Jordan Pioneer For Metal Industry’s Post

🔹 Featured in CTBUH’s Vertical Urbanism Issue I 🔹 Explore "Tower Power," a thought-provoking article in CTBUH's Vertical Urbanism Issue I, covering Haptic Architects and Ramboll's modular timber high-rise concept. Originally modelled for Oslo, Norway, this sustainable and regenerative tower model showcased its adaptability in high-rise structures, envisioning a flexible, approach to urban development. Our original model progressively inspired its application across diverse climates as well, such as China and the UAE, which were also featured within the article. 🏗️ Ramboll’s collaboration with Haptic Architects showcases our combined expertise in sustainable design. Key design features include a combination of permanent hard structural decks and flexible soft decks to reduce construction waste, a flexible kit of parts that enables adaptability, and a building service hierarchy that balances centralised and decentralised systems. Emphasising passive sustainability measures—such as reducing air conditioning demands to lower operational carbon—the design prioritises longevity, allowing buildings to evolve without demolition. ♻️ Our model of urban resilience subsequently earned us an Award of Excellence in the Innovation category at the Council on Tall Buildings and Urban Habitat (CTBUH) Annual Awards 2024 earlier this September. Want to find out more? Secure your copy of in CTBUH’s Vertical Urbanism Issue I here - https://lnkd.in/gneyz3Q4 #CTBUH24 #Ramboll #RegenerativeHighRise

Informed design decisions are critical to a holistic design. Check our the latest study from BDP Quadrangle on Better Balconies diving into factors impacting balcony design and providing a comprehensive insight. #BDP #BDPQuadrangle

We are excited to announce the release of BDP Quadrangle’s latest study, developed in collaboration with Multiplex, RWDI, Lukachko Climate Strategies, Sapphire Balconies, Res Precast Inc., and Global Precast Inc.. This research, a key supplement to our Low Carbon Now initiative that explores the impact of residential balconies in multi-unit buildings, focusing on thermal performance, embodied carbon, constructability, and cost. Given the importance of balconies in Toronto’s high-rise market, this study compares six different designs—including industry-standard cast-in-place slabs, structural thermal breaks, and precast systems—evaluating their carbon impact using a ratio of thermal performance (RSI) to global warming potential (GWP). This study offers a comprehensive look at the technical aspects of balcony design, emphasizing the importance of research that informs holistic design decisions, as evolving sustainability standards and the ongoing focus on housing supply, affordability, and livability keep balconies central to Toronto's housing discussions. Indeed, At BDP Quadrangle, we are committed to ensuring all of our projects net-zero carbon ready by 2030, and research like this helps drive our progress towards that goal. We would like to extend our gratitude to our collaborators for their invaluable contributions to this study. Together, we are pushing the boundaries of sustainable architecture and advancing the future of urban development. Learn more about this study by clicking the link below: https://loom.ly/bMHh0Zw #SustainableDesign #LowCarbonNow #NetZero2030 #BDPQuadrangle #UrbanDevelopment #BalconyDesign #EmbodiedCarbon #ThermalPerformance #GreenBuilding #EcoFriendlyArchitecture #BuildingTheFuture #CollaborativeResearch #EnergyEfficiency #CarbonReduction #TorontoArchitecture

🌿 Green Roofs 101: Replacing Nature with Nature 🌿 In the evolving landscape of real estate and construction, green roofs are emerging as a leading trend for enhancing property value and sustainability. In our latest blog post our founder, Alexandra Nicolau, holds an interview with green roof expert, Jörg Breuning, discussing the history and the advantages of integrating green roofs into modern building designs, offering valuable insights for builders, buyers, and real estate professionals alike. Highlights include: Origin of Green Roofs 📖 Environmental impact reduction 🌱 Improved energy performance 🏢 Enhanced aesthetic appeal 🌿 For builders and real estate agents looking to stay ahead of the curve, this guide is a must. Explore the full article and see the videos here: https://wix.to/ZZU57xp #GreenRoofs #SustainableDesign #RealEstateDevelopment #BuildingInnovation #EcoFriendlySolutions #EnergyEfficiency #PropertyInvestment #GreenBuilding #ConstructionTrends @greenrooftechnology

Maximizing Space and Accessibility: Essential Considerations for Commercial Elevator Design - In today's urban environment, where space is at a premium, commercial elevators have become an essential component for both public and private buildings. read more https://t.ly/C8Hah

paper link: https://lnkd.in/gEEcT6yc Green Skyscrapers: A Comprehensive Approach to Integrate Greenery and Bioclimatic Design in High-Rise Mixed-Use Buildings   Senthil M   Abstract: Urbanization has led to challenges such as resource strain and environmental degradation, prompting the need for innovative solutions. High-rise mixed-use developments offer a way to maximize land use efficiency, but traditional designs often neglect green spaces, leading to energy inefficiency and a lack of connection with nature. This paper discusses the role of plants, integration of plants and bioclimatic design principles in addressing urban challenges. This study explores the integration of plants and bioclimatic design principles in high-rise mixed-use developments. This paper also explains the fundamental principles and design considerations for high-rise buildings, focusing on structural systems, earthquake resistance, and wind load effects. In conclusion, integrating plants and bioclimatic design principles in high-rise mixed-use developments is important for creating sustainable and livable urban environments. By prioritizing green spaces and sustainable design practices, developers can contribute to a greener skyline and a more sustainable future.   Keywords: high-rise buildings, bioclimatic design, green spaces, sustainability, urban development

Biomimicry influences architecture and urban planning by drawing inspiration from nature's time-tested designs. By integrating Nature's principles, and following Nature's sustainable operating system we can create more sustainable, resilient, and human-centric urban environments. This approach not only reduces CO2 emissions but also fosters healthier indoor and outdoor spaces, crucial for sustaining life on Earth. We need to implement this promising potential, and there's a need for further research and evaluate biomimicry’s effectiveness in urban contexts. The ongoing dialogue among architects, urban planners, and other professionals is critical in translating biological insights into practical, innovative solutions. As we face environmental challenges, adopting biomimicry and other design approaches in our urban design practices offers a pathway to more sustainable cities that align with circular economy principles. Let's continue to learn from nature to build a better future for our vital urban spaces. What do circular cities look like? What are your thoughts on incorporating nature-inspired design in urban planning? How can we collaborate to advance these ideas?

Understanding Urban Heat Islands, an Introduction: http://j.mp/2nnT7e5 The term Urban Heat Island (UHI) refers to an urban area, which experiences significantly higher ambient temperatures when compared to a nearby rural or sub urban area. heat Islands are a result of urbanization, which is accompanied by land cover alterations and the associated changes in the energy balance of the area. The urban location can be viewed as a “heat island” surrounded by a sea of cooler rural/sub urban areas. Techniques to mitigate urban heat islands include increasing vegetation, and changes to structures and construction materials. Green roofs, cool roofs, and cool pavements are examples of choices that can reduce the heat content of urban pavements - and rooftops. #urbanheatislands #urbanization #urbanplanning #cities #design #development #architecture #building #greenbuilding #civilengineering #coolroofs #greenroofs @EPA #climate #climatechange #sustainability

Understanding Urban Heat Islands, an Introduction: http://j.mp/2nnT7e5 The term Urban Heat Island (UHI) refers to an urban area, which experiences significantly higher ambient temperatures when compared to a nearby rural or sub urban area. heat Islands are a result of urbanization, which is accompanied by land cover alterations and the associated changes in the energy balance of the area. The urban location can be viewed as a “heat island” surrounded by a sea of cooler rural/sub urban areas. Techniques to mitigate urban heat islands include increasing vegetation, and changes to structures and construction materials. Green roofs, cool roofs, and cool pavements are examples of choices that can reduce the heat content of urban pavements - and rooftops. #urbanheatislands #urbanization #urbanplanning #cities #design #development #architecture #building #greenbuilding #civilengineering #coolroofs #greenroofs @EPA #climate #climatechange #sustainability

Understanding Urban Heat Islands, an Introduction: http://j.mp/2nnT7e5 The term Urban Heat Island (UHI) refers to an urban area, which experiences significantly higher ambient temperatures when compared to a nearby rural or sub urban area. heat Islands are a result of urbanization, which is accompanied by land cover alterations and the associated changes in the energy balance of the area. The urban location can be viewed as a “heat island” surrounded by a sea of cooler rural/sub urban areas. Techniques to mitigate urban heat islands include increasing vegetation, and changes to structures and construction materials. Green roofs, cool roofs, and cool pavements are examples of choices that can reduce the heat content of urban pavements - and rooftops. #urbanheatislands #urbanization #urbanplanning #cities #design #development #architecture #building #greenbuilding #civilengineering #coolroofs #greenroofs @EPA #climate #climatechange #sustainability