Design teams are not short on tools; they're short on continuity. Project data remains fragmented across files, and decisions often lose context as work moves from planning to design to construction. As a result, teams spend valuable time reconnecting information instead of advancing projects.
This points to the need for workflows that preserve design intent and carry knowledge forward across each stage of the process. Within this framework, the idea of "design and make intelligence" can be understood as a shift toward continuity, where data, decisions, and lessons from planning, design, construction, and operations remain embedded in the project rather than stopping at handover. In this context, AI and automation operate with greater relevance, building on accumulated information instead of isolated inputs.
"Map the New World" is the motto of Project PLATEAU, led by Japan's Ministry of Land, Infrastructure, Transport and Tourism (MLIT), to develop and expand access to 3D models representing the diversity of cities across the country. Japan comprises a total of 744 cities, including 14 with populations exceeding one million, 190 with between 100,000 and one million inhabitants, and 540 with populations between 10,000 and 100,000. To date, 3D models of more than 250 cities have been made available as open data through the country's public G-Spatial Information Center, and can also be accessed via an online browser viewer. According to public authorities, the project aims to strengthen urban resilience by providing society with new tools to address local challenges. This involves not only urban space modeling but also collaboration with local governments, private companies, and technology communities. The project also includes a digital reconstruction of the recently closed Osaka World Expo site.
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Interactive Vector Design Solutions. Image Courtesy of D.TO
Initial sketches in notebooks and tracing paper, conceptual diagrams, perspectives, physical models, and massing studies capture the architectural imagination. But they represent only the beginning of the practice. The real challenge is translating ideas into buildable systems. Every wall, junction, and assembly must be resolved in detail, with systems working together in a way that allows the project to be built as intended. This is where most of the effort, complexity, and risk are concentrated, and where projects are ultimately resolved or begin to stumble.
It is in this context that the Design Development (DD) and Construction Documentation (CD) take place, when the project must address the full weight of coordination, components, performance, and constructability. While schematic design defines spatial and formal directions, DD and CD demand answers to a different set of questions: how do systems come together? How is performance maintained at transitions? Which products, tolerances, and sequences will allow the project to hold together as it moves from model to construction?
In today's competitive design landscape, Building Information Modeling (BIM) is no longer just a trend—it has become a baseline expectation. Yet many practices still struggle to balance the complexity and effort involved with the actual value they receive in return. But what if it were possible to unlock the benefits of BIM without adding unnecessary workload? Exploring a lean approach to BIM—focused on efficiency, clarity, and real project outcomes—can help architectural teams streamline their design workflows, strengthen collaboration, and maintain creative control from concept through delivery.
Before the digital turn, architecture's memory was largely tangible. It lived in the weight of drawings, the patina of models, and the thickness of books. To preserve architecture meant to preserve its traces, the documents, sketches, and photographs through which buildings could be remembered long after their material form had changed or disappeared. The modern architectural archive, as it developed in the 20th century, was both a refuge and a device of legitimacy. Institutions such as the Canadian Centre for Architecture, Casa da Arquitectura, or the Deutsches Architekturmuseum were built upon the conviction that to preserve architecture was to preserve its documents.
However, these archives didn't merely store knowledge. They determined what counted as architecture, who belonged to its canon, and how history would be told. To archive is to edit the past — to decide what enters, what is omitted, and how it will be interpreted. The archive, as theorised by Michel Foucault and later by Jacques Derrida, is never neutral; it is an instrument of power, a space that selects and excludes. In architecture, these dynamics are especially evident as they record the visible while silencing what falls outside their categories. The act of collecting has always been, implicitly, an act of judgment.
Founded by Oliver Thomas, the ATN Summit is the first flagship conference of the Archi-Tech Network, marking five years since the platform began as a grassroots initiative to share real-world architectural knowledge. Taking place on March 18–19, 2026, in London, the ATN Summit brings together architects, technologists, and industry innovators to explore how emerging technologies are reshaping architectural practice. Designed as a high-production, ideas-driven event, the Summit reflects ATN's evolution from an informal online conversation into a global platform actively engaging with the future of the built environment.
Snaptrude announced the launch of the Snaptrude Student Plan, a free offering that gives architecture students worldwide full access to Snaptrude's professional platform and intelligent AI workflows. The initiative reflects Snaptrude's commitment to strengthening architectural education and ensuring that emerging designers can build real-world skills while still in school. Full access to the professional platform and AI tools empowers students to design faster and build portfolio-ready work.
When architects are still students, a moment often marks a turning point: their first encounter with software. It's not just about learning a tool but discovering a space where ideas transcend physical models, taking shape in a digital environment and beginning a relationship many will carry throughout their careers. What happens next? Software keeps evolving, and with it, the design experience. In recent years, this evolution has accelerated—machine learning, AI, prompts, and integrated workflows have moved from the periphery to the core of design practice, becoming part of the shared language between software and users. As these tools take hold, a key question emerges: How will this reshape our experience of designing architecture in the future?
Daylight is one of the most effective tools in architecture. It creates atmosphere, improves comfort, and reduces energy demand. However, integrating daylight successfully requires precision at every project stage, from the first sketches to detailed planning. VELUXBIM tools give architects the flexibility and verified data to make that possible.
Example of the Nested Floor System capacities. Courtesy of Offsite Wood and Quebec Wood Export Bureau
The latest release of Offsitewood.org marks a significant step forward in making offsite wood construction more approachable for architects. Version 2.0 introduces a set of digital resources aimed at helping designers model, plan, and collaborate more efficiently.
Free downloadable libraries are a central and expanding feature of the site. Additionally, new applications and services are now available that include wood material e-sample viewers, an advanced panelization and framing toolbar for Revit, and a collaborative workspace for project optimization.
The Design-Build model is an increasingly attractive project delivery method, offering benefits such as enhanced control, reduced risks, cost efficiencies, and quicker completion times. Central to this approach is teamwork and collaboration, contrasting sharply with the traditional method of separate design and fixed-price bidding by contractors. Design-Build naturally motivates all participants to seek ways to boost productivity and quality, ensuring fairness and transparency in costs.
Touted as the new era in construction, Building Information Modeling (BIM) has captured global attention with its promise of seamless coordination, trimmed budgets, and newfound efficiencies. Yet in India's construction landscape, the adoption of technology tells a more nuanced story about cultural barriers and technical limitations.
"The bigger barrier isn't the technology but rather the planning culture," explains Rahul Bahl Managing Director of Krishna Buildestates Pvt Ltd, highlighting what may be BIM's most fundamental challenge in India. "BIM requires that every detail be finalized before construction begins, from electrical switch locations to final finishes. In India, we often break ground with just the shell resolved and spend the next several months value-engineering as we go."
How many software tools and platforms are involved today in developing a contemporary project? From designing a single-family house to a public library, relying on just one or two programs is no longer common. Instead, multiple tools combine, overlap, and interact throughout various stages, including analysis, design, rendering, coordination, and construction. This widespread use of software in the virtual world reflects not only the technical complexity of today's practice but also a more subtle yet equally significant shift: software has become less a specific tool and more an environment that accompanies and even challenges the process.
https://www.archdaily.com/1031629/architecture-in-the-age-of-platforms-what-role-does-software-play-in-practice-todayEnrique Tovar
Early-stage design may be where everything begins, but without careful consideration, it's also where everything breaks down. On average, firms report that nearly 15% of all work done generates zero revenue, much of it tied to concept design. Relying on a patchwork of tools like Rhino, Excel, Revit, and Miro, architects often spend weeks swapping between platforms just to get a concept and presentation out the door. Data gets trapped in screenshots, rework piles up, and by the time the model is ready for documentation in Revit, the creative momentum is long gone. Snaptrude 3.0 Was Built to Fix that.
Zaha Hadid Architects has just revealed that the Shenzhen Science & Technology Museum, located in the Guangming District, has officially opened. Designed as a platform to highlight scientific research and technological innovation, the institution will explore the role of science in shaping the future. Adjacent to Guangming Station on Shenzhen's metro network, the design responds to its location as a solid, spherical volume facing the city, defining the southeast corner of the new Science Park. The museum aims to provide a space for public engagement with current developments in science and technology.
For many years, technology has been shaping the future of various industries, and the architecture, engineering, and construction (AEC) industry is no different. Initially, architects used to draw sketches on paper, which later progressed to 2D drawings, 3D digital blueprints, and now BIM—these technological advancements have changed how modern architects approach design by making it more sustainable and efficient. According to the 2024 RIBA AI study, 57% of architects believe AI will improve design process efficiency, and 54% expect to integrate it into their practice within the next two years.
The use of technology has become vital in the documentation and conservation of heritage, especially in difficult or urgent circumstances. After many landmarks of the historic city of Palmyra were destroyed during Syria's war in 2015, conservators built three-dimensional digital models of the destroyed city to aid its future reconstruction. The destruction of the Buddhas of Bamiyan in Afghanistan in 2001 with very little prior documentation prompted action in the documentation of vulnerable monuments, such as the establishment of CyArk. More recently, detailed digital surveys and a heritage BIM model were essential in the restoration of Notre-Dame Cathedral in Paris after it was devastated by fire in 2019.
Modernism, a movement that sought to break away from traditional forms and embrace the future, laid the groundwork for many technological and digital advancements in contemporary architecture. As the Industrial Revolution brought about mass production, new materials, and technological innovation, architects like Le Corbusier, Walter Gropius, and Mies van der Rohe championed the ethos of "form follows function" and a rational approach to design. Their principles resonate in the digital age, where computational design and high-tech materials redefine form and construction.
The 20th century's modernist ideals — efficiency, simplicity, and functionality — created a foundation for architects to experiment with structural clarity and material honesty. High-tech architecture, which emerged in the late 20th century, evolved from these principles, merging modernism's clean lines with advanced engineering and technology. This paved the way for parametricism and algorithm-driven design processes, revolutionizing architecture and enabling complex forms previously thought impossible.
