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.

Swimming in the Tietê. Although many people did so until the 1930s — when the river was already polluted, though much less than today, and swimming and rowing competitions were held even along the stretch within the São Paulo capital —, no one believes this will be possible in the coming years. Cleaning the river, however, is a feasible ambition, provided we understand that there are various gradations within the category of “clean.”

Cities occupy just 3% of the Earth's land surface, yet they account for most of the world's energy consumption and carbon emissions. Many are also highly vulnerable to climate change and natural disasters due to their high population densities and interconnected infrastructure. To prevent the worst impacts of climate change—including human, social, and economic losses—making cities more resilient and prepared for a changing climate is crucial. Yet, recent studies indicate we are still far from achieving this.

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Project Name
Feasibility Study and Schematic Design for Qianwan Park (Menghai Boulevard to Qianhai Bay Section)

Project Location
Qianhai Shenzhen-Hong Kong Modern Service Industry Cooperation Zone, Shenzhen, Guangdong Province

Tendering Platform
Shenzhen Public Resources Trading Center

The Integrated Permanent Site Construction Project of the Shenzhen Medical Academy of Research and Translation (SMART) and Shenzhen Bay Laboratory (SZBL) is located in the northeastern sector of the Science and Education Integration Cluster in Guangming Science City, Guangming District, Shenzhen. Tasked with the core mission of establishing a comprehensive national science center in the Greater Bay Area, the project will establish a strategic scientific and technological institution integrating basic research, clinical research, full-chain industrial translation, and technical innovation in the biomedical field, supporting Shenzhen's development into a pioneering demonstration hub for medical and life sciences innovation.

The Integrated Permanent Site Construction Project of the Shenzhen Medical Academy of Research and Translation (SMART) & Shenzhen Bay Laboratory (SZBL) is located in the northeastern sector of the Science and Education Integration Cluster within Guangming Science City, Guangming District, Shenzhen. Carrying the core mission of establishing a comprehensive national science center in the Greater Bay Area, the project aims to develop strategic scientific and technological institutions that integrate basic research, clinical research, full-chain industrial translation, and technical innovation in the biomedical and life sciences fields, supporting Shenzhen's development into a pioneering demonstration hub for medical and life sciences innovation.

The tender for the schematic design and preliminary architectural design of Bid Section II of the Integrated Permanent Site Construction Project of the Shenzhen Medical Academy of Research and Translation and Shenzhen Bay Laboratory is about to commence, with the official tender announcement to be released shortly. The tenderee is the Engineering Design Management Center of the Bureau of Public Works of Shenzhen Municipality. Pre-registration and expressions of interest are now open to design teams worldwide.

Tenders for the schematic design and preliminary architectural design of the Integrated Permanent Site Construction Project of the Shenzhen Medical Academy of Research and Translation & Shenzhen Bay Laboratory (Bid Section II) will launch soon, with the official tender announcements to be released shortly. The tenderee is the Engineering Design Management Center of the Bureau of Public Works of Shenzhen Municipality. Pre-registration is now open to design teams from around the globe.

Tender Project: Shenzhen Medical Academy of Research and Translation and Shenzhen Bay Laboratory Integrated Permanent Site Construction Project Design Bid Section II
Project Name: Design for the Integrated Permanent Site Construction of the Shenzhen Medical Academy of Research and Translation & Shenzhen Bay Laboratory (Bid Section II)
Project Location: Northeastern sector of the Science and Education Integration Cluster in Guangming Science City; situated at the northeastern gateway of Shenzhen, adjacent to Sun Yat-sen University (Shenzhen Campus) and Shenzhen Institute of Advanced Technology.
Project Location: Northeastern sector of the Science and Education Integration Cluster in Guangming Science City; at the northeastern gateway of Shenzhen; adjacent to Sun Yat-sen University (Shenzhen Campus) and Shenzhen Institute of Advanced Technology
Pre-registration Deadline: June 4, 2023, 17:00 (Beijing Time)
Pre-registration Deadline: 17:00, June 4, 2023

Review the best of architecture from the past week according to our readers and editors, featuring this selection of the most read articles, most visited projects, and most popular products on ArchDaily Brasil.

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Major cities like Rio de Janeiro, São Paulo, and Belo Horizonte have been transforming their downtown areas into more residential zones, reclaiming a past of greater vitality. Rio de Janeiro pioneered this trend with the launch of its Reviver Centro program in 2021. More recently, São Paulo launched Todos pelo Centro, which also aims to “promote transformative actions in downtown São Paulo, bringing new life alongside the city's memories and history.”

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Preschool is more than just a place to leave young children; it is a space that allows them to connect with their imagination and senses through the colors, textures, and layout of their environment. In Chile, many architects have committed to translating these learning opportunities into the architecture itself.

From the recently built Golondrina Preschool and Nursery in Valparaíso to the renowned Bambú Preschool in Santiago, we present a selection of outstanding projects that leverage these attributes, enabling both children and educators to engage in their activities in dynamic and creative ways.

A major urban axis where thousands of people, subways, buses, cars, and bicycles pass daily. High-rise buildings, cultural centers, banks, and shopping malls. As the symbol of São Paulo, Avenida Paulista once looked very different. As difficult as it may be to imagine today, it was once lined with grand mansions of the most diverse architectural styles, and its destiny was altered in a matter of days by heritage preservation disputes and... a pizza.

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Play represents a key opportunity for children to acquire skills and knowledge in a natural and engaging way. Among the key innovations in early childhood and primary education, play stands out as a central axis of the learning process, serving as a fundamental pedagogical principle to achieve educational goals. Combining play with outdoor learning fosters exploration, experimentation, sensory stimulation, and motor development during childhood.

Featuring diverse materials, designs, and dynamics, the playground equipment represented by Urbanplay fosters open, spontaneous interactions, providing children with spaces to take risks, explore, and connect with nature.

Buildings consume natural resources. Whether in their construction or during their operation, architecture can have a significant impact on the environment. Promoting sustainable practices to minimize energy, water, and material consumption is essential to reduce carbon emissions and help mitigate the climate crisis. With the ongoing debate surrounding sustainability, environmental consciousness has not only become vital, but it has also started to add value to properties built with this focus. Therefore, moving beyond mere greenwashing, we must look for solutions that make a real difference.

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Hotel Magnolia, designed by architect Cazú Zegers and built in 2013 in Santiago, Chile, has been featured for the fourth consecutive year in the Condé Nast Traveler Readers' Choice Awards, ranking among the Top 20 Hotels in South America.

We are living in a state of emergency. Since the dawn of industrialization, we have rushed through our planet's finite resources as if they were limitless, depleting and destabilizing the very ecosystems we depend on for our sustenance, economy, food, health, and quality of life.

In just 50 years, we have lost more than half of the world's wildlife. Currently, the Earth is on track to warm beyond 1.5 degrees Celsius, which scientists warn is a hard planetary boundary for existing ecosystems. This is a “code red for humanity,” as described in the IPCC Sixth Assessment Report. Continuing on our current path will mean irreversibly damaging the very conditions that sustain life on this planet.

Casa Batlló, located on the iconic Passeig de Gràcia in Barcelona, Spain, is an architectural masterpiece that embodies a synthesis of creativity, innovation, and architect Antoni Gaudí's deep connection with nature. Built between 1904 and 1906, this residence is a major tourist attraction in the city and an important contribution to architectural history. Here, we analyze Casa Batlló through concepts central to the field of neuroarchitecture.

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Perhaps the aphorism that holds the greatest truth in both architecture and other areas of life is the following: “those who know the past can control their future.” This is reflected in architecture schools, where texts and works of traditional Mexican architecture are still taught, though 20th and 21st-century architecture is featured in a much greater proportion. Yet, an analysis of current architectural production suggests that recent graduates and professionals are unfamiliar with their own history. This is problematic as our identity, expressed through the architecture of our cities, is fading. At least, this is the view of the founders of the new multidisciplinary association “INTBAU México.”

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.

Videos

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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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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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.

While design has become increasingly professionalized over the years, design literacy and visual thinking—the ability to understand and interpret visual resources—are becoming non-negotiable in many workplaces, even for those who do not consider themselves designers.

Visual thinking is the tool of processing information visually, using the emotional and creative parts of the brain to organize data intuitively and simultaneously through drawings, graphics, and strong aesthetic clarity and color theory.

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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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.

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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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.