Accurate surveys are essential for an architectural project and subsequent construction to run as smoothly as possible. They provide detailed information on the physical characteristics of a site, existing structures, environmental conditions and possible obstacles, which will serve as prerequisites for the design stage, ensuring that all relevant factors are considered before construction begins. This information is vital for making informed decisions that harmonize with the environment and comply with local zoning regulations, building codes and environmental standards. Traditionally, these surveys have relied on manual measurements with tape measures, basic photographs, and, more recently, expensive laser scanning. All of these are susceptible to human error and can be extremely time-consuming, especially in large or complex areas. Laser scanning, despite being more accurate and comprehensive, involves expensive equipment and specialized technicians, increasing project costs and often extending the time needed to carry out the survey.
Ladder Street Cultural Space. Image Courtesy of Francesco Rossini
As we near its 100th anniversary, expanded polystyrene (EPS) has become widely used in various industries and applications, especially in construction. Since 1970, EPS has been used in building construction due to its thermal insulation properties, lightweight closed-cell structure, durable strength, and long-term integrity. However, while these qualities make it highly useful and easy to recycle, they have also sparked debate due to recurring discussions about its degradation processes and environmental impact from various perspectives.
While the debate rages on, many improvements and alternative approaches have emerged around this material, highlighting that achieving sustainable construction involves using the right material for the right job from the outset. Thus, over time, innovations have brought new options for the recycling and use of EPS beyond traditional building applications such as infill blocks or partition panels. This demonstrates that rather than stigmatizing it as a problematic or “simple” material, it is essential to consider its qualities through design, technology, and developing methods for responsible and sustainable management.
https://www.archdaily.com/1018325/how-are-innovations-changing-expanded-polystyrene-epsEnrique Tovar
In the evolving landscape of workplace design and office architecture, the boundaries of creativity and functionality are constantly being pushed. From futuristic skyscrapers to co-working spaces, the future of work environments respond to the dynamic needs of modern businesses and their employees. This week's curated selection of Unbuilt Architecture focuses on office, workplace, and administrative buildings submitted by the ArchDaily Community.
The realm of office architecture is a chance for designers to innovate and influence work cultures. From the Sinuating Flow High-Rise in Chongqing, China, drawing inspiration from the surrounding mountains and valleys to the Parisian GRDF Headquarters reimagining urban offices as small city districts. The ABS Workspace integrates maritime elements into its workplace design, while the FUTURA tower in Kyiv breaks conventional norms with artistic and sculptural forms and the use of black. Together, these projects showcase the diversity in office architecture, each working within a context to offer unique solutions to sustainable work environments.
Beyond aesthetics, the design of our workplaces directly impacts our health. Studies reveal a clear link between poor light quality and limited access to natural views with increased sick leave. Smoke-free policies have been demonstrably effective, reducing smoking prevalence by 3.8% and lowering tobacco consumption by a significant 3.1 cigarettes per day for continuing smokers. Workplaces can either support wellbeing or be a detriment to it. Conscious office design can blend aspects of health in spaces to cultivate physical, mental, and social well-being.
Terraco EIFS offers a cost-effective method to achieve thermally efficient external walls, significantly reducing energy consumption and operational costs. Image Courtesy of Terraco
In today's construction industry, achieving energy efficiency, sustainability and safety along with aesthetics are essential goals for architects and consultants. Exterior Insulation and Finishing Systems (EIFS) are versatile, high-performance solutions that meet these requirements for both new builds and renovations. These multi-layered exterior insulation systems significantly enhance thermal performance and offer energy savings of up to 50% while providing flexibility in design.
According to the Markets and Markets report on "Exterior Insulation and Finish System (EIFS) Market - Global Forecast To 2028," the growth of the EIFS market is mainly driven by the need to reduce greenhouse gas emissions and rising development of green buildings, mandated through the introduction of stringent building energy codes in some countries. Therefore, the importance of using certified EIFS systems as per local energy codes is highly advocated.
There is an increasing character of abandoned buildings in many African cities and Limbo Accra; a spatial design practice, roots itself in the experimentation of their repair, reuse, and transformation. The practice views these buildings as a unique architectural typology that includes key city landmarks, from the abandoned Independence house in Lagos to the incomplete airport tower in Accra, amongst others. They see them as major opportunities for modern public space and as symbolic sites for spatial justice. Through techniques such as photogrammetry, Limbo Accra has been creating a digital archive of these buildings and collaborating with artists and designers to propose new prospects for them. ArchDaily had the opportunity to speak with Dominique Petit-Frère, the co-founder of Limbo Accra, about the collective character of these buildings, Limbo Accra’s approach to their transformation, and navigating challenges in the adaptive reuse of these structures.
Within the framework of implementing green infrastructure projects for water management in the Basin of Mexico, utilizing existing public spaces, La Quebradora Water Park emerges as the first proposal for hydro-urban acupuncture. The project, developed by the team from the Institute of Social Research at UNAM, coordinated by Manuel Perló Cohen and Loreta Castro Reguera Mancera, aims to transform the site's infiltration into a landmark of good water management, public space creation, and strengthening of the social fabric through four levels: infrastructure, park, city, and viewpoint. Addressing part of the water and social issues facing the area, the proposal transforms urban infrastructure into a public and recreational space for the community in a densely populated area with scarce public spaces.
Cities constantly undergo infinite changes, leaving many spaces within the urban fabric forgotten and unused. Historic buildings are refurbished, and adaptive reuse explores new possibilities, but what happens with public spaces? Small interventions using simple resources and innovative solutions are the perfect way to bring these neglected alleys, plazas, and highways back to life and reincorporate them into the city.
The International VELUX Award jury has selected ten regional winners from the 468 submitted projects, from 220 schools of architecture around the world. The renowned jury, consisting of, Song Yehao (CN), Jenni Reuter (FI), Ewa Kurylowicz (PL) and Kent Holm from VELUX A/S (DK), met for the jury meeting in Copenhagen.
Christopher Alexander (1936–2022) and Joseph Rykwert (b. 1926) were two giants of 20th century architectural theory who began their work in England and eventually created lasting legacies at two great American architectural schools: the University of California at Berkeley (Alexander) and the University of Pennsylvania in Philadelphia (Rykwert). Their careers not only coincided with a critical period of social and cultural research among designers and urbanists, but in many ways continue to inspire the current generation of committed critics of late capitalist development on our imperiled planet. Yet to many they are too little known.
Architectural competitions are valuable learning tools, offering architects a unique opportunity to experiment and expand their creative boundaries. By engaging with real-world challenges and receiving critical feedback, participants gain practical experience and a deeper understanding of the profession. Whether conceptual or not, competitions foster innovation, encouraging design professionals to think outside the. This week's curated selection showcases winning competition entriessubmitted by the ArchDaily community, providing architects and architecture students with new perspectives and inspiration for their own practice, be it diploma projects, professional licensing, or commissions.
From an immersive urban park in Seoul, South Korea, to a rural education campus in the Amazon, or a reimagined port in Corsica, this selection highlights projects that have stood out in competitions from around the world. While some of the proposals have been developed by established firms, including KAAN Architecten, ArchiWorkshop, Studio Akkerhuis, or Richez Associés, these competitions have also proven to be an opportunity for emerging designers to showcase their creativity and problem-solving abilities
In the competitive fields of architecture and design, mastering the art of visualization is as crucial as generating innovative ideas. Whether you harness 3D models from SketchUp, use AI-generated images with Diffusion [Labs], or employ external rendering programs like V-Ray, selecting the right visualization technique can significantly advance your professional journey.
Here’s a closer look at the top ten benefits of architectural visualization, illustrated by real-world success stories from the industry.
Anyone who lives in a big city may have dreamed of moving elsewhere and living isolated, in a house among the trees or on a deserted beach. During the pandemic and the endless months of quarantine, many more may have had this same idea. As romantic and seductive as this may seem, however, living deep in nature comes with some important practical challenges. Rarely would anyone give up the little comforts they are used to, like turning on a faucet or charging their cell phone. If the location is, in fact, remote, it may not have electricity, drinking water, gas, sewage, or solid waste collection. But there remain several possibilities for a life with comfort and without neighbors. What are the main solutions to enable this and how can an architectural project provide an off-the-grid life?
CUPACLAD® 201 VANGUARD. Image Courtesy of Cupa Pizarras
Slate is a metamorphic natural rock composed of clay minerals such as mica and chlorite, which give it a laminated texture and predominant shades of gray, black, and green. Widely used in the construction industry, it is known for its durability and distinct elegance, offering a timeless and sober finish for roofs and exterior walls. With its unique texture, it can transform the look of any structure using rectangular—or other shaped—pieces. Additionally, it is a highly resistant material to weather, fire, and environmental pollutants, ensuring long-term performance with minimal maintenance. Its eco-friendly production process, involving only raw material extraction and minimal processing, reduces CO₂ emissions, making it an ideal choice for sustainable contemporary architecture.
Most of us have probably imagined living in a castle at some point, whether during childhood, enchanted by fairy tales, or as adults studying European monarchies. Considering this fascination, what would you think if you had the chance to buy your castle? In mid-2014, you could make that dream a reality in Turkey for just $370,000. Each luxurious 325-square-meter castle came complete with blue turrets and spiral staircases. The only catch? Your castle would be one of 731 identical ones. But who cares about exclusivity when you have the chance to live in a Disney fairy tale?
Every project begins with a program brief outlining the spaces, areas, and requirements essential to kick off the design process. This essential document guides architects in understanding client needs, allocating space efficiently and ensuring the design meets the project's functional requirements.
However, manually converting this tabular data from a spreadsheet to spatial data in your massing tool is incredibly tedious and time-consuming. Tools such as Snaptrude are designed to help architects iterate faster and make more informed design decisions.
Skyscrapers are iconic symbols of modern urbanization and technological advancements all over North America. These structures are a sign of economic prosperity, urban density, and the capabilities of humanity’s ambition. In major cities across the continent, they shape the skyline and give identity to these metropolises. Cities like New York City, Toronto, and Florida utilize these cutting-edge designs to showcase power beyond their physical stature.
In general, skyscrapers are characterized by their remarkable height and pioneering engineering capabilities. They use advanced materials such as steel, glass, and concrete and serve as multifunctional spaces, ranging from housing to hotels and offices. Architects all around the world continually push the boundaries of architectural creativity, design, sustainability, and functionality while crafting these buildings. The structures allow architects to maximize land use in new ways, tackling densely populated urban areas.
They say Rome wasn’t built in a day, and the same surely applies to one of the most prominent and glitzy cities in the world: magnificent Paris. It might even seem that both cities, of legendary repute, are somehow counterparts. They were both envisioned by an emperor who wanted to display a political message of innovation, grandeur, and opulence. In both cases, these major urban reforms and massive reconstructions blanketed any popular struggle or resistance with blinding beauty and a popular entertainment setup (from gladiators to cancan dancers and brasseries). And thus came to be the Paris that we now know, a city of divertissement that amasses over 30 million tourists a year.
But it’s also fascinating to learn how an entire growing city was dealt with as a single, almost experimental mass project. For over twenty years, from 1853 to 1870, Paris was a continuous construction site. With the implementation of new technologies and new design standards, the result was not just a different aesthetic but a completely new social order, urban sprawl, and way of life.
Evolving theories in urban design seek to reframe how cities are built and experienced. As theory and practice grows more empathetic towards the needs of its diverse stakeholders, queer urban design brings a broad and holistic shift to understanding identity and community in publicly inhabited spaces. The approach challenges traditional - often rigid - methods of city planning by applying principles of queer theory to reflect fluidity and interconnectedness. On occasion of Pride Month 2024, ArchDaily investigates the building blocks of "queer urban design" to influence city planning practices to be more inclusive.
In the evolving landscape of architecture and urban design, bioclimatic and biogenic envelopes present a compelling vision for future cities. Dr. Arta Yazdanseta, a Doctor of Design focused on energy and environments, dives into the intersection of design, building performance, and plant biophysical ecology. With a focus on bioclimatic and biogenic envelopes, Dr. Yazdanseta examines how these typologies can enhance socio-natural systems by leveraging their self-organizing potential. Dr. Yazdanseta’s academic journey includes earning a Doctor of Design and a Master of Design in Energy and Environments from the Harvard Graduate School of Design.
Her contributions as a researcher at the Harvard Center for Green Buildings and Cities include developing environmental design strategies and performance analyses for the HouseZero carbon retrofit project. In this interview, Dr. Yazdanseta explores the concept of bioclimatic envelopes and their interaction with passive architectural design principles. With a potential to revolutionize urban environments, the interview reveals insights into her research, the benefits of plant-based materials, and the future of sustainable architecture, emphasizing the critical connection between human and environmental health.
As awareness of sustainable development grows, bamboo is emerging as an attractive alternative to traditional construction materials. This innovative material is making significant inroads in the construction of sports facilities, showcasing how sustainable practices can shape a greener future.
Bamboo stands out as an eco-friendly substitute for wood, concrete, and steel. Its application in sports facility construction markedly reduces environmental impact and enhances sustainability. The use of locally sourced bamboo in certain regions further decreases carbon emissions associated with transportation. The advantages of bamboo extend beyond its environmental benefits. This material is not only strong and durable but also lightweight and flexible, making it ideal for modern construction demands.
Courtesy of Saint-Gobain Architecture Student Contest
More than 224 universities from 29 countries participated in the 19th edition of the Saint-Gobain Architecture Student Contest’s international final. Students from all over the world imagined projects to transform a district of Helsinki in Finland. The winners have just been revealed during an event held by Saint-Gobain in the Finnish capital between June 10th and 12th, 2024.
Developers often make it sound as though their latest LEED platinum office building will single-handedly reverse climate change. The unfortunate reality is that they could spend a lifetime designing and building all of their work to meet the highest environmental standards, but it wouldn’t fix the problem. The planet will grow hotter, the seas will rise, and storms will intensify. A century of burning fossil fuels has baked global warming into the atmosphere for our lifetime.
For cities, hosting an Olympic event represents both an honor, an important opportunity for growth, and a significant challenge. With over 200 nations taking part in the Games, the Olympics are the largest sporting competition in the world. Adapting the public and sporting infrastructure to accommodate this sudden influx of people and the scale of these events runs the risk of misunderstanding the cities’ needs after the closing ceremony, often producing “white elephants” that struggle to adapt to the rhythm and necessities of everyday urban life. Urban transformations are often cited as an advantage of hosting the Olympic Games, as cities are incentivized to invest in their traffic infrastructure, housing, and public spaces. One such example is the city of Paris, which introduced its first metro line on the occasion of hosting the second edition of the Olympic Games in 1900.
When it comes to the venues, however, the issue of adaptive reuse becomes a pressing one, as the architecture is challenged to find solutions to transform, accommodating thousands of people during the Olympics, then scaling down to become a financially sustainable part of a city’s sporting offering. Across the world, several Olympic venues have managed to extend their usability after the closing of the games, opening themselves to the local communities and welcoming a more diverse programming of sports and leisure events. While the high construction costs are often difficult to justify, these venues have become markers of local identity and attractive tourist attractions, extending their use decades after welcoming the Olympic crowds.
