Shenzhen Art High School / O-office Architects

The Pratt Institute's School of Architecture is dedicated to utilizing the design, planning, and management of the built environment to address pressing contemporary issues, including social justice and the climate crisis. The school aims to equip students with the necessary skills and knowledge to tackle these complex and evolving challenges in a versatile, innovative, and ethical manner. The curriculum prepares students for impactful careers within various architectural disciplines, fostering leadership and responsibility. The School of Architecture offers a comprehensive range of undergraduate and graduate programs. Undergraduate options include a Bachelor of Architecture (BArch), with a specialized Morphology Concentration, and a Bachelor of Professional Studies (BPS) in Construction Management, alongside minors in Construction Management and Morphology. These programs emphasize foundational architectural principles, advanced design techniques, and practical construction and management skills. The Morphology Concentration, for example, delves into abstract and intricate structural formations, pushing the boundaries of traditional architectural design. Graduate studies at Pratt's School of Architecture cover an even broader spectrum of specializations. Offerings include a Master of Architecture (M.Arch), a Master of Landscape Architecture (MLA), a Master of Science in Architecture (Post Professional), and a Master of Science in Urban Design (Post Professional). The Graduate Center for Planning and the Environment further expands these options with master's programs in Historic Preservation, Sustainable Environmental Systems, Urban and Community Planning, and Urban Placemaking and Management. Additionally, the school provides advanced certificates in Community Planning, Historic Preservation, Sustainable Environmental Systems, and Urban Placemaking, catering to professionals seeking specialized expertise. The pedagogical approach at Pratt emphasizes hands-on learning, critical discussion, and design exploration. Students engage with a wide array of technologies, methodologies, and community engagement processes to understand and expand the possibilities of built, unbuilt, and rebuilt environments. The overarching goal is to empower students to leverage their expertise in creating and maintaining sustainable spaces, communities, and habitats, thereby contributing positively to the public good. Recent news highlights include exhibitions celebrating the school's legacy, reflections on its 70-year history, and upcoming information sessions for prospective graduate students. Key departments within the school are Undergraduate Architecture; Graduate Architecture, Landscape Architecture, and Urban Design; Construction Management; and the Graduate Center for Planning and the Environment. Each department focuses on specific aspects of architectural and urban development, ensuring a diverse and specialized educational experience. The School of Architecture also maintains strong ties with professional accreditation boards, such as the National Architectural Accrediting Board (NAAB) and the Planning Accreditation Board (PAB), underscoring its commitment to high academic and professional standards. The institution provides resources like contact information, messages from the dean, news and events, and a studio culture policy, all aimed at fostering a supportive and rigorous academic environment. #PrattInstitute #SchoolOfArchitecture #ArchitecturalEducation #UrbanPlanning #LandscapeArchitecture #ConstructionManagement #HistoricPreservation #SustainableDesign #UrbanDesign

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

Hangzhou Zhongtai Middle School, established in 2001, faced increasing student numbers due to urban population growth, prompting the need for a new campus. LZGC Quantum City Design Firm and Zhejiang Jianyuan Architectural Design and Urban Planning Institute collaborated on the design, with the project completed in 2021 and covering an area of 70,000 square meters. The design team aimed to move beyond traditional, inward-looking campus environments, instead embracing an inclusive approach that connects the school with the city and nature, fostering a "multi-dynamic line, courtyard-style, and shared campus." This philosophy is encapsulated in the "study mall" concept, which seeks to awaken curiosity and an exploratory nature in students by integrating the campus with its natural surroundings, including valleys and sunshine. The project prioritizes ecological integration and a free learning environment. The architects consciously avoided isolating the campus from its natural and urban context. This is reflected in the design's emphasis on natural light and views, creating spaces that encourage interaction with the outdoors. The new campus in Yuhang Zhongtai Street was designed to accommodate the growing student population while providing a stimulating and pleasant educational setting. The architectural and urban planning institutes focused on creating a vibrant and open space, contrasting with the conventional focus on confined classrooms and academic structures. Key design elements include a multi-dynamic layout that facilitates various activities and circulation paths throughout the campus. The courtyard-style organization promotes community and shared experiences, allowing students and faculty to engage in both formal and informal learning environments. The integration of "valley" and "sunshine" suggests a design that respects the topography and maximizes natural light, contributing to a healthy and inspiring atmosphere. This approach supports the educational philosophy of awakening students' innate curiosity rather than merely shaping their academic performance. The collaboration between LZGC Quantum City Design Firm and Zhejiang Jianyuan Architectural Design and Urban Planning Institute brought together expertise in both quantum city design principles and traditional architectural planning. The lead architect for the project was Yinjin Huang, with a large team contributing to architectural design, structural design, electromechanical design, interior design, and landscape design. This interdisciplinary approach ensured a comprehensive development that addressed both the aesthetic and functional requirements of a modern educational facility. The relocation and redesign of Hangzhou Zhongtai Middle School represent a significant effort to modernize educational infrastructure in response to urban expansion. The new campus serves as a model for how schools can be designed to be more open, environmentally connected, and conducive to a holistic educational experience, encouraging students to explore and discover within an ecologically rich setting. #EducationalArchitecture #MiddleSchoolDesign #Hangzhou #ChinaArchitecture #CampusDesign #UrbanPlanning #SustainableDesign #CourtyardDesign

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

The Lieu Painting Studio, designed by ATELIER MOZH, is situated in Xi'an's High-Tech District. The primary objective of this project was to establish an artistic venue that could accommodate a diverse range of activities, including teaching, experiential learning, communication, and exhibitions, all within the urbanized environment of Xi'an. The studio's design was conceptualized to be highly adaptable, catering to various artistic and community functions while maintaining an aesthetic that resonates with its purpose. The studio's interior design emphasizes flexibility and functionality. The space is configured to seamlessly transition between different uses, allowing for painting classes, art workshops, communal gatherings, and art displays. This adaptability is crucial for an art studio aiming to serve a broad audience with varied needs. The choice of materials and the overall layout reflect a minimalist yet inviting atmosphere, fostering creativity and interaction among its users. The project spans an area of 150 square meters, making efficient use of the available space to create distinct yet interconnected zones for different activities. Key design elements include the strategic placement of workstations, communal areas, and exhibition spaces. The painting area is designed to maximize natural light, which is essential for artistic work, while also providing adequate artificial lighting for evening activities. Working desks and meeting areas are integrated to support both individual and collaborative work, fostering a sense of community and shared purpose. The use of robust and aesthetically pleasing materials like steel and concrete in combination with furnishings from brands such as BANG & OLUFSEN, FLOS, LG Hausys, and ZANOTTA, contributes to the studio's modern and sophisticated character. The project was completed in 2020, with photographs by FUSION showcasing the finished interiors. ATELIER MOZH's lead architects, Jie Zhang and Keigo Mori, guided the design process, ensuring that the studio met the client's vision for a versatile and inspiring art space. The construction was handled by Shaanxi Yuemei Design and Decoration Engineering Co., emphasizing quality and precision in execution. The design team also included Baolei Liang and Jingru Xu, who contributed to the detailed development of the studio. The Lieu Painting Studio serves as an example of how architectural design can create adaptable cultural spaces within urban settings. Its ability to host a variety of functions, from educational workshops to art exhibitions, underscores its role as a dynamic hub for artistic expression and community engagement in Xi'an. The studio's design successfully balances practical requirements with an artistic sensibility, offering a contemporary environment for creative pursuits. #CulturalInteriors #XiAnShi #ChinaArchitecture #ATELIERMOZH #PaintingStudio #FlexibleSpaceDesign #ArtStudio #InteriorDesign #UrbanArtVenue

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

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

This blog post showcases ten architectural and design projects by students from My ArchiSchool, featured as part of Dezeen's School Shows. My ArchiSchool, based in Hong Kong, provides architectural education and digital design training for young individuals aged six to 18, aiming to develop their 3D modelling skills for future careers in architecture and urban planning. The program offers both in-person and online courses, ranging from beginner levels to advanced, covering various tools, interfaces, and outputs. Students learn to build and manipulate 3D digital models of cities using platforms like Dassault Systèmes' 3DExperience. The most comprehensive package includes an exhibition of student work after an eight-month study period. Among the featured projects is Alanna Mak's "Designing My Butterfly House," which features a facade system inspired by butterfly wing patterns and an open-plan structure designed as a breeding ground for local butterfly species. The architecture reflects the motion of butterfly wings and incorporates a vibrant color scheme. Oscar Chung's "Designing My Raindrop Tower" is a Natural History Museum inspired by rainforest botanical species, with a tower and rooftop shaped like tree branches and leaves. It is envisioned as a community space offering scenic views of snowy mountains and exhibits that evoke an indoor forest environment. Abigail Shih's "Designing My Natural History Museum" presents a tent-like glass structure for a café within a Natural History Museum, emphasizing community and cultural significance. The design draws inspiration from camping experiences, with exhibits displayed within the glass structure to create an engaging visitor journey. Na Kyung (Arlene) Lee's "Designing My Butterfly House" is inspired by the movement of 'dancing' butterflies, with its skeleton-like structure stretched across a river to create a natural habitat for raising young butterflies, including a central breeding ground for caterpillars. Annecy Hui's "Designing My Boathouse" features a twin-boathouse for a family, dividing private living space from communal areas. The design's form is inspired by mountains, utilizing a laminated timber structure to demonstrate sustainable building materials. Antonia Villet's "Designing My Teahouse" is a vibrant teahouse located in Hong Kong, aiming to establish architecture as 'living art' by surrounding city dwellers with diverse aesthetics. The design process involved reviewing various facade color schemes and experimenting with different building materials for transparency and texture. Heidi Liang's "Redefining Residential Tower for Big Families" addresses Hong Kong's housing challenges by proposing experimental options for city living, focusing on the importance of community wellbeing. Her project includes a mid-rise tower designed for extended families, combining small, fragmented spaces into shared, spacious areas like a communal dining floor. This design aims to increase space efficiency and encourage family interaction. Natalie Lau's "Designing My Natural History Museum" features an open exhibition area with a curved facade that blends into the local environment. A simple, earth-toned color scheme highlights the earth's materiality and history, while living room settings throughout the museum facilitate family time. Serafina Luk's "Designing My Church" incorporates nature by placing the altar on an open side of the church, leading to a woodland path. The church's wooden structure advocates for the use of natural materials to connect people with nature. Finally, Alice Ippolito's "Designing My Exhibition Area" tackles the challenge of designing a spacious digital exhibition within a small area. She proposed an LED display wall against an existing partition and carefully articulated lighting to highlight exhibits and reduce glare on glass panels, ensuring a flexible design through on-site measurements of headroom and electrical systems. #MyArchiSchool #ArchitecturalDesign #StudentProjects #DigitalDesign #ButterflyHouse #NaturalHistoryMuseum #TeahouseDesign #ResidentialTower #SustainableArchitecture #ExhibitionDesign

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

Beijing China Virtue Architectural Design Co., Ltd is an architectural firm based in Beijing, China, specializing in office and commercial projects. Their firm is situated within the Fourth Ring Green Park in the Chaoyang District of Beijing. The company offers a range of services, including Design/Build, Interior Design, Landscape Architecture, and Structural Design. This comprehensive approach allows them to manage projects from initial concept through to final construction and landscaping. One of their featured projects is the YouChoose Holdings Office Complex, which exemplifies their design philosophy. This complex comprises two distinct buildings: a quadrangle courtyard office building and a golf club, collectively spanning an outdoor area of 3200 square meters and an indoor area of 4300 square meters. The design of the YouChoose Holdings Office Complex was specifically tailored to cater to the office and business needs of the owner's young team. A central focus of the project was the integration of a quadrangle courtyard garden, which serves as a key element in connecting the various spaces and fostering a human-centric environment. The project involved a comprehensive transformation and upgrading of both the office building space and the golf club, aiming to create a harmonious and functional complex. The design particularly emphasizes the creation of a humanistic office complex that draws inspiration from traditional Chinese courtyard architecture. This involves incorporating elements and principles of traditional design into a modern context, thereby blending cultural heritage with contemporary functionality. The firm's approach to this project demonstrates a commitment to creating environments that are not only aesthetically pleasing but also culturally resonant and conducive to productivity and well-being. Their work on the YouChoose Holdings Golf Club also showcases their dedication to traditional construction techniques and materials. The elevation of the main entrance of the golf club adopts a traditional Chinese courtyard building system, with construction technologies and materials fully adhering to conventional methods. This commitment to authenticity in design and construction highlights their ability to execute complex projects that respect and integrate traditional architectural values. By merging traditional aesthetics with modern requirements, Beijing China Virtue Architectural Design Co., Ltd positions itself as a firm capable of delivering unique and culturally significant architectural solutions. #ArchitecturalDesign #OfficeComplex #BeijingArchitecture #ChineseCourtyard #InteriorDesign #LandscapeArchitecture #StructuralDesign #DesignBuild #YouChooseHoldings

The David R. Hayworth School of Arts and Design at High Point University serves as a central hub for visual and performing arts, offering diverse programs aimed at cultivating creativity for meaningful careers in the arts industries. The school's curriculum encompasses Studio Art, Graphic Design, Fashion Merchandising, Interior Design, Music, Theater, and Dance, catering to students aspiring to be makers, performers, or professionals in related fields. Dean John Turpin emphasizes the supportive environment provided by dedicated faculty and staff mentors who guide students through their educational journey. The school offers various academic majors and minors. Bachelor of Arts programs include Dance, Design Studies with a Concentration in Graphic Design, Music, Studio Art, and Theater. Bachelor of Science degrees are available in Fashion Merchandising and Interior Design. Additionally, the school provides a Bachelor of Fine Arts in Studio Art with concentrations in General Fine Arts and Graphic Design. For students interested in a more focused study or complementary skills, there are minors in Art History, Dance, Fashion Merchandising, Graphic Design, Museum Studies, Music (Instrumental, Piano or Organ, Voice), Musical Theater, Photography, Studio Art, Theater, and Visual Merchandising Design. The David R. Hayworth School of Arts and Design also highlights its resources and facilities, including the Darrell E. Sechrest Art Gallery, which showcases exhibitions and opportunities for artists. The school prides itself on its alumni success stories, featuring graduates who have achieved notable accomplishments in their respective fields, from social media management in theater and production assistance for the Emmy Awards to designing large kinetic artworks and being recognized as top interior designers. Students gain practical experience through internships and involvement in events like the High Point Market. Key differentiators of the school include its national ranking for theater, international tours for music programs, and accreditations from organizations such as the National Association of Schools of Art and Design and the Council for Interior Design Accreditation. The faculty and staff are committed to one-on-one mentorship, fostering a campus culture that instills professional values and prepares students to tackle their future with confidence. The school boasts a 99% placement rate for its graduates and a 17:1 student-to-teacher ratio, contributing to its recognition as a top regional college in the South by U.S. News World Report. The school's core beliefs emphasize the arts and design as catalysts for change, shaping culture, influencing society, and driving innovation. Creativity is considered essential for solving global challenges, and graduates are seen as artists, designers, and visionaries capable of making a significant impact. The commitments include empowerment, excellence in craft and scholarship, collaboration across disciplines, celebrating diversity and inclusion, and stewardship with mindful impact. The school's promise is to provide transformative experiences, connect students with industry leaders and global opportunities, and champion the arts as a vital force for a more just, beautiful, and innovative world. Its mission is to create a stimulating environment for intellectual and creative development, prepare globally aware students with professional values and critical inquiry skills, and cultivate an appreciation for artistic expression and design within the university and surrounding communities. #ArtsEducation #DesignPrograms #HighPointUniversity #CreativeArts #InteriorDesign #GraphicDesign #FashionMerchandising #PerformingArts #AlumniSuccess

The article showcases the innovative office design for Shanghai Transaction Succeed, a financial investment company, created by One House Design, led by founder and chief designer Lei Fang. Located on the banks of Shanghai's Huangpu River, the 21,500-square-foot office on the top floor of a four-story building in Yuejie Expo Park, draws inspiration from futuristic, digital worlds, and even the client's affinity for Star Wars. Key themes for the design include technology, future, and diversity, aiming to create a wonder-filled encounter between people and space, and work and life. The project is Fang's third for this client, extending a minimalist aesthetic and restrained formal language previously established. The office, designed for 15 employees, features a mix of private meeting rooms, offices, open-plan desks, and leisure areas including music and banquet rooms, and a fitness area. A recurring design language of curved walls, reflective surfaces, and monochromatic colors contributes to a futuristic, portal-like ambiance, described as a liminal space between the present and an imagined future. Fang likens the organic forms and undulating silhouettes to a 'wormhole,' enhancing the sense of fluidity and seamlessness throughout the space. Upon entry, the reception area instantly conveys a high-tech environment with a high-shine, stainless-steel desk set against a concave, dark-gray curved accent wall, with window openings creating a visual separation from the outside world. This design choice aims to disrupt the conventional workplace aesthetic. At the core of the office is a distinctive exhibition showcase, enclosed within two stacked, open-square frames inside an oversized glass cylinder. This gallery-like volume displays examples of the core products the company invests in, primarily raw materials for the renewable energy industry. This 'realm within a realm' concept extends its aesthetic influence to the rest of the project, with the curvature of the glass partitions inspiring the curving walls and dividers throughout the office. The blue from the company's logo, screen-printed on the installation, is subtly incorporated into select furnishings and accent walls. The inspiration for the curves is also deeply rooted in the company's branding, specifically the letter 'D' in its logo. Fang utilized variations of this shape for partitions, window openings, and furniture, associating it with the philosophical concept of 'Dao,' representing the natural order of the universe. This design approach creates a tension between physical and digital existence, where the abstract and seamless qualities reminiscent of the metaverse are achieved through meticulous craftsmanship. Fang used a resin-based artificial stone, which can be heated, curved, and polished to create a 'one-piece' effect, ensuring a fluid and handcrafted artistry that contrasts with the digital aesthetic. Despite the digital and futuristic aesthetic, the office dedicates significant space to personal interaction, as evidenced by the music room and a lounge area adjacent to the gallery. The music room, featuring a Darth Vader motif and LED strip-embedded aluminum panels, serves as a break-out space, highlighting the client's 'Star Wars' enthusiasm. Ultimately, the design emphasizes that while digital landscapes are increasingly prevalent, the tactile and communal pleasures of a thoughtfully designed physical space remain essential, offering a reminder of the enduring value of in-person experiences. #OfficeDesign #FuturisticArchitecture #OneHouseDesign #ShanghaiTransactionSucceed #InteriorDesign #CommercialInteriors #SciFiInspired #ModernWorkplace #CurvedWalls

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

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 Nanjing Jingjian Lawyer Museum, designed by Inch Condensation Architectural Design, is presented as an architectural project completed in 2019 in Nanjing, China. The museum occupies an area of 400 square meters. The design approach for the museum deviates from traditional museum concepts, which typically feature dark environments, elaborate landscaping, delicate exhibits, and complex partitions. Instead, the architects conceived the museum as a "book shelf" due to the extensive and intricate history of law and lawyers in Nanjing, which had not been systematically organized previously. The museum's core purpose is to showcase this archived history, including notable industry figures and significant events from various eras, and to connect it with the contemporary legal landscape to inform future directions in law enforcement and public legal education. This organizational strategy aims to present the complex subject matter in an accessible manner, fulfilling a public demand for legal knowledge popularization. The project emphasizes the aesthetic and educational aspects of legal knowledge for the general public, aiming to make legal concepts comprehensible. The phrase "Law is a system of rules" encapsulates the foundational principle guiding the museum's design philosophy. The architectural team for the project included Zhichao Xue as the main case designer, supported by Feng Lu, Zhi Ren, and Lei Chen. Haihua Wang is credited with the photography of the museum, capturing its interior and structural elements, including columns and beams. The article provides detailed specifications for the project, identifying Inch Condensation Design as the architects and listing Nanjing, China, as the location. The construction was completed in 2019, covering a total area of 400 square meters. Key manufacturers involved in the project are EP, MM, and REI. The project falls under the categories of Museum and Interior Design, reflecting its dual function as both a repository of historical legal information and a thoughtfully designed interior space. The article also categorizes the project within broader architectural themes such as Cultural Architecture and Museums & Exhibit. Materials used in the construction include wood, glass, and concrete. The museum’s unconventional "book shelf" concept signifies an innovative approach to presenting historical and educational content. By organizing the vast amount of information on Nanjing's legal history and its key figures as a series of "books," the museum facilitates a structured and engaging learning experience. This design choice aims to democratize legal knowledge, making it more approachable for visitors who might otherwise find the subject daunting. The emphasis on aesthetics also suggests an intent to create an inviting and visually stimulating environment, further enhancing the educational impact. The project's contextual information, such as its location in Nanjing and the year of completion, places it within a specific geographical and temporal framework. The mention of specific categories like "Cultural Architecture" and "Interior Design" highlights the project's significance not only as a historical institution but also as a work of contemporary architectural and interior design. The detailed attribution to the design team, photographers, and manufacturers underscores the collaborative effort involved in bringing this unique museum concept to fruition. The overall goal of the Nanjing Jingjian Lawyer Museum is to serve as a bridge between the past, present, and future of legal practice and understanding in the region, using an innovative design to engage the public. #MuseumDesign #InteriorDesign #CulturalArchitecture #NanjingArchitecture #LawMuseum #ArchitecturalProject #ExhibitionDesign #ChineseArchitecture

The blog post discusses the challenges faced by a first-year architecture student in drawing elevations for an irregular floor plan. The student, 'Novosibils', is tasked with creating south and north elevations at a 1:50 scale for a design where only two walls are at right angles. The primary issue encountered is the distortion of scale when projecting elements vertically, leading to discrepancies like a 200mm window appearing as 180mm in the elevation. The student seeks advice and examples to accurately represent the design without losing scale or clarity. Various contributors offer solutions and advice. 'archanonymous' suggests drawing cardinal elevations (N, S, E, W) as traditional projections, but also recommends creating 'unrolled elevations' for each segment of the building. This method involves flattening out the angled walls to represent them as if they were straight, thus preserving true dimensions. Examples of such unrolled elevations are provided to illustrate the concept. 'Chad Miller' adds that for presentation purposes, perspectives might be more effective, but for a drafting assignment, the unrolled elevation approach is accurate. 'x-jla' explains a practical drafting technique: drawing a ground plane above the floor plan, then projecting vertical lines from the plan to represent height, trim, and other features, and finally adding horizontal planes. This method ensures accuracy in representing vertical dimensions. 'citizen' succinctly confirms the projection method, stating the process is orthographic. 'Non Sequitur' raises a side point about spiral staircases, noting their historical restriction in studio projects due to perceived ease and legal egress concerns, though this is not directly related to the irregular floor plan elevation problem. 'Donna Sink' provides a visual example of what she would prioritize, further emphasizing the practical aspects of elevation drawing. 'Oscar_Ellis' outlines a step-by-step process for drawing an irregular house plan's elevation, differentiating between absolute and relative elevations. Absolute elevation refers to height above sea level, while relative elevation refers to height above the ground's surface. 'Volunteer' clarifies the issue of foreshortening: while a 200mm window might appear as 180mm in an elevation due to its angle, the actual dimension should not be labeled as 180mm. Instead, a separate, small elevation of just the window, viewed orthogonally, should be made to label its true 200mm dimension. The main elevation accurately reflects the foreshortened view. Finally, 'rcz1001' suggests consulting existing architectural plans for complex, irregular buildings, such as an art center, to gain insight into how professionals have handled similar challenges. The importance of orthographic views for individual elevation planes, especially those with doors and windows, is stressed. The contributor also mentions the potential need for special notes on drawings to clarify unique elevation views for builders and contractors, ensuring clear communication of design intent. The overall consensus is that while traditional cardinal elevations are necessary, supplementary drawings like unrolled elevations or detailed orthogonal views of angled elements are crucial for accurately representing irregular floor plans. #ArchitectureStudent #ElevationDrawing #IrregularFloorPlan #ArchitecturalDrafting #OrthographicProjection #UnrolledElevation #ArchitecturalDesign #TechnicalDrawing #CAD