Bero James’ Post

In this blog post, they will explore the architectural mastery of Concrete Sleeper Walls Brisbane, showcasing their unique features and discussing why they are a practical and stylish choice for any building project. https://lnkd.in/dA8BGF5T

Great Architecture for All! David Baker Architects have beautifully demonstrated this with their latest project, Blue Oak Landing, transforming the public housing narrative in a breathtaking way. Typically, public housing projects are simplified to functional, minimal designs, often resembling nothing more than concrete boxes. However, Blue Oak Landing breaks away from this mold by: 1) Elevating Aesthetics with Modular Construction: The building's cladding not only leverages modular construction for efficiency but also enhances the structure’s visual appeal with weathered steel, adding a touch of elegance and durability. 2) Smart Orientation for Natural Ventilation: The thoughtful orientation of the units maximizes natural airflow, significantly improving indoor air quality and comfort for its residents. 3) Energy Efficiency: Aimed at achieving zero energy status, the project exemplifies how design and functionality can converge to create environmentally sustainable living spaces. It’s refreshing to see such attention to detail in multifamily residential projects and even more so in affordable housing. Congratulations to DBA for setting a new standard in public housing design! Can we do this again? https://loom.ly/8K6f0iU #architecture #design #publichousing

Learn Architecture like never before from most engaging online courses at Eduwik.com Residential Projects: Trends and Innovations Read Full Article>https://ow.ly/Qqfz50SSQaK Residential Projects are an important part of Architectural Projects. Residential projects are in high demand and a trending branch in architecture. Residential projects are such a branch that is close to people’s daily lifestyle. #urbanplanning #urbandesign #construction #landscapearchitecture #interior

Protecting a building from harsh weather conditions is an important factor many architects consider when designing a building. Rainscreens are designed to protect the exterior façade of a building, making them an ideal design element. Each building has its own unique set of needs so there isn't a one-size-fits-all solution that fits each project. Although there are several types of rainscreens, the most common types are pressure-equalized rainscreens and drained and back-ventilated rainscreens. Read our blog to learn more about rainscreens and these two types: https://hubs.la/Q02j8RwW0 #rainscreens #rainscreenfacade #rainscreencladding #constructionindustry #exteriorarchitecture #exteriordesign #panels #sustainabledesign #architecture #architects #architectureanddesign #designers

Anna Beckett, Associate Director, Buro Happold, shares her insights on the Colour Casing project. Designed by District Architects, this was a residential extension to an existing home, using unconventional construction techniques to minimise intervention. Key insights: 1. Low-Carbon Ingenuity: Colour Casing stands out for taking a low-carbon approach to structural design, demonstrating that sustainable solutions are achievable even for standard extensions. 2. Smart Retention: Unlike the typical approach of removing the entire rear wall for an extension, Colour Casing retained a strategic part. This eliminated the need for a massive steel frame while incorporating the retained masonry into the kitchen design for an open-plan feel. 3. Timber: The project's construction, described as a "loft extension on the ground" by District Architects, showcases the brilliance of timber—a lightweight and low-carbon alternative. This choice not only reduces embodied carbon but also minimizes foundation requirements. 4. Embodied Carbon: Anna highlights the often-overlooked aspect of embodied carbon in home extensions. With 1 in 20 homes in London applying for extensions in 2021, the collective impact is substantial. Colour Casing proves that minor compromises can lead to significant carbon reductions without affecting the budget or space. Read the full article: https://buro.im/3HpgbSA #SustainableDesign #LowCarbonLiving #BuroHappoldInnovation #ColourCasingProject #EngineeringDesign #Engineering #Sustainability #ResidentialDesign #EmbodiedCarbon #lowcarbon

In Portland, Oregon, United States of America, a mass timber addition to Portland International Airport spans over 400,000 sqft. ZGF Architects designed the new structure, which boasts a prefabricated roof of a combination of steel and glulam timber. The absolutely stunning expansion, boasts 49 skylights in its ceiling, which allow natural light to filter in through the ceiling-hung undulating timber lattice. The lattice work is comprised of 35,000 individual pieces of Douglas fir timber. The timber for the entire project was sourced from within a 300 mile radius of the site, this allowed for a 70% reduction in the building’s embodied carbon footprint. One of the core components of building sustainably is material selection and sourcing. Inside the terminal locally sourced timber was also used for the floors, walls, and concessions. The interior design of the terminal is meant to emulate walking through a forest, with the hanging lattice work acting as a canopy of trees above. To reinforce this idea, the architecture firm worked closely with PLACE Landscape Architecture to plant nearly 5,000 plants inside the facility. This includes nearly 72 large trees, some of them reaching 25 feet in height. Utilizing ground source heat pumps and fully electric energy components, the terminal redefines sustainability in airports in the United States. We’re all in this together #sustainability #sustainablearchitecture #sustainabledesign #designbuild #masstimber #heatpumptech #sustainableenergy #renewableenergy #architecture #architecturaldesign #greenenergy #biophilic #landscapedesign #landscapearchitecture

🪨 How is concrete transforming Calgary’s architectural landscape? 🪨 In Calgary’s vibrant urban scene, concrete plays a pivotal role in fostering innovation and pushing the boundaries of architectural possibilities. Concrete emerges as the foundational material shaping the future of the city, redefining its architectural identity. Though the Twine (pictured), a stunning conceptual building by designer Antony Gibbon, isn't based in Calgary, it brilliantly showcases the imaginative use of concrete in architecture. Special features of concrete: 1️⃣ Strength and durability: Ensures structures withstand Calgary’s diverse climate conditions, offering longevity and minimal maintenance. 2️⃣ Aesthetic versatility: Allows for diverse textures, finishes, and colours, enabling striking and unique architectural designs. 3️⃣ Sustainability: Concrete is one of the most sustainable building materials through its durability, reducing the need for frequent repairs or replacements. 4️⃣ Innovative construction techniques: Advanced formwork and moulding techniques enable intricate designs and shapes not achievable with traditional materials. 5️⃣ Locally sourced: Calgary has many local concrete companies collaborating closely with architects and designers, pushing boundaries to create iconic landmarks and enhance urban aesthetics. 🔗 Learn more here! https://lnkd.in/e3My3s5Y #Calgaryarchitecture #Concretearchitecture #Architecturalinnovation #architecture #sustainablearchitecture #Urbandesign #concretedesign #innovativedesign #modernarchitecture

Concrete blocks are more than just building materials 🏗️ Today, they are a cornerstone of contemporary architecture, offering a blend of strength, sustainability, and aesthetic appeal. 🌍 These versatile building materials have become a popular choice for architects and builders worldwide, including Peru, where they have been creatively employed in a variety of projects including: ✅ Textile House / Ghezzi Novak ✅ Suhe House / Acosta Echegaray Arquitectura ✅ Pachacamac House / del Solar arquitectos ✅ Paracas II House / Llosa Cortegana Arquitectos ✅ Casa Bogavante / Riofrio Arquitectos Concrete blocks have evolved from mere construction components to expressive architectural elements. Their ability to blend seamlessly with different environments and architectural styles makes them a compelling choice for builders and designers alike. Let's embrace the potential of concrete blocks and create sustainable, beautiful, and enduring structures. Do you know these projects? What do you think about them? #concreteblocks #architecture #materials

How much does a Measured Building Survey Cost? Thinking of hiring a professional for a measured survey? Professional surveys can be expensive, with prices starting at around £375 per drawing. A typical 3-bedroom house in London and Sussex could cost upwards of £1900.  For 2 floorplans and 4 elevations. Can you do this yourself? Yes! You can take control and save big with our DIY Measured Survey Guide. At Clada Architecture, we’ve developed a comprehensive, step-by-step guide to help you accurately measure your property. 📏 What's in the Guide? Detailed instructions to create your own floor plans, elevations, and more. Essential for anyone planning refurbishments, extensions, or space planning. 💸 Save Money: Avoid the hefty fees of professional surveys. Our guide is perfect for those comfortable with DIY tasks. 🔗 Get the Guide: Visit https://lnkd.in/ebt3e-aH and start measuring like a pro! 👩💼 Need a hand? Clada Architecture is here to assist with any queries, absolutely free of charge. Don't let professional survey costs set you back. Check out our DIY guide and take the first step towards a successful project! If you prefer a professional approach, Clada charges from £250 for a typical 3-bed house in Sussex. If this is out of your area, we can recommend a trusted professional to give you a call. 

Monolithic Insulating concrete Structures: A Sustainable Breakthrough In the picturesque village of Fläsch, Switzerland, a remarkable example of sustainable architecture stands tall. Constructed using monolithic Insulating concrete, a high-performance insulating concrete, this single-family home epitomizes efficiency and comfort. Homeowners attest to the exceptional indoor climate fostered by these innovative building materials. Thermal imaging reveals an impressive feat of insulation. Even with a 50% reduction in Insulating concrete thickness, there is a negligible temperature difference—less than 1 degree Celsius—between the outer walls and ceiling structure on the northwest-facing façade. The enhanced contrast in the second image, taken from the northeast perspective, vividly illustrates this achievement. Despite an external temperature of 1 degree Celsius, the interior maintains a cozy 23 degrees Celsius, showcasing the insulation's effectiveness within a 40 cm thickness of Insulating concrete. The color scale confirms that no energy escapes outward, achieved entirely without conventional insulation methods. This exemplifies how reimagining concrete can significantly contribute to sustainability goals. Such projects serve as beacons of innovation and promise, demonstrating the potential for widespread adoption. As an advocate for environmentally conscious construction, I am eager to spearhead more initiatives like this and welcome support from investors. For further information, please reach out to me via email at baschura@bluewin.ch. Together, let's build a greener future.