This guide covers a workflow that moves from project parameters to generated floor plans, 3D perspective views, exterior design exploration, and site context visualization, using AI tools in place of preliminary CAD and rendering work.

As part of a new collaboration between Mexican firms Dellekamp Arquitectos and Rojkind Arquitectos, Casa Roca is presented in Puerto Los Cabos, San José del Cabo, Mexico. Inspired by the rock formations at the site's summit, the project features a radial layout carefully organized in response to its topography. Sited on a 5,000 m² lot, the 1,200 m² house organizes its program along the natural landscape, minimizing its footprint and establishing a close relationship with nature as the core living experience.

Residential architecture plays a vital role in people's lives, influencing their quality of life and well-being. To design environments that are truly tailored to the biopsychosocial needs of each user, it is essential to incorporate the principles of neuroscience applied to architecture. In this regard, Rudolf Steiner's Seven-Year Cycles theory offers a valuable conceptual framework for understanding the different phases of life and their implications for home design. This article addresses the stages of the architectural project, from briefing to execution, highlighting the relevance of cognitive and behavioral neuroscience concepts—such as priming, framing, nudging, wayfinding, salutogenic design, and biophilic design—in light of the Seven-Year Cycles theory.

At the recently concluded Asian Games, the Architectural Design and Research Institute of Zhejiang University (UAD) participated in the design of numerous competition venues. Among them, the Hangzhou Asian Games Baseball and Softball Sports Cultural Center is the largest newly built venue for this edition of the Games, as well as the largest, most advanced, and highest-standard baseball and softball sports center in China to date. For this edition of Spotlight, we interviewed UAD's Qian Xidong to discuss his design philosophy shaped by years of professional practice.

One of the greatest difficulties when studying is understanding how to apply the concepts presented to us. In structural engineering education, it is common to use symbols and abstractions to understand the forces involved in a structure and how they work. Another major challenge is translating this abstract information into something tangible: the actual building elements. 

Engineer Matheus Borges has been creating illustrations on his Instagram to help decode this information. Below, we look at what these support types are and how they behave.

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Throughout its existence, architecture has continuously reinvented itself, driven not only by the emergence of new techniques and trends, but also by a deeper understanding of the human being. In recent times, the field of neuroarchitecture has yielded valuable research into how built environments influence our brains and, consequently, our behavior and well-being. This interdisciplinary approach suggests that interior design—specifically materiality and surface design—can play a crucial role in modulating individuals' neural and behavioral responses.

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A few years ago, one of my favorite university professors (who inspired me to study urban planning) approached me with a small request: she wanted to transform her small bedroom window into a balcony so she could look out onto the street.

The Wild Mile project is an ambitious initiative by the nonprofit organization Urban Rivers, aiming to restore a 1.5-kilometer stretch of the Chicago River in the United States. The project involves creating a vibrant and sustainable urban oasis with boardwalks and floating gardens.

Since the opening of its first section in July 2023, the Wild Mile has already attracted over 30,000 visitors, including local residents, educational programs, and special events. Leaders at Urban Rivers express pride in the project's achievements, highlighting the transformation of a once-neglected stretch of the river into a thriving public space for both wildlife and people.

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Seattle-based Olson Kundig is a prime example of how a firm's design approach is shaped by geography and culture. Founded by Jim Olson (Jim Olson) in 1966, the firm now comprises hundreds of employees and four other partners, including Tom Kundig. The practice boasts a wide and diverse portfolio. In lectures and interviews, Kundig frequently discusses how his upbringing in a region with a rich history of mining and logging influenced his industrial and rational aesthetic, his use of durable, low-maintenance materials, and his keen focus on craftsmanship. At the same time, an imaginative approach that emphasizes kinetic elements and blurs the boundaries between indoors and outdoors is a hallmark of many of the firm's designs. This is often achieved through the integration of manual, hand-operated devices that allow users to physically activate the building, connecting them to the environment, the architecture, and its kinetic mechanisms.

Some symbols transcend language barriers, easily recognized and understood across different cultures—such as restroom icons, the medical cross, and, more recently, the universal Wi-Fi symbol. Among these ubiquitous graphics is the "recycling" logo, conceived in 1971 by architect and designer Gary Anderson while he was a student at the University of Southern California. The symbol features three clockwise arrows forming a triangle, representing industry, consumers, and recycling, respectively.

Reintegrating what is typically discarded as waste back into the production cycle is a core tenet of the circular economy. This concept is particularly relevant to the construction industry, which has historically relied on resource extraction and destruction to sustain itself. Because the brick is synonymous with building anew, nothing embodies the circular concept quite like it. Innovators have risen to the challenge, devising solutions that transform waste into high-value resources, producing building blocks from raw waste materials ranging from seaweed and plastic to human hair. These innovations not only address pressing environmental concerns but also fundamentally redefine how we construct and inhabit our spaces. In this article, we highlight seven initiatives turning waste into valuable building blocks.

On a recent trip to the United States, looking out the airplane window while taking off from Tampa, Florida, I was struck by the pristine green landscape of the American suburb. Neatly organized rows of seemingly identical trees blanketed the flat terrain like a green carpet. To some, this abundance of green might look like a dream of environmentally integrated sustainability.

Nothing could be further from the truth. The American suburb, based on the outdated concept of the “garden city,” was designed to favor the automobile, low-density single-family housing, and single-use zoning. This model virtually rules out active transportation (walking or cycling) and makes mass transit—which relies on density and walkability—wholly unviable.

Since the pandemic, urban issues have become more pressing than ever for many people in Latin America. COVID-19 triggered a turbulent shift in the real estate market, driven both by speculation in second-home markets and the influx of “digital nomads” in cities like Medellín, Buenos Aires, and Mexico City.

Navigating certain cities around the world is remarkably easy to grasp, just as finding an address without GPS is not particularly difficult, even for first-time visitors. Urban design explains this ease of navigation. Urban spaces designed on a grid, such as Barcelona (Spain), New York, Chicago, and Phoenix (US), and Toronto (Canada)—where streets intersect at right angles to form a gridiron pattern—make orientation intuitive and optimize spatial utility.

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On December 10, 2022, ArchDaily successfully hosted the inaugural "Co-Creation & Co-Ideation" forum for ArchDaily Building Materials (Jianri Zhucai). The event featured seven guest speakers who shared their stories about materials: Libin Chen (Partner at David Chipperfield Architects Shanghai), Jing Lin (Senior Project Architect / Associate Director at SHL Architects), Shuangquan Ni (Marketing Director at Avarte), Yi Yao (Deputy General Manager of the Design Management Department of China Resources Land East China Region), Zhou Qing (Deputy General Manager and Design Director at GOA), Isabel (Residential Project Manager at iGuzzini), and Chunyan Cai (Principal of Atelier Tao+C). Additionally, Shuang Han, ArchDaily China's Editor-in-Chief, introduced our decision to launch a WeChat Mini Program to enter the building materials sector, along with our future plans. We would like to extend our special thanks to China Resources Land for providing the venue, to our sponsors iGuzzini and Avarte for their generous support, and to all the attendees.

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Terra is the title of Brazil's participation in the 2023 Venice Architecture Biennale, an exhibition curated by Gabriela de Matos and Paulo Tavares that occupies the spaces of the Brazilian pavilion at the Giardini. Divided into two galleries, the exhibition challenges the canons of modern architecture while seeking alternatives for a decolonized and decarbonized future in marginalized ancestral narratives. Terra is the first Brazilian pavilion to be awarded the Venice Architecture Biennale's highest honor, the Golden Lion.

In an effort to expand access to the content exhibited in Venice, we present here the texts and images from the second gallery, titled Places of Origin, Archaeologies of the Future. The first gallery, Decolonizing the Canon, can be revisited here. ArchDaily would like to thank the Fundação Bienal de São Paulo, which generously provided the material from the Terra pavilion for this publication.

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There are many reasons why some urban areas deteriorate while others thrive, including economic, planning, social, and cultural factors, as well as sheer chance. Understanding these dynamics—and, more importantly, minimizing the risk of decay while fostering vitality in urban areas—is a recurring theme in urban planning, driven by the shared and legitimate desire to live in beautiful, pleasant, and prosperous environments.

Proper home insulation and selecting the right materials are fundamental when undertaking a construction project. These strategies enhance interior comfort and serve as a long-term cost-saving measure.

Today, Brazil celebrates Student Day. Established in 1927, the date marks access to a fundamental right for all citizens: education. Nearly a century later, new pedagogies and ways of looking at learning have emerged, bringing with them new architectures that embrace both pedagogical and technical advancements. With this in mind, we have gathered seven examples of Brazilian educational spaces designed after 2020. Through solutions that highlight key design aspects, these projects help outline a brief overview of contemporary references on the subject.

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Increasingly robust and promising scientific evidence can assist architects and other designers seeking inclusive design by taking diverse minds into account—that is, creating built environments that engage with neurodiversity. Neurodiversity has always been a part of humanity. The term encompasses people with a wide range of neurological conditions and was coined by sociologist Judy Singer in 1999.

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Studies link green areas to a reduction in anxiety and depression, boosted immunity in children, relief from loneliness in cities for adults, and even increased intelligence. Seeking outdoor leisure activities in contact with nature offers numerous benefits. To help you choose interesting places to visit in the state of São Paulo, we present a list of ten protected environmental heritage sites, compiled by the São Paulo State Secretariat of Culture and Creative Economy.

According to the Secretariat of Infrastructure and Environment, the State of São Paulo has 5,670,532 hectares of native vegetation in various stages of recovery. This area is equivalent to 22.9% of the state's territory. Below, check out some of the spaces that preserve this greenery. In addition to urban parks, trails, and campsites, the list even includes the headwaters of the Tietê River.

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I suspect many readers here experience the same, shall we say, “predicament” as I do: as soon as we step outside our “bubble,” advocating for urban design principles that seem obvious to us — such as eliminating fences and walls, and promoting public access, visual permeability, mixed-use zoning, and active frontages — inevitably runs into the same obstacle: the lack of public safety.

Designated by the United Nations (UN), June 17 was established as the World Day to Combat Desertification and Drought, a date that serves to raise awareness about these phenomena while promoting initiatives to address them. Broadly speaking, desertification refers to the process of land degradation in arid regions, caused primarily by human activities and climatic variations. This phenomenon leads to the loss of vegetation cover, soil erosion, and reduced agricultural productivity, among other negative consequences. Drought, on the other hand, is a prolonged period of abnormally low rainfall resulting in water scarcity, which can have severe impacts on ecosystems, agriculture, and human livelihoods.

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Burnout Syndrome, or professional exhaustion syndrome, is an emotional disorder characterized by extreme exhaustion, stress, and physical depletion resulting from demanding work environments that entail intense competition or high levels of responsibility. Particularly during and after the pandemic—essentially our current reality—burnout rates have surged. Yet, the topic remains under-discussed. Given the significant role of spatial design in the lives of employees, how can neuroarchitecture support quality of life and help mitigate burnout?

Indeed, an architect's primary responsibility is to protect the health, safety, and welfare of the public, which includes a diverse population with varying degrees of physical and intellectual abilities.

Neurodiversity refers to this intellectual and cognitive variability, encompassing a mix of neurotypical and neurodivergent individuals. Those who are "divergent" are typically recognized as having differences in communication, learning, or behavior. Consequently, an architect's goal is not to design a building exclusively for either neurotypical or neurodivergent populations, but rather to create spaces where all users feel welcome and comfortable.

Although the architecture and construction industry has advanced in recent years into new areas such as artificial intelligence (AI), parametric modeling, virtual reality (VR), and other cutting-edge tools, their integration and systematization within the design process remains slow. In an increasingly connected and constantly evolving world, digital tools and emerging technologies are revolutionizing how architects design and build, rewriting the rules and expanding creative horizons. Therefore, it is essential to continue discussing how these tools are being integrated and how their potential can be further unlocked within the discipline.

This July, ArchDaily is exploring the topic of the design process. Within this framework, we want to open up the discussion to hear about your experiences, learn from your successes, challenges, and mistakes—and explore together how these new tools are transforming the practice of architecture.