Gerber Architekten’s Post

Architects and design professionals are embracing nature especially fruits and vegetables in their designs as they come up with the most innovative structures. ⏪ Picture in your mind structures which tell secrets of the earth, structures that have flowers growing out of them. ⏪Fruits and vegetables are not just forms of design but perhaps the architecture is a conversation with the real, the natural. 🙌 Here’s why it matters: 1) hashtag#Biomimicry: They borrow the strategies from nature and apply them to fruit and vegetable designs in order to show beautiful and practical forms of spaces. 2) Sustainability: hashtag#Organic shapes are effective uses that can contribute to the construction of environmentally friendly hashtag#structures. Such forms can increase the energy-conserving features, lighting, and ventilation of a structure, which in term, decrease its impact on the environment. 3) Aesthetic appeal: Organic motifs contribute to a comforting image and contribute to the relaxation of visual perception and thus have a positive effect on the state of residents. 4) Cultural symbolism: Both hashtag#fruits and hashtag#veggies represent the aspects of growth, health, and prosperity as well. Applying these into hashtag#architecture will help people identify with buildings better/or add layers of meaning to them. 5) Innovation: Such forms changed the conventional approaches as they explore new and thus it is apparent that such forms contribute to the development of innovative architecture. 6) Connection to hashtag#nature: Incorporation of some natural features makes it easy to reverse the severance of the hashtag#community dwellers from nature which is essential in enhancing mental health and relaxation. Write-Up: Moeen Atta

💫 Architects and design professionals are embracing nature especially fruits and vegetables in their designs as they come up with the most innovative structures. ⏪ Picture in your mind structures which tell secrets of the earth, structures that have flowers growing out of them. ⏪Fruits and vegetables are not just forms of design but perhaps the architecture is a conversation with the real, the natural. 🙌 Here’s why it matters: 1) hashtag#Biomimicry: They borrow the strategies from nature and apply them to fruit and vegetable designs in order to show beautiful and practical forms of spaces. 2) Sustainability: hashtag#Organic shapes are effective uses that can contribute to the construction of environmentally friendly hashtag#structures. Such forms can increase the energy-conserving features, lighting, and ventilation of a structure, which in term, decrease its impact on the environment. 3) Aesthetic appeal: Organic motifs contribute to a comforting image and contribute to the relaxation of visual perception and thus have a positive effect on the state of residents. 4) Cultural symbolism: Both hashtag#fruits and hashtag#veggies represent the aspects of growth, health, and prosperity as well. Applying these into hashtag#architecture will help people identify with buildings better/or add layers of meaning to them. 5) Innovation: Such forms changed the conventional approaches as they explore new and thus it is apparent that such forms contribute to the development of innovative architecture. 6) Connection to hashtag#nature: Incorporation of some natural features makes it easy to reverse the severance of the hashtag#community dwellers from nature which is essential in enhancing mental health and relaxation. Write-Up: Moeen Atta

Below are fun examples of architecture inspired by nature . . . a new way of thinking about the design of buildings. It takes architecture in a completely new direction, as much as the architects from the Bauhaus School did with modernist architecture, as much as Frank Lloyd Wright did with Prairie School architecture, as much as Michael Graves did with postmodernist architecture, as much as Frank Gehry has done with freeform deconstructivist architecture, and as much as Zaha Hadid did with abstract postmodern, radical deconstructivist architecture. #OrganicArchitecture #NaturalDesign #Biomimicry Design with Nature: Ian McHarg (1969)

What is a Stackable Louvre? A steel stackable louvre is an innovative interlocking system designed to fit a variety of structural openings, including squared and arched configurations. These systems can also incorporate doors for access to plant and equipment, making them highly versatile and functional. Additionally, they can also be security rated. They are predominantly made from steel, offering robustness and durability, essential for both security and longevity. Applications of Stackable Louvres Stackable louvre systems are utilized across a broad spectrum of applications and buildings. Some of the common uses include: - Sub-stations: Ensuring proper ventilation and security. - Electrical utility rooms: Maintaining a controlled environment. - Gas cylinder storage: Providing necessary ventilation for safety. - Plant rooms: Facilitating airflow to keep equipment operational. - Transformer chambers: Essential for cooling and safety. - Oil stores: Ventilation to prevent hazardous conditions. - Pump rooms: Ensuring the longevity and efficiency of equipment. - Bin stores: Preventing the build up of odours and maintaining hygiene. - Ventilation systems: Integral to building HVAC systems. - External facades of high specification office buildings: Enhancing aesthetics and functionality. Why are Stackable Louvres Specified? The primary purpose of a stackable louvre system is to provide effective ventilation to building facades. However, they are also specified for their aesthetic appeal, often being incorporated into building designs to meet both functional and visual requirements. Key reasons for specifying stackable louvres include: - Ease of Installation: The interlocking system simplifies the installation process. - Seamless Appearance: The design ensures no visible horizontal joints, offering a sleek, uniform look. - Unlimited Height of Assembly: Subject to structural limitations, they can cover extensive vertical spaces. - Security and Durability: Made from steel, these louvres provide enhanced security against vandalism and break-ins, outperforming aluminium alternatives. For more information go to https://lnkd.in/eKuNvn-f

Design for climate is an architectural philosophy focused on crafting energy-efficient buildings tailored to their specific location. It involves designing homes that work with the local climate to maximise occupant comfort using minimal energy. This approach considers factors such as seasonality, solar pathing, natural shading, ambient humidity, and rainfall patterns. The key lies in the passive solar design strategies, where the building's form and materials work harmoniously with the environment, creating a symbiotic relationship between the structure and its surroundings. Image: Flinders project

I visited Architects’ Journal #AJRetrofit on Wednesday. Came away feeling very inspired! I'm a real sucker for a good project case study and it was SO interesting hearing about the The London School of Economics and Political Science (LSE) hub by David Chipperfield Architects. The competition winning design was shortlisted alongside five other designs - all different aesthetically, but also in terms of #retrofit principles. Alasdair Graham explained their design proposed the most amount of retention compared to the other designs - 65%. The client and stakeholders weren't initially keen on repurposing and needed some convincing - they'd set their minds on a swanky, shiny new build. Fortunately, Julian Robinson understands the importance of reducing embodied carbon in builds and doing what we can in response to the climate crisis. He reasoned with the client and stakeholder team, alongside the design team, that upgrading the existing fabric would save A LOT of money annually in energy costs, and in 10 years' time the upgrade would have paid for itself. Knowing LSE will be using this building for many, many years to come, it made sense to proceed. The central section of the building was replaced to cater for the varying levels across the buildings at 35-37 Lincoln's Inn Fields. The bricks that were dismantled here were then cleaned and categorised, and stored on site. What's interesting about this is Chipperfield's then readjusted the design in order to reuse the bricks elsewhere. To avoid warranty issues, the bricks weren't used for structural purposes but they were used for aesthetics. No surprise that not all bricks survived the dismantling process, but the slightly broken bricks were turned into terrazzo tiles, and the rest were crushed and turned into a brick render.* It's so great to hear more clients are getting on board with repurposing existing buildings and fabrics where possible, even if they do need a little convincing from the design professionals - but that's part of our job, right? Another talk that left me inspired was Rachael Owens presenting the Buckley Gray Yeoman outcomes led approach with a focus here on light touch vs deep retrofit projects. Occupant health and safety should always come first. It seems daft that she even had to mention that as the main outcome, but we all know it's too important to leave out. A particular highlight for me was her saying the key to retrofit projects is working closely with your engineers - they help uncover and identify what can and can't be reused. It's true - they do do that! And in turn can save money, carbon, and programme time. My only request to the AJ Retrofit Live team is to please allow for more questions. There were so many good questions that would have helped with knowledge sharing that couldn't be answered due to time constraints. But overall, really enjoyed it. Hope the other attendees did too! *Apologies if I've misunderstood anything - please correct me if so!

Don’t miss this game-changing piece of research led by Zoë Glander, Overbury and contributors Elina Grigoriou FRSA HonRICS, Andrew Moore, Manas Bane, Asif Din, Salem Qunsol CEng MCIBSE and Anja Schellenbauer Upfront Carbon for Cat B                                          190 kg CO2e/m2 GIA Upfront Carbon for Shell & Core + Cat A             775 kg CO2e/m2 GIA Download your copy today: https://shorturl.at/GaEu2 “On average, a typical first fitout equates to roughly a quarter of the building´s carbon cost… What should concern us is the fitout´s significantly lower lifespan… As a rough rule of thumb, a replacement cycle of 15 years would result in an equal carbon split between building and interiors at the end of the building´s predicted life span. Any more frequent than this (typical leases are five, seven or 10 years) and we need to acknowledge that Cat B fitout – and not the building fabric – is the carbon heavyweight. … fitout effectively amounts to a carbon subscription cost – similar to operational carbon, but with a much higher impact on overall emissions.” Taken from “We must avoid carbon tunnel vision in workplace design” Building Magazine https://lnkd.in/eMtgdj4N Key Takeaway Extending the use cycle of fitout and avoiding premature obsolescence after short lease terms, is the single most effective way to reduce carbon emissions in fitout design. Overbury, John Robertson Architects, SRE Ltd, Grigoriou Interiors, Hilson Moran, Perkins&Will, Verte

Framework Friday / Cambridge Science Park Good morning @LinkedIn! Architect: Project: https://lnkd.in/drjuGHk Contractor: MTW Architectural Ltd Put the chocolate down because his #FrameworkFriday, we're diving into the revolutionary project at the Cambridge Science Park, where innovation meets sustainable design. Tasked with creating a landmark for the county’s premier technology estate, the vision was to attract leading high-tech and Research & Development companies, thereby crafting a new beacon for innovation in Cambridge. The approach: A two-building concept that redefines flexibility, catering to both single and multi-tenant occupancy. The design draws inspiration from the natural flow of the surrounding environment, featuring a sweeping colonnade that echoes the curve of the main spine road. This isn't just a design choice; it's a navigational guide. The spacing between columns widens as one approaches the main entrance, creating a welcoming gesture, while denser columns near the office areas provide a sense of protection and privacy. The beauty of this project lies in its seamless integration with nature and its surroundings, they're all in conversation with each other. Highly glazed façades ensure that the boundary between the indoor working environment and the lush landscaped setting is almost imperceptible. Daylight doesn't just enter these spaces; it floods them, thanks to the strategic placement of the entrance colonnade fins. Laid flat against the side elevations, these fins break the building mass into rhythmic smaller segments, enhancing the sense of openness and connectivity. The design achieved a BREEAM Excellent rating, not only for its environmental performance but also for its contribution to the public realm. By creating a new space between the two buildings, they've not only given transparency to the architectural form but also underscored a commitment to sustainability. This design principle extends to the choice of the GEZE Slimdrive SCR curved automatic sliding door at the main entrance. Beyond its elegant aesthetics, this door system contributes to the building's thermal efficiency, minimizing energy loss and ensuring a comfortable transition from the bustling outside world into the serene, productive spaces within. This gateway to the Cambridge Science Park stands as a testament to what can be achieved when architectural ingenuity aligns with a sustainable ethos. It's a project that not only meets the immediate needs of its occupants but also sets a precedent for future developments within the park and beyond. #FrameworkFriday #ArchitecturalGlazing #StructuralGlazing #Glass #Glazing #Facades #Facade #FacadeEngineering #Sustainability #Geze #Schuco

An architectural monument design competition "Eternal Voices" A Monument of Resistance and Remembrance In July and August 2024, Bangladesh witnessed mass protests, during which thousands of students were tragically killed. These events culminated in the resignation of the Prime Minister, symbolizing a pivotal moment in the nation's history. This competition calls for an architectural monument that honors the lives lost, embodies the spirit of resistance and serves as a place for reflection. Designers must create a space that conveys themes of justice, resilience and remembrance while incorporating sustainable materials and ensuring accessibility for all. The monument should be impactful, emotionally resonant and mindful of its environmental context. Jury Panel: A.B.M. Mahbubul Malik Associate Professor & Head, Department of Architecture, AUST Dr. Shehzad Zahir Professor Department of Architecture, AUST Md. Sharif Uddin Ahammed Founder & Principal Architect Sthapotik Jury Awards: Total Prize Money: 50k BDT 1st Prize: 25k BDT Certificate Publication 2nd Prize: 15k BDT Certificate Publication 3rd Prize: 10k BDT Certificate Publication 4th to 8th participants: Gold Mention Certificate Publication 9th to 15th participants: Honorable Mention Certificate People’s Choice Award Number of Entries: 05 nos Certificate Other participants will get participation Certificate Short listed entries will be shared on our social media pages. Entries with the highest number of reactions in total from all media will be given this award. Based on juror’s recommendation . . . Eligibility: 01. This competition is open to architecture students only. 02. Individual or Team (Maximum 03 participants) registration. 03. A participant may submit a single entry. 04. The competition is limited to Bangladesh only. Location: The location of the site is “Khamar Bari Gol Chottor” Land Area 11,310 sqft or 1050 sqm or 15.70 katha, Radius 60’-0” or 18.30 m designers should consider how the monument will fit within its surroundings and how it will interact with the existing urban landscape. Latitude: 23.758459, Longitude: 90.383788 Registration Fees: Early Bird Registration: 1,200 BDT (Until 21 October, 2024) Standard Registration: 1,500 BDT (Until 15 November, 2024) Last Minute Registration: 2,000 BDT (Until 25 November, 2024) Registration Link: https://lnkd.in/gCN4jnJ8 Design Brief Download PDF: https://lnkd.in/gkK7UbHW... Time period: Competition Announcement: 07 October, 2024 Registration Begins: 09 October, 2024 Registration Ends: 25 November 2024 Submission Ends: 25 November, 2024 Result Publication: 16 December, 2024 Copyright © ArchDune. All rights reserved.

10 Essential Terms to Empower Your Architectural Journey As an aspiring architect, a strong vocabulary is as crucial as your design skills. Mastering key terminology allows you to effectively communicate ideas, understand complex concepts, and navigate the exciting world of architecture. Here are 10 essential terms that will serve you well throughout your studies and beyond: 1. Program: This refers to the intended use and function of a building. Understanding the program is the first step in designing a space that meets the needs of its occupants. 2. Scale: Scale is all about the relationship between the size of an object and its surroundings. Mastering scale ensures your design feels balanced and creates a comfortable user experience. 3. Proportion: Closely linked to scale, proportion refers to the size relationship between different parts of a building. It's about creating a visually harmonious composition. 4. Fenestration: This term refers to the arrangement, size, and style of windows and other openings in a building's facade. Fenestration plays a crucial role in natural lighting, ventilation, and the overall aesthetic. 5. Circulation: This refers to the flow of movement through a space. A well-designed building considers pedestrian traffic, accessibility, and how people will navigate from one area to another. 6. Context: Every building exists within a larger environment. Understanding the context, which includes the surrounding architecture, landscape, and cultural influences, is essential for designing a structure that integrates seamlessly. 7. Sustainability: Sustainable design prioritizes minimizing a building's environmental impact. This involves using eco-friendly materials, optimizing energy efficiency, and considering the long-term impact on the environment. 8. Massing: Massing refers to the overall 3D form and volume of a building. It's about how a building sits on the site and how its shape interacts with its surroundings. 9. Facade: The facade is the exterior wall of a building, particularly the front side facing the street. It's the building's "face" and plays a significant role in its visual impact and character. #facade 10. Parti: This French term refers to the fundamental organizing principle of a building's design. It's the initial conceptual idea that establishes the overall layout, circulation, and spatial relationships within the structure. #parti By grasping these core terms, you'll be well on your way to becoming a well-rounded architect. These terms will equip you to translate ideas into clear communication, analyze design concepts, and embark on your journey to shaping the built environment. What other architectural terms do you find particularly important? Share your thoughts in the comments below! #bim #architect #architecture #archi #revit #structure #TheBIMEngineers