse on contemporary Chinese architecture. #ArchitecturalDesign #SuzhouArchitecture #ShanghaiArchitecture #ChineseArchitecture #OPENArchitecture #ZengQun #UrbanDevelopment #CulturalHeritage #EducationalArchitecture #CampusDesign

Heimat Architects designed the Learning Center at the Central Campus of the University of Science and Technology of China (USTC) in Hefei, China, completed in 2025. The project aimed to create multifunctional spaces for self-directed learning, activities, and communication. The chosen site was a neglected corner at the easternmost edge of the campus, bordered by boundary walls, a commercial building, residential blocks, and an elevated expressway, with an underground tunnel connecting the East and Central Campuses beneath it. The challenging nature of the site, particularly its irregular shape and the presence of the underground tunnel, significantly influenced the building's design and structural solutions. The architects had to consider these constraints while maximizing the building's functional area and integrating it into the campus environment. The design strategy focused on addressing these site constraints. The irregular shape of the plot, combined with a 9-meter wide underground tunnel passing through its middle, presented a complex structural challenge. To overcome this, the design incorporated a 'bridging' structural system. This system involved placing concrete cores on either side of the tunnel, which then supported the main building mass as it spanned over the tunnel. This approach minimized disturbance to the underground structure while providing the necessary stability for the multi-story learning center. The building's layout was further shaped by the need to create accessible and diverse internal spaces suitable for various learning and social activities, despite the restrictive footprint. The design also sought to create a visually appealing and functional facade that responds to the surrounding campus and urban context. The building's exterior and interior spaces were conceived to foster an environment conducive to academic and social interaction. The facade features a combination of glass and concrete, providing a modern aesthetic while allowing ample natural light into the interior. The material choices aimed for durability and a harmonious integration with the existing campus architecture. Inside, the design prioritized flexibility and connectivity. The different floors and sections of the building are interconnected through thoughtfully designed circulation paths, including staircases and open areas, encouraging movement and impromptu interactions among students and faculty. The learning center incorporates various types of study areas, from quiet individual carrels to collaborative group spaces, along with areas for informal gatherings and university events. The structural system, primarily concrete, played a crucial role in the realization of the complex design. The Beijing Shouang Structural Studio provided the structural design expertise, ensuring the feasibility and safety of the bridging structure over the tunnel. China IPPR International Engineering Co., Ltd handled the interior design and construction drawings, contributing to the functional layout and detailed planning of the internal spaces. Shanghai Landscape Architecture Design & Research Institute Co., Ltd was responsible for the landscape design, aiming to integrate the building with its immediate outdoor environment and campus pathways. Zhong’an Zhengkai Construction Holding Group Co., Ltd and Anhui Wanlou Construction Engineering Co., Ltd. were the main contractors for the construction and landscape construction, respectively. The collaborative effort among these various professional teams was essential in transforming the challenging site into a functional and aesthetically integrated learning center for USTC, providing a contemporary facility for student growth and community engagement. #UniversityArchitecture #LearningCenter #CampusDesign #StructuralInnovation #MultifunctionalSpaces #HefeiChina #EducationalFacilities #ConcreteConstruction

The Guangzhou Yunxi Botanical Garden project, a collaborative effort by AECOM, Architectural Design & Research Institute of SCUT, and Guangzhou Landscape Architectural Design & Research Institute, is a significant initiative aimed at advancing China's national strategies for biodiversity conservation and sustainable development in Guangzhou. This botanical garden serves as a crucial component within the city's "1+3+N" urban-park integration framework, a strategic plan to interweave green spaces with urban development. The vision for the garden is to create a comprehensive network that integrates plant conservation, scientific research, public education, and engaging visitor experiences. It represents a pioneering model for balancing the preservation of national botanical resources with the accessibility and utility of a community park. The project emphasizes ecological restoration and sustainable design principles. The design team focused on creating diverse habitats within the garden to support a wide array of plant species, contributing to local and national biodiversity goals. This includes careful consideration of native flora and the establishment of various microclimates to accommodate different plant communities. The scientific research aspect of the garden is supported by dedicated facilities for botanical studies, aiming to deepen understanding of plant biology and conservation techniques. Public education is a key pillar, with interactive exhibits, guided tours, and educational programs designed to raise environmental awareness and foster an appreciation for nature among visitors of all ages. The garden is intended to be a living classroom, providing hands-on learning opportunities about botany, ecology, and sustainable living practices. From a visitor experience perspective, the Yunxi Botanical Garden is designed to be an immersive and accessible destination. Pathways and viewing platforms are strategically placed to offer diverse perspectives of the landscapes and plant collections, while ensuring minimal impact on the natural environment. The integration of the garden into Guangzhou's urban fabric means it is not just a scientific institution but also a recreational space for the community. The collaboration between multiple design and research institutes highlights a multidisciplinary approach, combining expertise in landscape architecture, architectural design, and botanical research. This synergistic effort has been crucial in realizing the complex vision for the botanical garden, ensuring that it meets both ecological and societal needs. The garden's development is expected to contribute to Guangzhou's reputation as a green city, enhancing urban livability and providing a valuable resource for future generations. #LandscapeArchitecture #BotanicalGarden #SustainableDevelopment #BiodiversityConservation #Guangzhou #ChinaArchitecture #UrbanPlanning #EcologicalRestoration

Prairie View A&M University's School of Architecture is committed to preparing graduates for leadership roles in urban transformation and enhancing the quality of life through sustainable solutions for the built environment. The School offers a comprehensive range of programs, including a B.S. in Architecture, a B.S. in Construction Science, a B.S. in Digital Media Arts, an M. of Architecture, and an M.S. in Community Development Planning. Additionally, the School provides various summer programs to enrich student learning and professional development. A central component of the School's mission involves fostering student success and community engagement. This is achieved through dedicated student organizations and a clear mission and vision that guides its educational and research endeavors. The School of Architecture holds the distinction of being the only Historically Black Colleges and Universities (HBCU) in Texas with an accredited Architecture Program and is one of only seven HBCUs nationwide to offer such a program. Furthermore, it proudly stands as the leading producer of Black architecture graduates in the nation. Key resources and facilities within the School include the Nathelyne Archie-Kennedy Building, which serves as a central hub for academic activities. The School is home to several vital research and service centers, such as the Community Urban Rural Enhancement Service Center (CURES), the DesignView Media Center, and the Texas Institute for the Preservation of History & Culture (TIPHC). These centers facilitate cutting-edge research, community outreach, and historical preservation efforts, reinforcing the School's commitment to both academic excellence and societal impact. Strong corporate partnerships are integral to the School of Architecture's strategy, ensuring that its curriculum remains current and relevant to industry demands. These collaborations also support advanced research initiatives and help align academic offerings with the evolving needs of the corporate sector. An example of such collaboration is the School's work with Habitat for Humanity to construct homes and structures in the Houston area, providing students with practical, real-world experience. The School places a high priority on accreditation and transparency. The National Architectural Accrediting Board (NAAB) mandates comprehensive information disclosure to students, faculty, and the public. In adherence to these standards, the Construction Science program at Prairie View A&M University received full accreditation from the American Council for Construction Education (ACCE) in July 2023, underscoring the quality and rigor of its educational programs. The School of Architecture actively celebrates student achievements and engages in various events. Recent news highlights include students winning the College Challenge award at the Galveston Sandcastle Festival, the successful conclusion of the ARTEC 2025 summer program, a senior honoring Juneteenth with a winning logo design, and the graduation of the last of four sisters from PVAMU, marking a significant sisterhood legacy. These activities not only foster a vibrant campus life but also provide students with opportunities to apply their skills and contribute to the broader community. The School also maintains a robust schedule of upcoming events, accessible through its official channels. #ArchitectureEducation #HBCU #ArchitecturalPrograms #CommunityDevelopment #ConstructionScience #DigitalMediaArts #Accreditation #ResearchCenters #CorporatePartnerships

The University of Hong Kong offers a Master of Science in Advanced Architectural Design program, known as 'The Building Society,' which is a design-focused, post-professional, specialist taught postgraduate degree. This program aims to challenge students, architects, and urban researchers to address pressing societal issues through experimental and research-based architectural design. It seeks to develop real-life propositions by integrating cutting-edge research with practical application. The Building Society initiative was founded on the principle that architects play a crucial role in tackling complex contemporary challenges. These challenges include the pervasive issue of climate change and widespread socio-economic uncertainty, which profoundly influence both the practice and the relevance of architecture in modern society. The curriculum emphasizes harnessing technological innovations, both historical and contemporary, to formulate new visions for sustainable architectural practices in the future. Students enrolled in the program are encouraged to engage in interdisciplinary collaboration, fostering new methodologies that seamlessly blend research with practical implementation. The program is structured across three semesters, each dedicated to a distinct phase of learning and application: field research, prototyping, and on-site construction. This hands-on approach is designed to equip students with skills and techniques that extend beyond traditional studio work, enabling them to tackle real-world problems through collective intelligence. The philosophy behind the program is that architecture is not a solitary endeavor but requires collaborative effort. The multidisciplinary structure aims to prepare graduates to contribute meaningfully to the evolution of architectural design, equipping them to address global challenges through innovative and socially conscious solutions. The Master of Science in Advanced Architectural Design at the University of Hong Kong is therefore positioned as a forward-thinking program that prepares architectural professionals to engage with and respond to the complex demands of the modern world. Key dates for the program include course dates from June 2024 to May 2025, with an application deadline of February 5, 2024. The program is located in Hong Kong, Hong Kong. An image titled "Pinch/Sweep/Wrap" by Olivier Ottevaere and John Lin is featured as the top illustration, showcasing the practical and experimental nature of the projects undertaken by students. This course information is provided through "Dezeen Courses," a service that details architecture, interiors, and design courses globally. #ArchitecturalDesign #PostgraduateProgram #UniversityOfHongKong #SustainableArchitecture #ResearchBasedDesign #UrbanResearch #TechnologicalInnovation #InterdisciplinaryCollaboration #ClimateChange

Greater Dog Architects has transformed an existing office building into the Li City Study, a government-sponsored public welfare project situated in the Tianmu Lake Resort of Liyang City, China. This renovated facility offers a 24-hour public cultural space where citizens and tourists can access books for free. The architectural team undertook extensive research into the original structure, focusing on its history and adapting it to its new function while prioritizing sustainability. The renovation aimed to create a cultural venue within a limited innovation framework, respecting the existing building's surroundings, construction methods, and rhythmic framing. The Li City Study complex comprises three above-ground levels and one underground floor. The design incorporates a semi-outdoor entrance set back from the main building and an extended circular traffic flow, effectively separating the interior from the bustling street. During the renovation, the architects removed the exterior walls, exposing the original beams and columns. They also strategically cut the existing floor slabs and integrated new setback circular structural beams on the main facade. This design choice emphasizes the modern aesthetic of the original framework, establishing a harmonious dialogue between the old and new elements throughout both the facade and interiors. Window openings were reconfigured to feature frameless inner curved floor-to-ceiling glass, creating a striking contrast with the solid framed structure and accentuating the building's precise architectural contours. Additional viewing angles to the exterior were incorporated around a curved wall, fostering a connection between the renovated space and the natural scenery of Tianmu Lake. The facade's outward-curving arc mirrors the inner curved beams, resulting in a unique exterior appearance that also provides varied and private reading environments indoors. A slender skylight at the apex of the outward-curving arc further enhances the connection to the outdoors, allowing visitors to observe the movement of light and clouds. Internal circulation was significantly improved by introducing spiral staircases within a cylindrical space, linking the main areas of each floor. A circular skylight at the top of the stairwell maximizes natural light penetration, strengthening the relationship between the building's interior and its external environment. The distinct cylindrical outline is visible on the facade, integrated within the original beam and column framework. Gray wooden tiles, created from re-dyed and pressed recycled wood, contribute natural texture and warmth. The exposed beam and column structure are painted in a reddish-brown hue, which is reflected by the glass, subtly blurring the interior's outline and highlighting the natural texture of the wooden shingles. The minimalist interiors are designed to showcase book displays and arrangements, creating a tranquil reading atmosphere. A sloping roof design facilitates connections between floors and accommodates multiple functions, seamlessly blending a coffee counter with book displays. Bookshelves are designed with smaller, cantilevered sections that discreetly incorporate lighting. A comfortable reading corner is defined by glazed ceramic bricks and reddish-brown floor bricks, complementing the building's exterior. In addition to aesthetic and functional upgrades, the renovation included structural enhancements to improve load-bearing capacity and modernization of HVAC, fire safety, and lighting systems. Seismic requirements were also addressed through structural modifications, extending the building's lifespan. While possessing a unique character within the Tianmu Lake area, the Li City Study maintains a balanced proportion, integrating with its urban surroundings while significantly enhancing the local cultural amenities. #LiCityStudy #GreaterDogArchitects #TianmuLakeResort #LiyangCity #ChinaArchitecture #ArchitecturalRenovation #PublicLibrary #SustainableDesign #InteriorDesign #CulturalSpace

The Star House, a 6,600-square-foot single-family residence in Kaohsiung, Taiwan, designed by Atelier Gratia principal Grace Ming-En Chang, presents a unique blend of fortress-like protection and open, airy living. This inward-gazing structure was conceived to offer a sense of refuge amidst the dense urban environment. From the street, the home appears as a faceted concrete monolith, providing a robust and private exterior. However, once inside, the design reveals an open and airy layout centered around a private courtyard. Every room in the residence benefits from a view of this central sanctuary through full-height glass walls. Many of these glass panels are designed to slide open, providing direct access to decks or balconies, thereby seamlessly connecting the interior with the outdoor spaces. The focal point of the courtyard is a ground-floor Zen garden, which pays homage to Japanese aesthetics and culture, reflecting the homeowner's past residency in Japan. Chang explains that this garden utilizes geometric principles to symbolize an idealized vision of heaven. A striking feature of the Zen garden is a single, sculptural pine tree that emerges from the center of an infinity-edge reflecting pool. This pool is also home to koi, adding a dynamic and tranquil element to the space. An iris-lined path gracefully leads from the courtyard to the backyard, which is lushly forested with bamboo and ferns, further enhancing the connection to nature. The integration of greenery extends to the rooftop, where the landscape transitions into a more wild and free-form style. This rooftop garden is described by Chang as a “gesture of giving back to nature.” A prairie of tropical grass covers the roof, playing a crucial role in the home's environmental performance. This grass is irrigated using recirculated rainwater, contributing to water conservation efforts. Beyond its aesthetic appeal, the rooftop vegetation serves a functional purpose by helping to block the harsh sun, thereby cooling the interior temperature of the home. The lawn is interspersed with various shrubs and fragrant native flora, including rosemary, jasmine, and lantana. These plants have not only beautified the space but have also quickly attracted local wildlife, turning the rooftop into a haven for butterflies and birds, thus creating an unexpected oasis within the urban landscape of Kaohsiung. The project was a 2022 Best of Year Winner for Residential Landscape, highlighting its innovative design and successful execution in blending urban living with natural tranquility. The design exemplifies how architectural planning can create a serene and private environment within a bustling city, using thoughtful landscaping and a strategic layout to achieve both aesthetic beauty and functional benefits. #AtelierGratia #ZenGarden #ResidentialLandscape #TaiwanDesign #CourtyardHouse #SustainableDesign #UrbanOasis #ArchitecturalInnovation

The "Mountain House in Mist" is a public library situated in Liangjiashan, an ancient village within China's Zhejiang Province. This 1,679-square-foot building, commissioned by Hongfu Tourism Group Co., Ltd., was designed by Hangzhou-based Shulin Architectural Design. Located on a triangular site near the village square, it stands adjacent to preserved rammed-earth Chinese courtyard houses, blending modern architecture with traditional surroundings. The library's design incorporates steel and wood for its main structure, featuring materials like pine, terrazzo, and clear "sun panels" that allow natural light to permeate the interior. A distinctive architectural feature is its elevation on ten columns, a design choice reminiscent of rural homes in Southeast Asia built to withstand floods. This elevation creates a sheltered, open-air patio on the ground level beneath the library, complete with a small pond. The lead architect, Liu Dongying, notes that this patio setting is designed to interact dynamically with natural elements such as sunlight, rain, and breeze, fostering a harmonious coexistence between people, space, and nature. The elevated position of the library also aligns its floor level with an adjacent children's playground. This thoughtful integration allows patrons inside the library to maintain visual contact with children playing outdoors through large picture windows, promoting a sense of community and shared space. Access to the library's interior is provided by an outdoor staircase leading from the ground level. Inside, the space is organized with various reading areas, extensive bookshelves, and a 3.3-foot-wide corridor for browsing. An additional staircase grants access to a more private reading area. The facade of the library is covered with special ribbed, translucent panels, which are manufactured locally within the village. These panels serve multiple functions: they offer muted views of the surrounding mountainous landscape, while simultaneously diffusing and softening the incoming sunlight, thus creating a calm and conducive reading environment. This material choice highlights the project's commitment to local resources and integration with the village's identity. The design philosophy, as articulated by Liu Dongying, emphasizes rural architecture that facilitates a harmonious relationship between inhabitants and their natural and built environment, drawing inspiration directly from the countryside to connect locality with creative design. #ArchitecturalDesign #PublicLibrary #RuralArchitecture #SustainableMaterials #CommunitySpace #ChineseArchitecture #ModernDesign #ZhejiangProvince #ShulinArchitecturalDesign

The 'Miega' project, designed by BANG by MIN, encompasses a holistic approach to design, extending beyond interior spaces to include comprehensive spatial programming, development, and the creation of custom props. This project is situated in Seoul, South Korea, and was completed in 2012, covering an area of 124 square meters. The architectural firm, BANG by MIN, took responsibility for all facets of the project, demonstrating an integrated design philosophy where every element, from the overall spatial layout to the smallest decorative item, was meticulously conceived and executed to align with a singular vision. This comprehensive involvement ensures a cohesive and immersive environment. The design of 'Miega' prominently features a careful selection of materials, including glass, steel, and concrete. These materials are utilized to create a modern and functional aesthetic, while also contributing to the structural integrity and visual appeal of the space. The use of glass allows for ample natural light, creating bright and open interiors, and potentially offering views of the surroundings. Steel and concrete are employed for their durability and contemporary industrial feel, which can provide a strong foundation and a refined finish to the architectural elements. Photographs by Jungwoo Choi and Jaeyoon Kim capture the essence of the 'Miega' project, showcasing various aspects of the design. These images provide a visual narrative of the interior spaces, highlighting features such as columns, windows, beams, doors, and furniture arrangements. Specific images depict architectural elements like glass installations, structural beams, and the interplay of light within the space. Furthermore, detailed views of areas like the bedroom, bathroom with a sink, and various seating arrangements offer insights into the functional and aesthetic considerations applied throughout the project. The project's gallery includes numerous photographs that illustrate the different design solutions and spatial experiences within 'Miega'. These illustrations range from wide shots that capture the overall ambiance to close-ups that focus on material textures and custom-designed props. The presence of floor plans and sections in the gallery further indicates a thorough architectural documentation, providing a technical understanding of the spatial organization and structural components. The overall design language appears to blend functionality with a distinctive aesthetic, making 'Miega' a notable example of contemporary interior and spatial design in South Korea. #InteriorDesign #SpatialProgramming #SeoulArchitecture #ModernDesign #GlassArchitecture #SteelConstruction #ConcreteElements #CommercialArchitecture

The Egret Bay Demonstration Area, located within the Huiguhu Science and Innovation Town in Fuling, China, represents a significant architectural project by Yueji Architectural Design Office. Completed in 2022, the project focuses on the adaptive reuse and redevelopment of three existing abandoned buildings to serve new functions crucial for the burgeoning science and innovation town. This initiative aims to provide essential facilities for planning demonstration, conferences, office spaces, and recreational and support services for both the public and tourists visiting the area. The project's design parameters include an area of 1700 square meters, indicating a moderately sized intervention that prioritizes quality and functionality over sheer scale. The lead architects for this project were Qi Tian, Biao He, and Jun Li, supported by a design team comprising Dulong Wang, Dingqiao Jie, Jian Guo, Kairui Li, Chenghu Dan, Xianzhe Liu, Chao Guo, Huiqiang Yang, Liwei Wang, Peng Jiang, Yuedong Wang, Mang Wu, Wei Chen, and Yuzhan Weng. The collaborative effort involved Chongqing Fuling Hongwei Highway Engineering Co. as the constructor and Chongqing Fuling Transportation and Tourism Construction Investment Group Co. as a key collaborator, with Chongqing Fuling Huigu Science and Innovation Industry Development Co. serving as the client. Photographs by PrismImage capture the essence of the architectural transformation, highlighting the integration of the renovated structures within their natural and urban context. The design incorporates a mix of materials such as wood, glass, and concrete, reflecting a contemporary aesthetic while likely addressing functional requirements and sustainability considerations. The emphasis on utilizing existing structures for new purposes aligns with principles of adaptive reuse, a practice that contributes to sustainable development by minimizing waste and preserving embodied energy. Functionally, the demonstration area is envisioned as a multi-purpose hub. The planning demonstration aspect likely showcases the master plan and future vision for the Huiguhu Science and Innovation Town, attracting investors, researchers, and potential residents. Conference facilities are essential for fostering collaboration and knowledge exchange, critical for a science and innovation town. Dedicated office spaces provide a conducive environment for research and development activities, while recreational and support services ensure a balanced and attractive environment for users and visitors. The transformation of abandoned buildings into vibrant, functional spaces is a testament to thoughtful urban regeneration and architectural design that responds to the evolving needs of a modern innovation hub. #OfficeBuildings #Fuling #China #YuejiArchitecturalDesignOffice #AdaptiveReuse #UrbanRegeneration #ArchitecturalDesign #ScienceInnovationTown

The H-House, located in a dense neighborhood in Surat, India, addresses the challenge of creating private living spaces that maintain a strong connection to nature. The design, conceptualized by Co.lab Design Studio, reverses the traditional bungalow-in-a-garden model by integrating gardens directly within the house's structure. This approach ensures that residents experience a continuous connection with green spaces, despite the urban setting. The project was completed in 2019 and spans an area of 19,375 square feet. The architectural strategy for the H-House focuses on intertwining the built environment with natural elements. The design incorporates various green spaces, such as courtyards, terraces, and internal gardens, which are seamlessly integrated into the floor plan. This allows natural light and ventilation to penetrate deep into the interior, enhancing the living experience. The choice of materials and the overall aesthetic contribute to a sense of openness and tranquility, contrasting with the busy surroundings. The house features a sophisticated interplay of concrete, glass, and wood. Large glass panels and strategically placed windows blur the boundaries between indoor and outdoor areas, offering expansive views of the internal gardens and maximizing daylight penetration. Concrete elements are utilized for their structural integrity and aesthetic appeal, providing a contemporary and robust framework. Wooden accents add warmth and natural texture to the interiors, creating a balanced and inviting atmosphere. The interior layout is designed to facilitate a fluid progression through spaces, with each area offering unique visual and functional connections to the integrated green zones. Living areas, bedrooms, and common spaces are arranged around these natural pockets, ensuring privacy while fostering a sense of expansive living. The design emphasizes functionality and comfort, providing a luxurious and spacious home tailored to the owner's desire for a natural retreat within the city. Co.lab Design Studio acted as both the architects and landscape designers for the H-House, ensuring a cohesive vision for the project. Key consultants included Essact, Mandala Design Studio, and Malwawala Engineering Services Private Limited for consulting, and Sai Consultants for engineering. The photographs by Sebastian Zachariah capture the essence of the design, showcasing the integration of nature, the use of diverse materials, and the overall ambiance of the H-House. #ResidentialArchitecture #HouseDesign #CoLabDesignStudio #Surat #India #IntegratedGardens #ModernArchitecture #ConcreteGlassWood #UrbanLiving #ArchitecturalPhotography