Introduction BIM has long been established as a disruptive technology in the construction industry. It has significantly changed how we approach construction projects, making it possible to plan, manage, and execute projects more efficiently with digital models. Despite its potential, our experience is that the implementation of BIM into comprehensive processes and workflows involving multiple … Read more
The future of architecture is being shaped by a romantic embrace of technology, exemplified by the concept of the “electric sheep.” Architects are integrating BIM, computational design, robotics and other advanced tools into their workflows, resulting in a transformative shift in design possibilities. This approach not only improves efficiency, but also fosters greater creativity and inclusivity … Read more
•Building Information Modeling (BIM) and 3D Printing technologies offer a transformative potential in addressing housing challenges in third-world countries. BIM facilitates a comprehensive digital representation of construction projects, enhancing collaboration, reducing errors, and optimizing resources. In tandem, 3D Printing enables cost-effective and rapid construction, allowing for the creation of affordable and sustainable housing solutions. Together, … Read more
“Building Information Modeling (BIM) in urban scale data management refers to the strategic integration of digital modeling techniques, for the thorough organization and oversight of urban infrastructure and services. This process entails crafting 3D models that encompass sets of data layers—including architectural, infrastructural, and environmental aspects—to streamline city planning, design, and operation.” The use of … Read more
PROBLEM STATEMENT The predominant usage of digital processes in the current practice of architecture. However, with the many positives there are known inherent and latent constraints (e.g., data encryption, cloud breaches, and copyright issues) and other possible complexities and challenges. THESIS STATEMENT To inquire the understanding of the adoption of digital processes in the practice … Read more
We’ve witnessed a fascinating shift from conventional to computational approaches, responsive designs, and the era of automation. Machine Learning, a term buzzing everywhere these days, has made its mark in our industry as well. In architecture, ML, a subset of artificial intelligence, utilizes data to tackle challenges in computer-aided design by simulating various design alternatives … Read more
Challenge The available Building Information Modeling (BIM) applications in the AEC industry help create geometry and add meta-data. However, the files generated by this software are neither readable nor editable by any other application. Additionally, the metadata added to geometry lives as disconnected copies in several models. These issues lock AEC companies to particular software … Read more
Abstract Informal settlements across all of Egypt are characterized by complex socio-economic situations aggravated by the immense size of the population and its rapid growth. As a result of lack of building regulations, extreme poverty and continuous need for expansion, the rise of uncontrolled informal settlements remains a significant challenge for Egypt. Our research explores … Read more
Different Approaches for extracting/Regeneration of BIM Data Different Approaches of BIM Data integration for Life Cycle Analysis BIM-Based Asset Management and Life Cycle Analysis involve utilizing Life Cycle Assessment (LCA), a scientific methodology for quantifying potential environmental impacts. In the realm of buildings, LCA is standardized by the European standard EN 15978. While this standard … Read more
The Tools In the world of Architecture, Engineering, and Construction (AEC), designers have access to a plethora of tools, ideologies, and software to make their visions a reality. Within this vast space of options for designers to choose from, there are more specifically, tools that deal with Generative Design and Building Information Modeling (BIM). Software … Read more
Abstract: The Anthropocene has seen exponential growth in technology, enabling humans to transform their environment and exploit natural resources on an unprecedented scale having led to widespread environmental changes, including climate change, biodiversity loss, pollution, and alterations in the Earth’s landforms and water systems. However, the unequal distribution of resources and power has also led … Read more
“How can we employ innovative materials and techniques to construct an ecosystem that is instrumental in decarbonising our environment?” Mycelium in Construction for Catalonia – IAAC BLOG Natural Terracotta Air Conditioners – NTAC
CONTEXT Consequences of carbon emission Building operations are responsible for approximately 27% annually, while the embodied carbon of just four building and infrastructure materials – cement, iron, steel, and aluminum – are responsible for an additional 15% annually EuropeanClimateLaw The European Climate Law writes into law the goal set out in the European Green Deal for Europe’s economy and society to become climate-neutral by 2050. The law also sets the intermediate target of reducing net greenhouse gas emissions by at least 55% by 2030, compared to 1990 levels. Climate neutrality by 2050 means achieving net zero greenhouse gas emissions for EU countries as a whole, mainly by cutting emissions, investing in green technologies and protecting … Read more
The integration of a rover or swarm of rovers into construction demolition sites represents a paradigm shift in waste management practices. Equipped with advanced sensors and AI algorithms, this rover possesses the capability to accurately identify and segregate valuable materials such as steel and metal amidst debris and rubble. These rovers operate seamlessly alongside human … Read more
The building and construction industry is currently not meeting the targets for achieving decarbonization by 2050. Heightened environmental expectations from regulators, investors, and occupants have led to an uneven business landscape.Regulatory frameworks aimed at reducing carbon emissions, such as building codes and energy efficiency standards, are becoming more stringent, further complicating the landscape for businesses. … Read more
Throughout this blog we will highlight each section and we hope to inspire others like the way we have been inspired. We will present a progressive material, then show how we get this material integrated into the construction world. Proposition “ We propose that the usage of Mycelium should be legalised in the Code for … Read more
Abstract. ¿Qué oportunidades para la recuperación de Espacios Públicos se están perdiendo al dejar de lado a las personas con Discapacidad, Adultos Mayores, personas del cuidado, infancia, adolescentes y sus familias cuando se trata de diseño urbano? ¿Qué estrategias se pueden precisar para anclar a la escala de las personas de a pie, del mundo … Read more
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“First Life, then Spaces, then Buildings, the other way around never works” – Jan Gehl The proposal is an intervention at the site situated in Diagonal Mar, neighborhood, inspired from the fundamental idea of Placemaking. The intervention goes beyond development, aiming to activate the site and create a vibrant community. Grounded in functionality, the approach … Read more
Introduction The contemporary postcard city of Barcelona is supported by a world wide web of hidden urbanization. One of the closest and most prominent hidden pieces of urbanization of Barcelona is found in the Besós Valley. When going on site, we encountered a fragmented urban landscape of logistical infrastructure, urban wasteland, scattered agriculture and haphazard … Read more
In the context of technology, Grasshopper refers to a visual programming language and environment. Unlike traditional coding languages, Grasshopper employs a graphical interface, allowing users to create and manipulate algorithms through a visual representation of code elements. Originally designed as a plugin for the 3D modeling software Rhinoceros, Grasshopper enables architects, designers, and engineers to … Read more
How long do you need to go to your school and office? I do 10 mins usually, but when I live in Japan, I need a commute time, over 1 hour. After modernization, The larger the city becomes, the longer our commute time is.Various urbanists and researchers have developed plans that match the scale of their … Read more
