A Look at Design School Dorms, Part 2: SCAD's Ultra-Modern Hive Complex

SKD Architects undertook a project to merge two adjacent downtown Minneapolis condos into a single, cohesive living space for a couple whose lives had intertwined. The initial assessment by Steve Kleineman of SKD Architects identified the potential for panoramic views from the 23rd floor, guiding the subsequent design process. The project involved removing the shared wall between the two units to create expansive, contemporary living areas with a central focus on the downtown skyline. This transformation aimed to optimize space and enhance comfort within the condo environment. The redesign integrated a wet bar between the dining area and patio, allowing residents to enjoy refreshments while overlooking the Mississippi River. A private terrace was also incorporated for relaxation. For practical needs, a dedicated workspace was established off the kitchen, and a game table was included for social activities. The upper level was transformed into a private owner’s suite, featuring a light-filled bedroom with a sitting area and fireplace. This suite also includes an exercise room, a spacious walk-in closet, and a second laundry facility. Additionally, two guest bedrooms, each with its own bathroom and a second laundry area, were positioned in a separate wing to ensure privacy and comfort for visitors. Addressing the challenge of lighting in areas away from windows, Kleineman focused on strategic illumination to introduce drama and interest. The design prioritized maintaining high ceiling heights, often employing indirect lighting to visually emphasize vertical space. Soffits were utilized to delineate different areas, necessitating careful planning for ductwork and sprinkler piping. Accent walls, rich wood finishes, and detailed coffer ceilings were incorporated to further distinguish the living spaces, while the added ceiling depth accommodated recessed lighting. The main living area was reconfigured into an open layout, connecting a circular dining area, the kitchen, and the great room. This design emphasizes a harmonious blend of lighting, repeating patterns, fine craftsmanship, and a contemporary color palette. Kleineman elaborated on treating walls, cabinetry, and lighting as artistic compositions, with each wall being intentionally designed. Floating shelves and designated wall spaces were created for art display. Meticulous consideration was given to the placement of functional and aesthetic elements, such as a seven-foot linear fireplace, a TV wall, and furnishings, all strategically arranged to maximize views from every vantage point within the newly opened space. This comprehensive architectural endeavor aimed to establish a premier example of downtown living. #SKDArchitects #MinneapolisCondo #CondoDesign #HomeRenovation #UrbanLiving #ArchitecturalDesign #InteriorArchitecture #LuxuryCondos #SteveKleineman

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

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 conceptual housing project by alber+grandits proposes a hybrid structure for the Technical University of Vienna's architecture department, seamlessly integrating academic studies with students' private lives. This design reimagines student accommodation by combining studios and residences into a single, cohesive environment. The core idea is to create a living and learning space where the demanding nature of architectural education can be fully embraced within a constructively tailored home setting. The multi-story complex is designed with several key areas to facilitate this integration. A large working space is situated in the basement, providing direct access to Vienna's subway system and the Danube Canal, emphasizing connectivity and practical urban living. Above this, the building centers around a large atrium, which extends through all floors except the basement, creating a continuous, open volume that promotes interaction and a sense of community. The circulation within the building is conceived as a spiral movement upwards, enhancing the dynamic flow through the different levels. Alongside the central atrium, an ongoing collection of book-filled shelves is incorporated, underscoring the academic focus and providing readily accessible resources for students. Private dormitories are also part of this integrated design. Each residence within the complex is characterized by an open-layout plan and features movable elements and shelving, allowing students to customize their living spaces according to their individual needs and preferences. This flexibility supports various living and working arrangements, accommodating the diverse requirements of architecture students. This project by alber+grandits is more than just a dormitory; it is a holistic environment engineered to allow architect-hopefuls to immerse themselves completely in their everyday training. By merging living and learning functions, the design aims to foster a constant engagement with architectural principles and practices, extending beyond traditional classroom settings into their personal space. The intention is to create an ecosystem where students can live and breathe their studies, making the educational journey an integral part of their daily existence in a supportive and adaptable home environment. #ConceptualHousing #StudentAccommodation #ArchitectureDesign #TechnicalUniversityVienna #HybridLiving #OpenLayout #UrbanConnectivity #ArchitecturalEducation

George J. Kacek Hall, an Illinois Tech residential building, opened in August 2020. Named after alumnus George J. Kacek (EE ’54, M.S. ’55), the hall represents a revitalization of a legacy Ludwig Mies van der Rohe building. The renovation was overseen by alumnus and College of Architecture Professor Dirk Denison. The building integrates classic modernism with contemporary living standards, primarily catering to first- and second-year students. Its design emphasizes social interaction and academic support, featuring two large lounges on each floor. The 'social lounges' are situated on the south side of the building, while the 'study lounges' are located on the north side, offering views of downtown Chicago. Kacek Hall provides a variety of living arrangements, including single-, double-, and triple-occupancy rooms, all sharing common-use bathrooms. Each residential space is furnished with a twin-size bed, a desk, a chair, a dresser, and closet space for each resident. The beds are designed to be bunkable, providing flexibility for room configuration. The facility ensures student safety and convenience with 24-hour staffing by Community Desk Assistants, requiring HawkCard tap access at the main entrance and community desk. Beyond living spaces, the hall offers comprehensive amenities designed to enhance the student experience. These include lounge areas on every floor for relaxation and community building, as well as laundry and fitness facilities conveniently located in the lower level. High-speed internet access and cable TV services are provided by Comcast, ensuring students have reliable connectivity and entertainment options. The hall's commitment to creating a well-rounded living environment is further supported by its unique architectural design. The residential floors are configured in a “pod-style” arrangement, where student rooms are organized around central study and social lounge areas. This innovative layout allows corridors and shared spaces to receive natural light and views from all four sides of the building. This design choice aims to mitigate a common drawback of traditional dormitory living—the lack of natural light—thereby creating a more inviting and comfortable atmosphere for residents. The hall's room dimensions are approximately: Single Room: 9' 8" wide X 11' 6" deep X 8' high, with a closet of 41" wide X 22" deep X 7' 1" high. Double Room: 9' 5" wide X 11' 6" deep X 8' high, with a closet of 52" wide X 22" deep X 7' 1" high. Triple Room: 9' 10" wide X 22' deep X 7' 1" high, with a closet of 18' 9" wide X 11' 7" deep X 8' high. #StudentHousing #UniversityLife #ArchitecturalRenovation #ModernistDesign #CampusAmenities #ResidentialLiving #IllinoisTech

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

This photo album provides a visual tour of the interior and exterior spaces within Williams and Rogge Halls, showcasing various residential and common areas. The hallways feature a familiar red color, contributing to a distinct aesthetic. Bathrooms are designed to be spacious, equipped with tiled showers, and configured to accommodate no more than two individuals per bath, emphasizing user comfort and privacy. Bedroom quarters are designed with flexibility in mind, allowing for various arrangements and personalizations by students. For suites housing three or more students, a common space is provided, which includes a kitchenette. This communal area is intended to foster interaction and convenience for residents. One specific unit, a two-bedroom, two-bath setup, features a sizeable common space, suggesting ample room for shared activities and relaxation. Additionally, there are one-person bathrooms available within three-man rooms, offering individual facilities for some residents. The album also offers a glimpse into single suites, which comprise two single bedrooms sharing one common bathroom, illustrating a different living arrangement option. Certain rooms located above the entrance area provide a unique view, available to a limited number of occupants. The building also features a back entrance, with a visible window on the second floor that corresponds to a previously shown image. While the student rooms are depicted as ready for occupancy, ongoing work in the common areas and the soon-to-be-completed lounge indicates continued development and enhancement of the facilities. The photographs capture various aspects of the halls, highlighting both private and shared living environments, and offer insights into the current state and future improvements of the residential spaces. #ResidentialHalls #StudentHousing #CampusLife #DormitoryDesign #InteriorDesign #CommonAreas #WabashCollege #RenovationUpdate

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

This article details the design process and outcome of a new home in University Park, Denver, which successfully blends modern and traditional design elements to create a transitional style. The homeowners, relocating from Florida, had differing preferences: the husband desired a hip, modern aesthetic, while the wife favored classic, traditional design. Residential designer Stephen Hentschel of Mandil Inc. and interior designers Angela Coleman and Cassy Kicklighter Poole collaborated to achieve a harmonious balance. Hentschel began the architectural design by drawing inspiration from the Denver Square style, a choice that allowed for maximizing the footprint on a narrow city lot and ensured the home would blend seamlessly into the established neighborhood. He incorporated subtle classical details on the exterior, such as cast-stone window headers and a barrel-vaulted front porch, while hinting at modernity with contemporary windows and light fixtures. Inside, Hentschel deviated from traditional layouts by shifting the central staircase to one side, creating an open-concept floorplan that directs flow towards the kitchen, breakfast nook, family room, and outdoor living areas. The second level features a 21st-century master suite with a hidden walk-in closet and an exaggerated cove ceiling. A modern, glass-railed staircase connects the two floors, signifying a clear departure from purely traditional design. Coleman and Poole then further refined the interior, carefully integrating elements from both modern and traditional styles. To satisfy the wife's preference for softer, curvier lines and classic touches, they incorporated traditional millwork, including coffered, beamed, and coved ceilings, paneled walls in the master suite, and kitchen cabinetry with beveled doors and furniture-style bases. For the husband's modern preference, they added contemporary wood accents such as walnut-wrapped door jambs and walnut floors with a custom gray-black finish. The kitchen exemplifies this transitional approach, featuring a classic combination of white countertops, subway tile, and cabinetry with brass accents. A standout feature is the raised walnut bar top, which appears to float above the island. While the master bathroom exudes elegance with Statuario-marble floors and a walnut vanity wall, the powder rooms showcase a more modern aesthetic with floating vanities and sleek finishes. Poole's furnishing choices continued this balancing act. In the breakfast nook, a mid-century modern tulip table is paired with more traditional upholstered chairs and a bench. The living room features a tailored Chesterfield-style sofa contrasted with a sculptural modern chair upholstered in deep-teal mohair. For the master bedroom, where the husband favored boldness and the wife preferred soft romance, Poole designed a custom rug in a shimmery beige to complement the upholstered bed, alongside two masculine wingback chairs in deep indigo. Across the home, a quiet palette of creams, beiges, and golds is punctuated with pops of rich blues and grays, creating a cohesive yet varied aesthetic. The designers emphasize that this consistent color palette was crucial in unifying diverse textures and patterns, such as the six different fabric patterns and a bold artwork in the dining room. The success of the project is attributed to the homeowners' trust in the designers, allowing for creative freedom and a truly personalized style. #HomeDesign #TransitionalStyle #UniversityPark #DenverArchitecture #InteriorDesign #ModernTraditionalBlend #OpenConcept #CustomCabinetry #LuxuryHome

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

Dark academia is an interior design style characterized by a dark, shadowy color scheme and vintage-like decor, often described as rich, deep maximalism. This aesthetic frequently incorporates moody fabrics such as distressed leathers and dark velvets, alongside antique finds that evoke an academic atmosphere. Books and dimly lit reading areas are prominent features, emphasizing a scholarly focus. According to interior designer Peter Spalding, dark academia is a refined evolution for those previously drawn to industrial interiors, likened to 'steampunk gone to finishing school.' It features warm hues, antique millwork, leather upholstery, and secondhand art. While the style has gained traction on platforms like TikTok, its staying power is debated among designers. Barrett Oswald suggests that due to its specific nature, dark academia might be best applied to single, smaller spaces like specialty rooms to avoid overwhelming an entire home, noting that curating such pieces can be both time-consuming and costly. Conversely, designers like Raquel Skrobarczyk and Laura Williams believe dark academia is a lasting trend, especially given the increase in remote work. They highlight the style's ability to create a unique and comfortable home office environment, with antiques adding personal significance and deep color palettes offering a sophisticated and calming ambiance conducive to productivity. To achieve the dark academia look, a home's existing architectural elements, such as intricate moldings, tall casement windows, or Victorian/cottage features, can greatly contribute. The color palette typically leans towards darker shades, though Spalding advises selecting versatile colors like blacks with brown undertones, blue-greens, and creamy whites. When furnishing, it is recommended to compile a wish list of desired antique pieces and explore auction sites. Antique case goods serve as excellent foundational elements for living rooms, studies, libraries, or offices. These older items can then be complemented with contemporary upholstery in materials such as linen, velvet, and soft leather. Sculptural busts and columns are also suggested to complete the aesthetic. Skrobarczyk further emphasizes the importance of incorporating numerous antiques and vintage finds, along with rich, saturated accent colors. Cozy throws, candles, and various mood lighting options are also essential for creating an inviting atmosphere. Williams points to the use of moody tones, rich wood, vintage furniture and artwork, aged brass, and ornate details. Oswald recommends starting with wall color selection, finding the right dark hue as a foundation for choosing other elements like fabrics and wood tones. In essence, decorating in the dark academia style involves establishing a dark color palette, sourcing unique vintage items, and integrating diverse lighting solutions to cultivate a warm and inviting environment, whether for an entire home or a specific area. #DarkAcademia #InteriorDesign #HomeDecor #VintageStyle #AcademicAesthetic #MoodyInteriors #AntiqueDecor #HomeOfficeDesign

This article highlights the innovative work of William Chan of Spacedge Designs in transforming a 506-square-foot, two-room public housing flat in Singapore into a minimalist bachelor pad. Dubbed 'Alex,' the project challenges the conventional perception of public housing design by achieving an aspirational aesthetic and highly functional layout. Chan's approach involved a radical reimagining of the standard apartment layout, completely removing internal walls to create an open-plan space. Rather than traditional rooms, the flat is organized into distinct zones for various activities, including playing, working, sleeping, cooking, and bathing, all without physical or visual dividers. This unconventional layout was meticulously engineered to optimize the space specifically for the client's lifestyle and needs. A central theme of the design is "less is more," with Chan carefully curating every element to serve a purpose and contribute to a minimalist aesthetic. Despite its apparent simplicity, the construction demanded exceptional craftsmanship and attention to detail, a testament to the high design aspirations for a public housing unit. Bespoke touches are integrated throughout the apartment, often serving dual functions. An example includes a spray-painted neon orange coin bank that doubles as a piece of art and adheres to Feng Shui principles, and custom lighting in the form of a 32mm round blue metal tube spanning wall-to-wall. The project also incorporates sophisticated storage solutions, with corridors lined with concealed storage units, ensuring a clutter-free environment. A particularly innovative aspect of the design addresses the common feature of a bomb shelter in Singaporean flats, typically used for storage. Chan creatively converted this space into a dedicated 'Lego gallery' for his client, featuring backlit shelving to display and facilitate the building of Lego Architecture Series Models. This demonstrates a thoughtful consideration for the homeowner's hobbies and personal interests, integrating them seamlessly into the living space. The bathroom area is designed to meld harmoniously with the rest of the home, further enhancing the sense of an undivided, cohesive living environment. Every design decision, from furniture selection like the blue lounge chair by Stefan Diez, to the overall spatial arrangement, was meticulously assessed to align with the homeowner’s specific lifestyle and daily routines. The project successfully showcases how high design principles can be applied to public housing, creating a sense of wonder and delight through cleverly hidden functions and a highly personalized living experience. #SpacedgeDesigns #PublicHousing #SingaporeDesign #MinimalistInterior #BachelorPad #UnconventionalLayout #SmallSpaceDesign #ResidentialInterior #WilliamChan

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 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 'House of Heights' project, designed by Idam Design Studio and completed in 2023, is located in Kayamkulam, India, spanning an area of 285 square meters. This residential architecture project emphasizes the profound impact of design on relationships and overall well-being within a household. The core philosophy behind the house posits that a dwelling can significantly transform its occupants, highlighting the living room as a central space for social interaction and emotional expression. The design of the house integrates specific features to foster a sense of connection and openness. The living room, characterized by its notable height, is designed as an open arena for daily conversations and family gatherings, underscoring its role as the most frequently used and social space in the home. This architectural choice aims to create an environment that facilitates constant communication and strengthens familial bonds. The project documentation includes various photographic views, such as exterior shots showcasing the garden and interior views detailing the dining room and kitchen, often featuring wood as a prominent material. Several images illustrate the spatial qualities of the house, including interior photographs that highlight the careful consideration of lighting and furniture, such as sofas and chairs, within the living room and bedroom areas. Exterior photography captures the overall aesthetic, including a courtyard, further illustrating the integration of indoor and outdoor spaces. The project utilizes materials such as concrete and brick, which are common in residential construction and contribute to the house's structural integrity and aesthetic. The design also incorporates detailed plans, including a site plan, ground floor plan, and first-floor plan, alongside sections and elevations, providing a comprehensive understanding of its layout and structure. The 'House of Heights' reflects contemporary architectural practices that prioritize user experience and well-being. By focusing on the functional and emotional aspects of living spaces, the design seeks to create a home that is not merely a shelter but a catalyst for positive interactions among its residents. The project details were curated by Hana Abdel, with photographs taken by Out Of Focus, ensuring a thorough visual representation of the completed work. Manufacturers like Hafele, Jaquar, Kajaria, and Nuvocotto contributed to the project with their products. The project was led by architects Jishnu Vijay, Govind S Mohan, and Prijith Vijayan from Idam Design Studio. The use of specific materials and the thoughtful arrangement of spaces are integral to the design's success, supporting the idea that a home's architecture can influence the daily lives and relationships of its inhabitants. This project is categorized under residential architecture, specifically as a house, and is recognized as a 'Built Project' and a 'Selected Project' within the architectural community. #ResidentialArchitecture #HouseDesign #IdamDesignStudio #KayamkulamIndia #ArchitecturalPhotography #InteriorDesign #ConcreteBrick #WellbeingInDesign

The article explores the dark academia aesthetic, drawing inspiration from the city of Edinburgh, Scotland. It highlights how the city's university setting, historic architecture, and traditional elements contribute to this particular style, characterized by leather-bound books, rich fabrics, and a cozy, nostalgic charm. The author, Sarah Lyon, recounts a personal trip to Edinburgh, emphasizing the city's inherent dark academia ambiance. The piece then offers practical advice on how to recreate the library aesthetic at home, suggesting several key design principles. Firstly, it advocates for establishing a 'moody vibe' by foregoing plain white walls in favor of deeply hued paints, such as dark blues or greens, or patterned wallpaper. It encourages creating gallery walls filled with art, mini mirrors, and candle sconces to add visual interest and depth, and suggests utilizing affordable digital downloads from platforms like Etsy for artwork. Secondly, the article stresses the importance of layering and creating a 'lived-in look' without succumbing to clutter. It notes that the dark academia aesthetic is not for minimalists, allowing for displays of numerous books, trinkets, and bust sculptures. However, it emphasizes the need to keep unsightly modern items, like cords and junk mail, out of sight to maintain the illusion of a retreat into another time or place. Thirdly, the article encourages incorporating vintage and antique pieces to celebrate the past. It recommends shopping at vintage stores for items such as leather-bound books, sculptures, ornate mirrors, plush armchairs (which can be reupholstered), and portrait or landscape paintings. The advice specifically cautions against using contemporary pieces like acrylic side tables or bouclé sofas, which would contradict the aesthetic. Finally, the article provides a curated shopping guide with specific product recommendations that align with the library aesthetic. These include a Celestial Grecian Bust Cement Pot from Anthropologie, a Maxwell Accent Chair from Interior Define, a Bunny Rabbit Table Lamp from Storied Home, a Moody Floral Still Life print from Minted, Labrador Bookends from Pottery Barn, a Sparkle Border Dark Navy Rug from Ruggable, Field of Horses Wall Art from Petal Lane, a Modern Traditional Taper Sconce from Chris Loves Julia, and an Animal Print Square Throw Pillow from Skyline Furniture. The author suggests creating a Pinterest board for inspiration and focus while shopping. #AcademiaInspiredDesign #CozyHome #DarkAcademiaAesthetic #LibraryAesthetic #HomeDecorTips #VintageDecor #MoodyInteriors #DesignTrends