Landscape architecture has traditionally been associated with lush greenery, rooted in the historical development of gardens and parks as spaces that bring nature into urban areas. This connection to greenery is deeply ingrained in the origins of the field, where the creation of verdant retreats was seen as both aesthetically pleasing and beneficial to human well-being. However, in regions like the Middle East, where water scarcity and harsh climates are more prevalent, there is a growing trend toward using local materials such as sand, stone, minerals, and indigenous plants. This shift reflects a more sustainable approach, reimagining landscape architecture to align with the environmental and cultural contexts of the region.
Traditional building solutions tend to work well in their respective contexts, as they have withstood hundreds of years of testing and improvements, and use techniques and materials available locally. Although globalization and the democratization of access to technology have brought more comfort and new opportunities to humanity, it has also led to the homogenization of solutions in the construction sector and a dependence on global supply chains for construction materials and components. This has also caused a rupture in how knowledge is passed on to new generations and, eventually, the disappearance of traditions.
In particular, the topic of passive cooling solutions for buildings is currently having a resurgence, with an effort to recover ancient techniques used throughout history in locations that have always had to deal with hot climates. This is even more evident due to the high energy costs imposed by artificial cooling, the global warming scenario, and mainly because, among the projections of population growth, a significant portion of megacities will be located in the predominantly hot climates of Africa and Asia. When we think about the future, is it possible to be inspired by the past and apply ancient cooling techniques to contemporary buildings?
As a result of the nation’s ardent aspirations for growth and development, the social, economic, and physical landscape of India has transformed. A significant portion of the region’s population is of working age and comprises a massive market size, making India a land of opportunity especially in the eyes of foreign investors.
Reflecting this context, multiple mega-cities and mega-projects characterize the built environment and push the nation toward superpower status. On the flip side of the coin, these visionary projects along with the trend of rapid urbanization also bring in a range of side effects - the spread of informal settlements and in turn, the challenges to equitable development.
The A' Design Award was established to highlight the best in design worldwide. The international award serves as a platform for designers, architects, and innovators from all design disciplines to present their work to a global audience. The 2024-2025 edition is now accepting entries.
Over-providing traditionally implies offering more than is necessary, often carrying a negative connotation due to the potential for excess and waste. However, could there be scenarios within the built environment where over-providing proves advantageous? The question critically examines how overprovisioning might enhance a building's flexibility and adaptability to diverse and evolving conditions.
The underlying assumption of accurately providing what is needed for a building is that stakeholders—including owners, architects, and designers—can accurately predict and cater to a structure's current and future needs. This assumption, however, is challenging to realize, as societal, economic, and cultural shifts frequently occur in unpredictable ways. In this context, over-providing emerges as a counterintuitive yet potentially beneficial strategy. As buildings and structures inevitably transform, those designed with inherent adaptability reduce the need for costly renovations or complete rebuilds.
Are humans the only stewards of the built environment? For many architects and planners, spaces are designed with a focus on the needs, comfort, and health of humans. A spatial ordering, in constructed spaces and the urban fabric, designates humans as the default, singular user in this scenario. However, as much as humans have influenced the trajectory of the world, other species play a crucial role in designing, forming, and maintaining the urban landscapes of the twenty-first century.
Bauhaus's designs have influenced our contemporary society in obvious and subtle ways. Iconic examples include Marcel Breuer’s Wassily Chair, the B55 Chair, the Bauhaus typeface, and the graphic design principles emphasizing clean lines, primary colors, and geometric shapes. However, the architectural construction details of the Bauhaus movement are much less discussed. While most can readily identify modern or Bauhaus buildings by their geometric forms, functionality, and industrial materials, their architectural details are often overlooked. They not only echo the design language of Breuer’s renowned furniture pieces but also have influenced the much-celebrated architectural glass details of Mies van der Rohe. How were Bauhaus's details executed, and how might they be translated into contemporary details today?
In 2019, the Secretariat of Urban Development hired the Faculty of Architecture at the National Autonomous University of Mexico to organize a competition to develop small-scale public works in vulnerable regions of northern Mexico. At that time, architects from the mentioned university—Gabriela Carrillo, Carlos Facio, José Amozurrutia, Eric Valdez, and Israel Espín—came together to participate in their proposal for this challenge. Believing in the importance of forming a team and understanding that architecture emerges from moments of collective discussion, exchange of ideas and positions, and sharing knowledge and experience, they formed the architectural collective C733.
First Prize Winner + Buildner Student Award. Image Courtesy of Buildner
Buildner has revealed the results of its Under Bridge Affordable Housing Challenge, the 17th version of its Affordable Housing competition series, which focused on proposing design solutions to address housing challenges in cities around the world. This competition aimed to transform neglected areas under bridges, turning idle or empty spaces in sprawling cities into vibrant and thriving communities.
Participants were invited to select any "under the bridges" site globally, considering factors such as accessibility, available amenities, and how the proposed solution would integrate with the existing community or city. Designs needed to demonstrate adaptability, ensuring they could meet diverse needs while remaining cost-effective and sustainable. Buildner and its jury sought practical, scalable, and eco-friendly designs to revolutionize these overlooked spaces. The competition encouraged creative thinking and innovative housing solutions that challenge conventional approaches.
Space exploration isn’t merely a testament to human ambition or a quest for new territories and resources. Our ventures beyond Earth’s atmosphere are driven by a deeper purpose: to understand better our place in the cosmos and to pioneer innovations that can transform life on our home planet.
In the realm of architecture, the integration of Artificial Intelligence (AI) is no longer a vision of the future but a present reality transforming the way designs are conceptualized and executed. As global architectural powerhouse Kohn Pedersen Fox (KPF) pushes the boundaries of innovation, they have strategically adopted D5 Render, an advanced AI-driven real-time rendering tool, to enhance their design efficiency.
Latin American architecture is rich and diverse. This is reflected in the various stones used across different regions over the centuries. These materials highlight the varied geology of Latin America and illustrate how local cultures have adapted their construction methods to natural conditions, resulting in unique and meaningful architecture. In contemporary architecture, stone aligns with sustainability principles due to its durability, low carbon footprint, and local availability. Additionally, stone's aesthetic appeal enhances the creation of timeless spaces that strengthen the connection with nature and the surrounding landscape.
Whether you're an architect or interior designer, having the right tools can make all the difference in streamlining your workflow. SketchUp has powerful tools that help millions of professionals speed up their project development. Here are seven ways the 3D modeling and design software can help you achieve your goals.
Operating in urban environments often requires us to make decisions regarding pre-existing structures. The increase in city density has directly impacted the availability of space for developing new and independent constructions, sparking debates about what stance to take toward built heritage that has become obsolete—either due to deterioration or because it no longer meets the functional needs of the contemporary population. In cases where buildings have seriously deteriorated or new projects differ greatly from the spatial possibilities an old building can offer, preserving only the façade—as an exterior envelope, almost like a superficial element—can be seen as a partial solution that allows for the preservation, in part, of the urban character of a structure if it holds some public or cultural value. The controversy arises, certainly, from the lack of relationship or connection between the transformed interior and the preserved exterior.
Modern airports have increasingly become symbols of architectural innovation, moving beyond their primary function as transportation hubs to become significant landmarks. A prominent trend in contemporary airport design is the use of curved forms to create fluid, dynamic spaces that enhance both functionality and visual impact. These curves, made possible by advancements in construction technology, allow for more flexible and expansive interiors, as well as designs that can better integrate with natural landscapes and improve passenger circulation and experience.
The Roman Colosseum is arguably the most iconic versatile venue in the world. Although this structure was not intended for sporting activities, it hosted various events, from the well-known gladiatorial combats to theatrical performances and the dramatic naumachia (naval battles). This demonstrates that flexible use of space has been relevant since ancient times. Centuries later, in the context of the ever-changing built environment and urban development, sports venues have similarly evolved, becoming outstanding examples of multi-purpose spaces.
These athletic complexes have transformed from highly specialized venues into dynamic, multifunctional structures. Whether hosting major international events such as the Olympic and Paralympic Games or serving as gathering spots for local communities, these spaces strike a delicate balance between addressing the needs of specific sports and maintaining the flexibility to accommodate a range of activities. How do these diverse functions coexist and interconnect? This analysis will explore how sports facilities are configured as flexible hubs for other disciplines and everyday activities.
https://www.archdaily.com/1020243/from-wooden-shells-to-polycarbonate-panels-the-materials-shaping-flexible-sports-spacesEnrique Tovar
In today’s world, climate change stands as one of our most pressing challenges, with the built environment responsible for nearly 40% of global carbon emissions. So, how can we, as professionals in the AEC industry, underscore our role in mitigating this impact?
How is it possible to open educational spaces to the outdoors, and what are the appropriate conditions for their development? What bioclimatic strategies can be implemented to contribute to environmental comfort and the cultural preservation of communities? By conceiving outdoor learning spaces and blurring the boundaries between indoors and outdoors, the educational infrastructures projected by the Semillas association in the Peruvian jungle invite reflection on the opportunities for gathering, meeting, and community participation among students, families, and local residents. Linked to the site's uses and customs, this conception of space represents a way of living where the implementation of bioclimatic strategies, along with the use of local materials and construction techniques, come together to create an architecture connected to its environment and history.
