Jason Ross’ Post

🏆 Kit of All Parts: Radical Hybrid Timber & Steel Design Crowned EU’s Top Building! 🏗️ The "Study Pavilion" at the Technical University Braunschweig, a groundbreaking reconfigurable building combining #masstimber and #steel, has been honoured as the EU's top design for 2024. The kitted structure can adapt to the changing needs of education, medical, and public spaces. 🌍This flexible building has captured the attention of the architectural community by winning the prestigious EU Prize for Contemporary Architecture. Its versatile design allows components to be dismantled and reused, reflecting a significant shift towards sustainable construction practices. 🔎Why This Is A Gamechanger: 1️⃣ Future-Proof Design: The Pavilion’s design facilitates easy reconfiguration to accommodate the changing dynamics of university life and other public institutions, demonstrating a scalable model for future developments. 2️⃣ Sustainability Focus: Emphasizing "design for disassembly," the structure is fully demountable, promoting recycling and reuse of building materials, aligning with the principles of the circular economy. 3️⃣ Innovative Use of Materials: Utilizing a modular support structure of beams and columns on a 3m x 3m grid, the design integrates functionality with aesthetic flexibility, supporting diverse uses from social interactions to individual learning. 🛠️ Designed by the young architects Gustav Dusing and Max Hacke, this project is described as a microchip within the university campus, functioning as a central hub that interlinks various parts of the educational institution. (Photo Credit: Gustav-Duesing) 🔗 Discover more about this transformative architectural project and its implications for future building designs across the EU: https://lnkd.in/g-7QMiYB 🗣️ #questionforgroup: How do you see the concept of reconfigurable buildings influencing the future of urban development? WoodSolutions 💬Share your insights! #architecture #innovation #sustainability #designprize #architecture #reconfigurable #design #building #greenbuilding #woodcentral #woodcentralau1 #prefab #prefabconatruction #modular #modularbuilding #engineering #sustainabledevelopment #futurebuilding #masstimberconstruction #steel #greensteel #hybriddesign #education #publicspaces #timberconstruction #timberengineering #kittedout #university #crosslaminatedtimber

Liquid architecture: the best building in Europe award Who and what? The Study Pavilion at the Technical University of Braunschweig, designed by Berlin-based Architects Gustavd Düsing & Max Hacke, won the 2024 European Union Prize for Contemporary #Architecture / Mies van der Rohe Awards (EUmies Awards). Why it matters? I just visited a IX century little church on the bank of Lake Maggiore, still being used today. From the pyramids to very recently, architecture has meant longevity, stability, structure, timelessness. Today the key words associated with what we can call contemporary architecture are modular, flexible, adaptable, non-hierarchical, liquid, like our society. I remember a few years ago a smart working project for Clifford Chance lawyers in Milan. It was all about reconfigurability. It was ahead of its times. Now the German architects have pushed the limits with their awarded concept. How? No front or back, nine equal entrances all around the 1,000 square metre building, an open hub, accessible from all directions – even open to the public. Inside, a three-dimensional learning landscape, with thick yellow curtains that can be drawn to close off particular areas, such as lecture rooms and quiet spaces for tutors. The furniture can be moved outside on to balconies to adjust to seasonal weather patterns. Ground floor with 100% open plan; first floor with a series of “islands” connected by bridges. Staircases link the different areas, inside and out, as a kind of climbing frame for learning that students can interpret as they wish. Building built from a prefabricated kit of parts that can be easily taken apart, like a mega Meccano and consistent with circular construction, allowing entire building components to be reused. Tiny, hollow steel pillars also contain the electrical wiring, lighting and plug sockets, as well as housing drainage downpipes. The floors are carpeted for a quiet environment. The students can make their own interventions, like stringing up a hammock if they like it. So what? This is how the future of construction could look like. Lean, economical, #ecological. The judges’ quote: “It could be understood as a versatile system, merging technological inventions with a flexible and reusable principle.” #innovation #changemanagement Sergio Beccarelli Clifford Chance

The "Makers' KUbe" by The University of Kansas School of Architecture & Design In collaboration with BIG and BNIM, The "Makers' KUbe" — a 50,000-square-foot mass timber structure designed to be a beacon of sustainability and creativity. Here’s what makes it extraordinary: Innovative Design A striking timber diagrid structure inspired by traditional Japanese techniques. Consolidates all programs into three interconnected buildings, preserving the historic Marvin Hall and renovating Chalmers Hall to infuse more daylight. Sustainable Materials Simple envelope of timber and glass, showcasing the building's efficient use of materials. Positioned to maximize natural light and air, insulated with natural materials like hemp wool for thermal comfort. Flexible Studio Environment Central hub organizing the space for efficiency and adaptability. Encourages collaboration and exploration among students and faculty. Living Curriculum Building serves as a tangible element for students to appreciate and critique, revealing its function, technology, and structure. Features rooftop solar panels and rainwater harvesting, weaving sustainability into the fabric of the KUbe. The "Makers' KUbe" stands as a testament to our commitment to innovative, sustainable architecture. https://lnkd.in/gg5bR4GB

Textile architecture revolutionizes the architectural landscape with hybrid and fluid solutions that interweave functionality, aesthetics, and sustainability.

*Innovation and Development in Modern Architecture: 1970-2024* *The Dawn of High-Tech Architecture (1970s-1980s)* The 1970s marked the beginning of what would be known as High-Tech architecture. This style was characterized by the exhibition of a building’s construction and services, often incorporating elements such as steel frames, glass facades, and the visible display of building services like ducts and pipes. The Pompidou Centre in Paris, designed by Renzo Piano and Richard Rogers, is a prime example of this style, showcasing an industrial aesthetic that was revolutionary at the time. *Deconstructivism and the Play of Forms (1990s)* The 1990s saw the rise of Deconstructivism, a movement that sought to disrupt traditional architectural forms with fragmented structures that appeared to defy logic and gravity. Frank Gehry’s Guggenheim Museum Bilbao is a testament to this era, with its titanium-clad curves and shapes that challenge conventional architectural norms. *Sustainable Architecture and Green Design (2000s)* Entering the new millennium, sustainability became the buzzword in architecture. The focus shifted to green design, energy efficiency, and the use of renewable materials. Buildings like the California Academy of Sciences, designed by Renzo Piano, featured a green roof with native plants and a solar canopy, embodying the principles of sustainable design. *Digital Revolution and Parametric Design (2010s)* The 2010s were dominated by the digital revolution in architecture. Parametric design, enabled by advanced software, allowed architects to create fluid, dynamic structures that were previously unimaginable. Zaha Hadid’s Heydar Aliyev Center in Azerbaijan exemplifies this trend with its flowing, sculptural form. *The Era of Smart Buildings and Biophilic Design (2020s)* As we approach 2024, the focus is on smart buildings that integrate technology to enhance efficiency and comfort. Biophilic design, which seeks to connect occupants more closely with nature, is also gaining traction. The Edge in Amsterdam, known as the “smartest building in the world,” uses an extensive network of sensors to optimize its environment, while incorporating natural elements into its design.ACCA Texas A&M University The American University in Cairo River Architects, Inc. ALEXBANK Ahmed Abdalhady alag diab River Architects, Inc. Asma M.

The Next 50 Years of Architecture: A Visionary Odyssey As we stand at the cusp of a new era, the future of architecture unfolds before us like a mesmerizing tapestry of innovation and sustainability. Over the next 50 years, the architectural landscape will undergo a profound transformation, characterized by towering skyscrapers that not only touch the heavens but also embrace the earth's resources responsibly. These vertical forests, integrated with renewable energy systems and constructed from recycled or organic materials, will stand as testaments to our commitment to environmental consciousness. But the future of architecture is not just about reaching new heights; it's also about reclaiming the past. Adaptive reuse will emerge as a cornerstone of architectural practice, breathing new life into abandoned warehouses, factories, and obsolete infrastructure. These repurposed spaces will become vibrant hubs of activity, blending history with modernity while minimizing waste and revitalizing communities. Moreover, the future of architecture will be intrinsically linked with the evolution of technology. Smart cities will rise from the ground, where interconnected buildings communicate with each other and their surroundings to optimize energy usage, enhance security, and streamline daily life. Buildings will no longer be static structures but dynamic entities, constantly adapting to the needs of their inhabitants. At the heart of this architectural revolution lies a deep reverence for nature. Biophilic design principles will guide the creation of spaces that foster human well-being and connectivity with the environment. Green spaces, natural light, and organic forms will permeate our cities, transforming them into havens of tranquility and inspiration. But perhaps the most exciting aspect of the future of architecture lies in its embrace of creativity and innovation. Parametricism and 3D printing will enable architects to push the boundaries of design, creating structures that were once deemed impossible. From lunar colonies to Martian habitats, architecture will extend its reach beyond the confines of Earth, pioneering new frontiers in space exploration. In this journey into the unknown, architects will serve as visionary pioneers, shaping the world of tomorrow with their imagination and ingenuity. Together, let us embark on this odyssey of innovation and sustainability, forging a future where architecture not only reflects our values but also inspires generations to come.

Great architecture can re-purpose older buildings creating new lives for them.

This project appears to be a visionary university campus design that integrates advanced architectural styles with sustainability features. The central structure is a complex, tree-like edifice with a cube-patterned facade, reminiscent of a futuristic 'tree of knowledge.' It branches out into smaller buildings, interconnected by pathways and surrounded by landscaped gardens and water features. Evaluating the design concept, it excels in several areas: 1. **Sustainability**: The design incorporates green roofs and natural ventilation, likely contributing to energy efficiency. 2. **Innovation**: The tree-like central structure is an innovative design feature that boldly reimagines educational spaces. 3. **Aesthetics**: The combination of nature-inspired forms with modern geometric patterns creates a striking visual appeal. 4. **Functionality**: The connectivity between buildings suggests a campus designed for easy navigation and collaboration. Rating the components: - **Architectural Innovation**: 9/10 - **Sustainability Integration**: 8/10 - **Aesthetic Appeal**: 9/10 - **Functional Design**: 8/10 Overall, this design could serve as a standout example of modern educational architecture, merging form with function and sustainability.

"Bridging Horizons: Architectural Dialogues Between London's Legacy and Berlin's Innovation" The juxtaposition of historical narratives involving the Bazalgette family mausoleum in Wimbledon and the avant-garde architecture collective Haus-Rucker-Co offers a fascinating exploration of the evolution of urban spaces and architectural philosophies. Sir Joseph Bazalgette, a renowned Victorian engineer, played a pivotal role in transforming London's sanitation infrastructure. His innovative sewer system, addressing the infamous 'Great Stink' of 1858, symbolizes a critical intervention in urban health and environmental sustainability. The Bazalgette family's connection to a mausoleum initially built for John Anthony Rucker, a slave owner and merchant, adds layers to the historical context. Haus-Rucker-Co, emerging in the late 1960s as pioneers of experimental architecture, challenged conventional spatial norms. The convergence of these two narratives allows for a contemporary exploration of architectural possibilities rooted in history. The association between Bazalgette's sewer system in London and the underground narratives in Berlin presents a dynamic interplay of ideas. The sewage system, originating from developments in London, becomes a metaphor for the labyrinthine complexities of urban life and freedom. This narrative echoes in both cities, with the Berlin underground reflecting historical struggles for freedom, as seen in the escape tunnels during the Cold War. The connections deepen when considering Wimbledon as a nexus, tying together the Bazalgette family mausoleum, London's architectural legacy, and the conceptual innovations of Haus-Rucker-Co. The symbolism of the mausoleum, resting place for individuals shaping history's best and worst, resonates with the avant-garde spirit challenging norms in the architectural realm. To bring this historical tapestry into a contemporary architectural formula, one can explore the fusion of innovative design principles inspired by historical significance. The architectural response could reflect the spirit of Haus-Rucker-Co by challenging conventional structures, drawing on the dual narratives of freedom and constraint embedded in the historical London and Berlin contexts. In summary, the association between the Bazalgette family, the mausoleum, and Haus-Rucker-Co provides a rich ground for exploring the interplay of history, architecture, and urban narratives. By infusing contemporary design with the spirit of unconventional thinking, this exploration becomes a dynamic conversation between the past and the future, rooted in the interconnected stories of London and Berlin, housed in Wimbledon. #ArchitecturalDialogue #LondonBerlinConnection #UrbanInnovation #ArchitecturalLegacy #HistoryInDesign #BridgingHorizons

🗓 Deadline NEB Design Challenge: March 18th – Make sure your submissions are in on this date to be considered. As the clock ticks down, I want to remind everyone that we are now just ONE WEEK away from the deadline for the NEB Design Challenge. All information about the competition and sites are to be found here: https://lnkd.in/g2MsmQpS 🏆 What's NEB Design Challenge? It’s a student competition with the challenge to ideate on the redesign of four sites in the Nordic region. Student teams consisting of a maximum of 5 students and at least one team member conducting studies in architecture, urban planning, landscape architecture, or interior design at a Nordic university or college are competing for 4000€ for each site in the competition. RISE Research Institutes of Sweden is organizing NEB Design Challenge together with Nordisk Råd og Nordisk Ministerråd, Ympäristöministeriö - Miljöministeriet - Ministry of the Environment of Finland and in close collaboration with Sveriges Arkitekter. Albert Edman, Marlene Johansson, Camilla Berggren-Tarrodi, Patrik Karlsson Ryberg, Sveriges Arkitekter, RISE Research Institutes of Sweden