School of Architecture

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

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 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 article highlights the significance of Master's programs in advanced architecture and computational design for professionals seeking specialization and career advancement. It emphasizes that while classical design education provides foundational knowledge, Master's degrees offer specialized and advanced learning, enabling graduates to become pioneers in their fields. These programs cultivate research abilities, fostering critical and analytical thinking, which are valuable skills in both academic and professional settings. The Institute for Advanced Architecture of Catalonia (IAAC) offers a Master in Advanced Architecture (MAA) that transforms traditional approaches by training professionals in informed, creative, and innovative decision-making. The program, spanning one or two years, uses a "Learning by Doing" and "Design by Research" methodology to foster critical thinking and practical implementation. It focuses on urban design, self-sufficiency, and digital matter, leveraging digital technologies to address environmental and urban development challenges through a multidisciplinary approach combining technology, biology, computational design, and digital/robotic fabrication. The Technische Universität Berlin provides a research-based, interdisciplinary Master's program in Design & Computation, which considers the relationship between individuals, technology, and society amid rapid technological and social changes. This four-semester program, offered jointly with the Berlin University of the Arts, emphasizes the algorithmization of daily life, digitalization of production, public participation, food security, and climate change, with a customizable first semester to establish a common foundation. Columbia GSAPP's M.S. Computational Design Practices (M.S.CDP) is tailored for recent graduates and practitioners, integrating architecture, data visualization, and urban planning. The program aims to develop new concepts and pedagogies for an integrated multi-scalar and spatial approach to computational design, fostering critical and creative engagement with spatial computational design as both a method and practice. The University of Stuttgart's Integrative Technologies and Architectural Design Research (ITECH) M.Sc. is a two-year, full-time research-focused program. Coordinated by the Institute for Computational Design and Construction (ICD) and the Institute of Building Structures and Structural Design (ITKE), ITECH equips students with knowledge and skills to advance technological and computational processes in the built environment by integrating design, engineering, construction, and natural sciences. The Bartlett School of Architecture at UCL offers MSc/MRes in Architectural Computation, part of its Bartlett Prospective programs. These degrees focus on advanced digital design and computation, developing programming skills alongside advanced theory. Students work in research clusters, engaging in studio-based research within their chosen disciplinary area, preparing them to create innovative architectural solutions. The Architectural Association School of Architecture offers the Emergent Technologies and Design MSc/MArch program for architecture and engineering graduates. This program aims to enhance skills in architectural design science focused on innovative production methods, exploring connections between architecture and ecology through computational design and fabrication. The process involves iterative hypothesis testing, material and computational experimentation, robotic fabrication, and evaluation, with findings documented in analytical papers. UC Berkeley’s MArch in Advanced Architectural Design (MAAD) is a one-year post-professional design studio for individuals with accredited Bachelor or Master of Architecture degrees. It provides a stimulating and experimental environment for exploring current design issues, integrating seminars and lectures on design theory, history, digital applications, and building technology, with elective options in the College of Environmental Design. UPC Universitat Politècnica de Catalunya offers the Advanced Studies in Architecture (MBArch) master program, a one-year academic program focused on research, innovation, and contemporary architectural design. The Barcelona School of Architecture emphasizes expertise, erudition, tradition, and professional practice, preparing students for careers in teaching or professional architectural fields. The University of Pennsylvania Stuart Weitzman School of Design's MSD-AAD program is a three-semester post-professional degree in Advanced Architectural Design. It aims to prepare students for advanced design research, develop skills in emerging design techniques and cross-disciplinary tools, foster critical discussions on technology in contemporary architectural discourse, and integrate advanced digital modeling techniques into design methodology relevant to material production, fabrication, and construction processes. DesignMorphine offers an Online MSc in Computational and Advanced Design (CAD), accredited by the University of Architecture, Civil Engineering, and Geodesy (UACEG). This nine-month program includes five Design Chapters and five Technical and Theoretical Labs, in partnership with companies like The Microsoft Garage, Logitech, and Pininfarina. Students learn from renowned designers, mastering software like Maya and Rhinoceros, and using Virtual Reality and Prototyping Machines, preparing them for diverse projects across various environments. #AdvancedArchitecture #ComputationalDesign #MasterPrograms #ArchitecturalEducation #DigitalFabrication #UrbanDesign #ResearchPrograms #ArchitecturalTechnology #PostgraduateStudies

The Pratt Institute's Graduate Architecture, Landscape Architecture, and Urban Design (GA/LA/UD) programs offer a comprehensive suite of master's degrees designed for individuals seeking to deepen their understanding and practice in the built and living environments. The core mission of these programs is to foster design inquiry across complex and evolving fields, encouraging students to ask challenging questions that enhance their grasp of architectural and environmental concepts. The curriculum emphasizes an interdisciplinary approach, bridging various design practices, professions, and academic disciplines to address contemporary challenges and opportunities. Specifically, the programs include the Master of Architecture (M.Arch/First Professional), Master of Landscape Architecture (MLA), Master of Science in Architecture (Post Professional), and Master of Science in Urban Design (Post Professional). Each program is tailored to different academic and professional goals, from foundational professional degrees to specialized post-professional studies. The M.Arch and MLA programs prepare students for professional licensure, offering rigorous training in design principles, technology, history, and theory. The MS in Architecture and MS in Urban Design cater to those with prior architectural or related degrees, providing advanced specialization and research opportunities in areas such as computational design, sustainable practices, and urban development strategies. These graduate programs are characterized by their integration of architectural, landscape, and urban design practices. The faculty and curriculum encourage a holistic perspective on environmental design, recognizing the interconnectedness of buildings, natural systems, and urban fabrics. Students are trained to engage with critical issues such as climate change, urbanization, social equity, and technological innovation, developing solutions that are both aesthetically compelling and functionally sustainable. The institute provides a vibrant academic environment that supports experimentation and critical thinking, with access to state-of-the-art facilities and a strong community of practitioners and scholars. Beyond formal coursework, the GA/LA/UD programs offer a rich array of extracurricular activities and opportunities for engagement. These include lectures, events, exhibitions, and workshops that bring leading professionals and academics to campus, fostering dialogue and collaboration. The "Critic At Large" program and various collaborations, such as "Wast[ED]: Working with Waste" with SOM and AIA Center for Architecture, and "Real Estates" with FX Collaborative, provide students with practical experience and exposure to real-world projects. The institute also highlights faculty expertise, with profiles of key personnel like Andrew Holder (Chairperson of Graduate Architecture), Hart Marlow (Interim Assistant Chairperson of GALAUD), Elliott Maltby (Interim Academic Director, Landscape Architecture Program), and Alexandra Barker (Academic Coordinator of MS Arch Program), demonstrating the depth of knowledge and mentorship available to students. Prospective students are offered various resources, including information sessions, open houses, and detailed application guidelines, to facilitate their enrollment process. The virtual information sessions, scheduled for October and November 2025, and the Fall Open House, are designed to provide comprehensive insights into program offerings, faculty, and student life. These initiatives underscore Pratt Institute's commitment to nurturing future leaders and innovators in architecture, landscape architecture, and urban design, preparing them to address the complex challenges of the 21st century. #GraduateArchitecture #LandscapeArchitecture #UrbanDesign #PrattInstitute #DesignEducation #EnvironmentalDesign #ArchitecturalPrograms #UrbanPlanning

The article explores the innovative Adaptive P/Re-use studios at the USC School of Architecture, part of their one-year Master of Advanced Architectural Research Studies (M.AARS) postgraduate program. Led by instructors Julia Sulzer and Sascha Delz, these studios aim to address pressing social and environmental challenges, particularly the crises of affordable housing and accessible urban services in Los Angeles, by rethinking the design and construction of built environments. The program’s core philosophy is to consider environmental and social sustainability as interconnected aspects, promoting a shift from traditional design briefs that prioritize new construction to approaches centered on reuse and future adaptability. The M.AARS program, specifically the City Design + Housing concentration, challenges students to design cities based on principles of 're-use' and 'pre-use.' Re-use involves the recirculation and repurposing of materials, existing buildings, social structures, and environmental settings. Pre-use focuses on designing with future adaptation, transformation, reassembly, and disassembly in mind, acknowledging continuous social and environmental change. Furthermore, the program integrates non-speculative economic models, such as Limited Equity Housing Cooperatives (LEHCs) and Community Land Trusts (CLTs), to foster inclusive economic principles. These models empower community members from the bottom up, enabling alternative ways to organize, produce, own, manage, and design urban housing, infrastructure, and services more collectively and equitably. This approach reverses the typical top-down design process, positioning designers as proactive agents who use their creative skills to support bottom-up initiatives and create sustainable spaces, prototypes, and systems. The curriculum is structured around research seminars and three design studios. The fall 'city design' studio (ARCH-705) focuses on fieldwork, mapping, and the design of open and public spaces, infrastructure, and urban services. The spring 'housing design' studio (ARCH-793a/b) delves into affordable housing models and innovative housing designs. The summer 'synthesis design' studio (ARCH-705L) consolidates research and design activities into a report and involves the collective construction of a 1-1 intervention using adaptive p/re-use design ideas. Project examples from the ARCH-705 studio include 'Alleys for All' by Hunter Barnett, which proposes transforming Koreatown's underutilized back alleys into multi-functional public spaces with open structures for commercial use, ADUs, and energy infrastructure. 'Revitalizing Wilshire' by Tristan Lindner addresses vacancy along Wilshire Boulevard by reusing materials from demolished buildings to create architectural palimpsests that offer affordable retail, transit, green spaces, and housing. From the ARCH-793a/b (2023) studio, 'Zoup(ing) LA' by Joshua Ryan suggests zoning law changes to facilitate flexible use of urban gaps, promoting co-operative housing, mixed-use developments, and the use of repurposed materials in Venice. 'From Forest to Framework' by Ellie Selzer, also from ARCH-793a/b (2023), explores sustainable mass timber products within a closed-loop system for flexible and deconstructable affordable housing in Venice Beach, emphasizing sustainable land management and updated building codes. The ARCH-793a/b (2024) studio featured 'Open Source Housing' by Boyuan Wu, which proposes an open-source, decentralized housing toolkit integrated with CLT and LEC models to create an incremental, decommodified, and circular housing delivery scheme, where building materials are leased and reused. 'Practopia' by Amir Bolourchi, also from ARCH-793a/b (2024), outlines a pragmatic yet utopian vision for urban transformation in Koreatown, using the CLT model to introduce affordable multifamily housing, community spaces, and micro-commercial programs to foster a resilient and equitable neighborhood. Finally, the ARCH-705L studio's 'Recycle, Food, Learn, Play' project, a collaborative effort by multiple students, involved a 1-1 scale design-build intervention in Koreatown. This pavilion was constructed using scavenged and reclaimed materials to address neighborhood challenges related to affordable food, recycling, and leisure spaces, establishing a 'waste for food' concept with a local youth center. #USCSchoolOfArchitecture #AdaptiveReuse #SustainableHousing #AffordableHousing #UrbanPlanning #LosAngeles #ArchitectureEducation #CommunityLandTrusts #LimitedEquityCooperatives

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

This article showcases ten architectural and design projects developed by students at My ArchiSchool as part of a Dezeen school show. My ArchiSchool, based in Hong Kong, provides architectural education and digital design skills to young people aged six to eighteen, preparing them for future careers in architecture and urban planning. The curriculum ranges from beginner levels to advanced stages, covering 3D modeling, writing, and portfolio development, culminating in an exhibition of student work for the most comprehensive packages. Among the featured projects, Albus Oscar Chung's "The Rage" is a painting inspired by childhood dreams, depicting a landscape with large trees to symbolize the importance of harmony among all living forms. Abigail Shih's "Escape" project, part of her book "Runaway to the Forest," addresses the impact of pollution and advocates for sustainable design, integrating buildings with natural environments like woodlands. Quinten Fan's "Designing a Green Resort" proposes a mountain-based eco-resort with simple geometric structures and transparent glass walls, allowing guests to experience panoramic views while ensuring easy transport and assembly of components in remote areas. The resort features tent-like buildings centered around a communal courtyard. Sean Lee's "Designing my Animal Hotel" envisions a hotel surrounded by wildlife, designed to facilitate learning about animals while providing protection for guests within a tall, reinforced structure. The hotel includes an observation deck, guest accommodations, and a ground floor for management and as a physical buffer. Aidan Chan's "Designing my Futuristic House" presents a modular, pyramidal structure designed for desert environments, built to withstand extreme weather and unstable foundations through a roof's hanging system. Terrance Sun's "Designing my Future House" combines a mobile home with a food truck, reflecting his passion for travel and community engagement through food sharing, aiming to contribute to global food security. Chua Chung Hei's "Designing my Future House" conceptualizes a forest dwelling inspired by lightweight tents, featuring a self-supporting, curved structure that minimizes environmental impact by avoiding deep foundation construction. The design incorporates indirect lighting to prevent disturbance to forest animals. Valerie Zhang's "Designing my Winter Resort" draws inspiration from snowflakes, creating a warm, cozy atmosphere with wooden structures and locally sourced timber to offer guests dramatic views of nature and promote environmental friendliness by reducing transportation of materials. Vivian Tam's "Designing a Green Airport" applies the 15-minute city concept to an airport layout, separating arrival and departure halls with a landscaped waiting area and a glass roof system with shading devices to control natural light and heat. David Ma's "Designing my Winter Resort" utilizes parametric design to create a resort on a snowy, mountainous site. The design features an undulating roof supported by a triangular truss system made of steel and timber, designed to withstand fluctuating temperatures and echo the organic forms of mountains. These projects collectively demonstrate the students' innovative approaches to architectural challenges, their engagement with environmental and social issues, and their development of practical design skills through My ArchiSchool's programs. #MyArchiSchool #ArchitecturalDesign #StudentProjects #SustainableArchitecture #EcoResort #DesertArchitecture #GreenAirport #MobileHome #ForestDwelling #WinterResort

This article showcases nine design projects from students at The New School's Parsons School of Design, covering a range of disciplines including architectural design, interior design, industrial design, and lighting design. The projects demonstrate innovative approaches to addressing contemporary societal and environmental challenges, as well as creative explorations of design principles. Mohamad Ali Ezzeddine's "The Gallery Hotel" is an interior design project for a hotel located in Chelsea, New York, adjacent to the High Line. The design integrates an art gallery on the main floor to display local artists' work, alongside a reception area, bar, and lounge. The second floor features a restaurant with outdoor dining access to the High Line, and the hotel includes 24 guest rooms across three floors, complemented by a rooftop lounge offering panoramic views of Chelsea. This project emphasizes creating a dynamic cultural experience while providing comfortable and functional spaces for guests. Carmen Cordova's "Resistance" addresses issues of self-sacrifice and exploitative care relationships, particularly for women in El Salvador. This interior design capstone project aims to build solidarity among Salvadoran women and highlight the challenges they face. By providing tools and spaces that promote resistance against traditional roles, the project seeks to foster community unity and greater equality, advocating for a restructuring of societal expectations regarding women's roles and labor. Jenna Koss's "Why They Stay" is a real-life proposal for the Helpmate Domestic Violence Shelter in Asheville, North Carolina. This ongoing project investigates how a purpose-built shelter on a sloped site can be designed to enhance safety from illness and abuse while promoting healing for survivors. The design explores layering interior spaces to empower survivors, facilitate connections, help them reclaim agency, and build resilience over time, focusing on the psychological and physical well-being of the inhabitants. Jiuying Li's "A Tale: Heading to the Tent of Tomorrow" is an architectural thesis project that transforms an abandoned artifact into an imaginary utopia. The project is occupied and renovated by individuals who have experienced gender inequality and discrimination. It manifests the urgency of eliminating gender bias embedded in American history and depicts an alternative future for architectural relics through storytelling, offering a vision of an equitable and inclusive society. "Flood Points: Redesigning Ekistics with time" by Nalin Chahal, Eric Hu, and Anthony Vesprini re-evaluates the science of human settlements in the context of climate change. The project proposes drastic alterations to a site, focusing on adapting to rising sea levels rather than merely constructing sea walls. The first phase reintroduces natural habitats and reimagines the site as an engaging park, educational space, market, and community center, with a shift towards circular, sustainable energy generation. Subsequent phases account for the flooding of the site, dedicating more land to changing flora and fauna, maintaining programmatic elements, and eventually returning the land to natural processes, with only a research center remaining operational. Zihao Fang's "Aquastor" introduces desertification remediation vessels produced from mixed desert resources. These vessels are designed to promote soil growth in desert areas and slow the advance of desertification. Placed in a triangular arrangement on the edge of the desert, they create a barrier. The temperature difference between the inside and outside of the vessels allows external water vapor to enter the desert and reduces evaporation. Eventually, the Aquastor vessels degrade, transforming into nutrients for the land, thus providing a sustainable solution to desertification. Daniela Solovey's "The CroChair" investigates crochet as a novel form of production using upcycled materials. This project involves designing made-to-order furniture that blends traditional furniture design with an analogue craft. The CroChair aims to legitimize often-overlooked art forms by creating highly functional products with a unique aesthetic, benefiting the design community through its innovative use of materials and techniques. Jo Li's "Bio Loose Sense" explores biomimetic design with light to separate functional zones within homes, especially relevant during periods like pandemics where living, working, and relaxing occur in the same space. The design learns from natural phenomena like bioluminescent tides and organisms, applying the potential of bioluminescence to change human relationships with lighting and interiors. This project encourages a connection between humans and nature while keeping senses activated through temporal changes in lighting. Carmen Iris Ruiz Cruz's "Healing Structures" examines how architecture and lighting are integral to healing trauma, particularly in post-disaster contexts like the 6.4 magnitude earthquake in Puerto Rico. The project highlights that post-disaster response often overlooks mental well-being and invisible injuries. It proposes that built spaces should not only serve as meeting points but also as environments where people can share stories and heal through communal interaction, emphasizing the need for thoughtful assessment and consideration of space quality in healing processes. #ParsonsSchoolOfDesign #ArchitecturalDesign #InteriorDesign #IndustrialDesign #LightingDesign #StudentProjects #SustainableDesign #SocialImpactDesign #BiomimeticDesign

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

Walker Hall, a 1927 building located at the core of the University of California, Davis campus, has undergone an adaptive reuse project to transform it into a graduate and professional student center. The original structure, previously vacant and seismically unsafe, was reimagined by Leddy Maytum Stacy Architects to serve as a vibrant hub for university life. This transformation involved creating diverse spaces, including meeting rooms, a lecture hall, and advanced active-learning classrooms designed to cater to the entire campus community. The project's central objective was to integrate the building's historical significance with the contemporary needs of a modern educational environment, fostering a sense of community and providing cutting-edge learning facilities for graduate and professional students. The architectural team behind the project included Bill Leddy, Ryan Jang, Jasen Bohlander, and Alice Kao, with Enrique Sanchez also contributing to the design. Numerous engineering and design consultants played crucial roles in the successful execution of the project. Structural engineering was handled by Forell Elsesser, while civil engineering expertise was provided by BKF. MEP (mechanical, electrical, and plumbing) services were managed by Arup, and Charles Salter served as a key consultant. Lighting design was executed by ALD, and OCB was responsible for the landscape design. Shalleck Collaborative contributed to the audiovisual systems, and TBD provided cost estimating services. Stansen Specs managed the specifications for the project, which is situated in Davis, United States. The adaptive reuse approach for Walker Hall focused on sustainability and functionality, retaining the historical character of the building while implementing modern upgrades. The newly designed spaces aim to enhance the graduate student experience by offering collaborative areas for study and interaction, as well as state-of-the-art facilities for academic presentations and discussions. The active-learning classrooms are equipped with technology and flexible layouts to support various teaching methodologies, promoting engagement and participation among students. The integration of a lecture hall further expands the building's utility, making it a versatile resource for campus-wide events and academic programs. The project emphasizes the creation of a welcoming and dynamic environment that reflects the university's commitment to its graduate community. By transforming a dormant historical building into a functional and modern student center, the design not only preserves a piece of the campus's heritage but also addresses the evolving demands of higher education. The architectural design ensures that the building is not only aesthetically pleasing but also highly efficient and supportive of academic excellence and student well-being. The renewed Walker Hall stands as a testament to thoughtful adaptive reuse, blending history with innovation to create a valuable asset for the University of California, Davis. #UniversityArchitecture #StudentHall #AdaptiveReuse #HigherEducation #ArchitecturalDesign #LMSArchitects #CaliforniaArchitecture

The Savannah College of Art and Design (SCAD) offers a distinct first-year housing experience at its Hive complex, a significant departure from traditional college dormitories. Unlike the varied, traditional-style options at institutions like RISD, the majority of SCAD's first-year students are accommodated in the Hive, a modern, co-ed facility designed with a boutique hotel aesthetic rather than a typical student residence. The complex is composed of eight identical four-story buildings, each bearing a bee-themed name, such as Apiary, Bumble, and Honey. While Colony is reserved for upperclassmen and Dance for transfer students, the remaining buildings primarily house freshmen. Each suite within the Hive is designed for four students and features two double-occupancy rooms. A notable aspect of the design is the thoughtful layout that addresses common dormitory inconveniences. Specifically, the shower, toilet, and main bathroom sink are strategically placed in separate rooms, mitigating congestion and allowing multiple students to use facilities simultaneously. Additionally, a small kitchen sink adjacent to the bathroom offers an alternative for tasks like teeth brushing, further enhancing functionality. Each suite also includes a living room furnished with a couch, end tables, a coffee table, and a wall-mounted shelf suitable for a flat-screen TV. Individual residents are provided with an extra-long twin-size bed, a desk and chair, and a wardrobe with drawers, ensuring personal space and storage. Beyond the individual suites, the Hive complex boasts a comprehensive array of amenities. Every building is ADA-compliant, ensuring accessibility for all students. Common facilities include a dining hall and a coffee shop, catering to students' culinary needs. For recreation and convenience, the complex features an on-site fitness center, a swimming pool, and laundry facilities with both SCAD Card and coin-operated machines. Vending machines for drinks and snacks are also available. Recognizing the importance of connectivity and modern services, the rooms are equipped with wireless internet access and cable television service. Furthermore, given Georgia's climate, all rooms are air-conditioned, and the Hive even functions as an Amazon Locker location, adding an extra layer of convenience for package deliveries. On-site security measures are in place to ensure a safe living environment for all residents. This meticulous attention to design and a wide range of amenities positions the Hive as a residential complex that prioritizes both functionality and comfort, offering an elevated living experience for SCAD's first-year students that aligns with contemporary living standards rather than conventional dormitory expectations. #SCAD #StudentHousing #DormDesign #ModernArchitecture #InteriorDesign #CampusLife #DesignEducation #ResidentialAmenities

This compilation showcases ten architectural projects by students from the City College of New York's Bernard and Anne Spitzer School of Architecture. The Spitzer School emphasizes social and sustainable concerns in design, aiming to provide a diverse student body with a top-tier education in architecture, landscape architecture, and urban design. The featured projects address a range of contemporary urban challenges and design concepts. One project, "Growing Little Caribbean" by Ornella Bonhomme, Evelyn Krutoy, and Nicole Girdo, focuses on revitalizing a Brooklyn neighborhood, particularly the intersection of Church and Bedford Avenue and the Flatbush African Burial Ground. This urban design proposal includes accessible cultural spaces for youth, food vendors, art displays, and a community center, honoring ancestral histories while fostering new generations of creativity. "Thermodynamic City" by Carlos Rueda, Zhenhao Huang, and Sara Abousaid explores urban ecology and the mitigation of urban heat islands. This project integrates technological and ecological protocols to combat heat island effects, enhance biodiversity, and improve urban health. Strategies involve sun and wind analysis, creation of green spaces, and recycling excess heat for urban power. Tyler Hernton's "The Crux" is a design for a climbing gym in Harlem, Manhattan. The project emphasizes verticality, typical of climbing gyms, to create soaring interior spaces that extend beyond climbing to community engagement. Situated on 125th Street, it bridges a public housing project and a new laboratory building. Valeska Abarca and Lorraine Colbert's "In Heritage Heights: Urban Infilling Strategies for Dense Living" proposes mixed-use developments for New York Police Department parking lots and housing prototypes for Jackson Heights, NYC. These "mini towers" are designed for co-living and intergenerational arrangements, integrating into existing urban fabric while ensuring adequate ventilation, natural light, and vertical circulation. The urban proposal also includes a ground-floor marketplace to foster community. "Capturing the skyline: Re-Envisioning the Garment District" by Noor Muzahid, Jaydin Parker, and Taseen Rahman investigates the transformation of Manhattan's office real estate into residential communities with amenities. This project addresses the evolving needs of modern workers and urban demands, focusing on architectural reinvention, sustainable integration, and dynamic city rhythms. Kingsley Chong and Philip Lee's "Tree House 128" is a community project in Manhattanville, New York City, aiming to address generational challenges such as educational opportunities and financial constraints. It includes a public library, skill training facilities, and a daycare center. The design is inspired by the elements of a forest, specifically the Japanese concept of Komorebi (scattered light filtering through trees), influencing light well placement and facade design. "Blurred Edges" by Christopher Martinovic and George McCracken proposes to soften the boundary between land and sea in the Flushing Bay estuary by establishing a tidal marsh. The vision is for a new way of life where coastlines become dynamic coast zones, fusing soft estuarine landscapes with urban structures through strategic breakwater installation and tidal gate removal. The "Mach Spāß" project by a large group of students from the Bachelor of Architecture Advanced Studio involved designing and constructing an experiential learning space within an existing campus building. This space was intended for students from various programs to collaborate and participate in conversations, resulting in a design approved by the Dean of Humanities and Arts. Anthony Thayer and William Moffett's "Gem Cool House" is an accessory dwelling unit (ADU) in Portland, Maine, designed as a transitional home for a college student studying astronomy and geology, later converting to his parents' home. The open ground floor plan offers flexibility, with large skylights and clever openings balancing daylighting and thermal comfort. The material palette emphasizes low environmental impact and durability, using wood, earth, stone, cork, and plaster against matte stainless steel. Finally, "P.A.T.H.S" by Shiva Abbaszadeh, Leora Santoriello, and Nily Baratian is a building designed to provide holistic assistance in Hunts Point, Bronx. Based on demographic research, the project offers supportive programming for career, health, general guidance, and housing, catering to residents from birth to retirement and addressing identified community needs. #ArchitectureProjects #UrbanDesign #SustainableArchitecture #CommunityDevelopment #NewYorkCity #StudentWork #ArchitecturalEducation #MixedUseDevelopment #ClimateResilientCities

The St. Louis area boasts a strong architecture and design community, making it an excellent hub for aspiring interior designers. Three local educational institutions—St. Louis Community College at Meramec, Maryville University, and Stevens, The Institute of Business & Arts (SIBA)—offer comprehensive programs designed to prepare students for successful careers in either residential or commercial design. Each program leverages the local industry by incorporating practicing professionals as instructors and providing hands-on experiences beyond traditional classroom settings. St. Louis Community College at Meramec offers a two-year Associate Degree program, requiring 60 credit hours that combine general education with major-specific courses. Key specialties include lighting design and the history of cultural environments, alongside a strong emphasis on fine arts such as drawing. The program aims to make students work-ready upon graduation, a feature particularly attractive to career changers and those with existing degrees. Erin LeClerc, program coordinator, highlights the program's cost-effectiveness and time efficiency, noting that many students transition directly into bachelor’s programs through transfer agreements with institutions like Maryville University. Graduates are equipped with a professional portfolio, resume, and website, benefiting from feedback from industry designers. Tuition rates are competitive, especially for local residents, and scholarship opportunities like the A+ Scholarship Program and various STLCC-specific options are available. The program also integrates a service-learning component, collaborating with organizations such as Habitat for Humanity and Our Little Haven, providing students with real-world experience and community engagement. Prospective students can explore the program through recruitment and outreach efforts, including a mobile classroom, or by requesting online information and campus visits. Maryville University provides a four-year Bachelor of Fine Arts (BFA) in Interior Design, totaling 128 credit hours. This program, accredited by the National Council for Interior Design and the National Association of Schools of Art & Design, includes courses in interior design history and architectural graphics and technology. A mandatory internship, often leading to employment offers, is a distinguishing feature, with many students completing multiple internships. Darlene Davison, the program director, emphasizes specialties like designing for sustainability and health, and furniture design. The curriculum culminates in a senior show where graduating students present projects to a large audience. Maryville's diverse student body includes recent high school graduates, adult learners, transfer students, and international students. Full-time undergraduate tuition is $12,383 per semester, with part-time options available, and a significant portion of students receive financial aid through various scholarships based on GPA, test scores, or club participation. The program prides itself on its small class sizes, fostering personalized attention and careful matching of students with design firms based on cultural fit and specific requirements. Campus visits, department faculty interactions, and special events like Design & Visual Art Day are encouraged for interested individuals. Maryville operates on rolling admissions, requiring a high school diploma and a minimum GPA of 2.5 or equivalent. Stevens, The Institute of Business & Arts (SIBA), offers both an Associate Degree (18 months) and a Bachelor Degree (36 months) in interior design at its Washington Avenue campus. The curriculum is structured into 10-week terms, featuring specialized courses such as kitchen and bath design, and healthcare facility design. Janelle Schrumpf, the department head, notes that the accelerated programs and term structure appeal to a wide age range of students, including a significant percentage of those aged 25 and older. Tuition is $285 per quarter credit hour, with additional application and textbook fees. SIBA provides scholarship opportunities through its own fund and external organizations like the St. Louis Graduates Scholarship. With an average class size of nine students, SIBA focuses on individualized learning, tailoring opportunities to students' diverse goals, whether in business, renovation, commercial, or residential design. Prospective students can sit in on classes or utilize a 30-day trial period, during which tuition is waived if the student decides not to continue. The application deadlines are structured around the 10-week terms, with specific academic requirements for admission, including a high school diploma with a minimum 2.5 GPA or equivalent test scores. #InteriorDesign #StLouis #HigherEducation #DesignPrograms #CareerDevelopment #CommunityCollege #UniversityEducation #VocationalTraining #Accreditation

Parentheses House, designed by SAI Architectural Design Office, is located in Fukui, Japan, an area characterized by its open rural landscape and proximity to the Kuzuryu River embankment. This 172 square meter house was completed in 2019, with photographs by Norihito Yamauchi. The project addresses the challenge of designing in a tranquil, sparsely populated area that is anticipated to see future residential development, given Fukui City's active promotion of residential land. The architectural strategy involved creating a design that interacts meaningfully with its surroundings while acknowledging future uncertainties. The core concept revolves around two stable U-shaped walls, which form the structural backbone and define the interior spaces. This configuration allows the roof to be suspended, creating a sheltered and cohesive internal environment. The design intends to establish a unique dialogue between the house and its expansive natural setting, particularly in anticipation of increased urbanization. The construction involved several notable manufacturers and specialists. JUNG, Vectorworks, Abvent, Catalano, Dulux, and Schindler were among the companies contributing to the project. Satoshi Saito served as the lead architect, while ARCREA Corporation provided engineering expertise. Ippei Yasue was responsible for the structural design. The building primarily utilizes wood as a key material, contributing to its aesthetic and functional qualities. The interior features elements such as shelving, large windows, and exposed beams, indicating a design focus on natural light, functional storage, and structural expression. The exterior showcases concrete facades, offering a robust and modern appearance that contrasts with the natural landscape. The use of concrete and other durable materials reflects a pragmatic approach to construction, ensuring longevity and resilience in the local climate. Parentheses House is categorized under residential architecture, specifically focusing on houses and house interiors. It exemplifies a contemporary Japanese residential design that balances functionality, aesthetic appeal, and a thoughtful response to its environment. The project is an example of modern living in a rural-urban transitional zone, highlighting how architectural design can anticipate and adapt to evolving landscapes while retaining a distinctive identity. #ResidentialArchitecture #Houses #HouseInteriors #Fukui #Japan #SAIArchitecturalDesignOffice #NorihitoYamauchi #ConcreteFacade #WoodConstruction

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