The principles of the circular economy have been most influential and applicable to the construction industry. Emphasizing the efficient use of resources, models around reuse and recycling of components and materials are increasingly being pioneered by global architecture practices. The concept of "design for disassembly" has emerged as an innovative approach especially in the case of building facades. Striking a balance between the demands for new infrastructure and the transition towards sustainability requires a review of traditional facade design throughout its lifecycle.
The facade of a building often serves as a reflection of both the urban fabric it is set in, as well as what lies behind it. Beyond aesthetics, facades hold important functional, cultural, and sustainable significance, especially in relation to the interior design. Although natural light, views, and spatial organization are influenced by the facade, architects have been prioritizing the relationship between the building's envelope and the quality of the interior, keeping in mind current cultural, economical, and environmental changes influencing the way people design their living space. So responding to these ever-changing needs and habits, along with the focus on overall wellbeing, architects offset the facade and ceiling - and in some particular cases, floors - to create interiors within interiors; secondary envelopes that protect the interior space from the outside environment.
For decades, our society and the development of our built environment have been strongly associated with intensive extractive processes. While these methods were fundamental to the growth of urban areas, they also laid the groundwork for significant challenges that contemporary generations face today. Nowadays, construction debris accumulates on the peripheries of our cities, and plastic waste floats in the oceans.
In this context, and similarly to the idea expressed by Alvar Aalto, who stated that "modern architecture does not imply the use of new materials, but rather employing existing materials more humanely," it is crucial to reconsider how we manage our resources and waste. This shift in direction provides us with new opportunities to address the challenges that the ongoing climate crisis has brought. In response, various actions are now being taken, using materials such as food waste, recycled wood, and plastic debris, among others, exploring innovations in a context where raw materials are becoming increasingly scarce.
https://www.archdaily.com/1013787/casting-furniture-with-upcycled-plastics-and-urban-debris-los-colados-projectEnrique Tovar
Throughout the city's history, buildings have changed their use and function, which is inevitable, as each era presents unique issues and requirements. Factors such as housing types, population density in specific areas, and the emergence of new businesses and services reshape the cityscape, often outpacing the adaptability of existing structures. Therefore, revitalizing or rehabilitating buildings is logical but also necessary to meet the demands of a changing landscape.
Any historiography of architecture is inherently implicated and incomplete by definition: implicated because it demonstrates the interpretation and curation of examples by the one who writes it, and incomplete because, in this selection, divergent examples often fall outside the "official" timeline. However, the ability to trace forms, their application, and repetition over historical periods separated by centuries is always a good indication of genealogy. This lineage situates examples and broadens repertoire.
A historiography of architecture can bridge past-century elements and movements considered 'outdated' with contemporary forms and applications, establishing a nexus of relationships that offer conceptual and design insights. By categorizing specific styles, notable features are emphasized, often resonating with present-day scenarios as suggested by bibliographical sources, which holds even for seemingly distant connections, as exemplified by the Rococo.
The use and demand for natural materials in architecture and interior design have facilitated the revival of updated traditional construction systems for the contemporary context. What was once considered rustic is now being explored in more modern settings; therefore, the application of the material is also subject to new forms of fixation, coloring, and orientation (horizontal or vertical). While wood is the dominant material in traditional systems and environmentally sustainable materials, another material that has been used for centuries, equally sustainable and biodegradable, and has received less attention is straw.
After two weeks of open voting in the 15th edition of the Building of the Year Awards, our readers have meticulously narrowed down a pool of over 4,000 projects to a select group of 75 finalists spanning 15 categories. This year's awards enthusiastically honor the pinnacle of design, innovation, and sustainability on a global scale, showcasing an exceptional range of projects within the shortlist. As a crowdsourced award, we take pride in affirming that your selections authentically mirror the current state of architecture, and the caliber of this year's finalists further underscores the excellence and diversity prevalent in the field.
Is it possible to assert the existence of a timeless material in architecture from an aesthetic standpoint? Undoubtedly, wood and concrete emerge as strong contenders, not only due to their representation of the solidity, volume, and mass of buildings but also because they provide a broad range of aesthetic possibilities in projects. Concrete, in particular, exhibits greater malleability in comparison to wood. While wood already offers flexible solutions, such as through CLT systems, concrete is derived from a blend of liquid, powder, and an aggregate—a paste that can be poured into a mold, spread over a surface and shaped into various forms.
pixel application. Image Courtesy of Rieder Group / Florian Voggeneder
Nowadays, the concepts of reducing waste and upcycling have experienced a remarkable expansion in various fields of architecture, driven by the need to change the paradigm of consumption habits in both society and industry. This wave not only responds to sustainable approaches but has also demonstrated significant benefits in economic terms. Today, the transformation of various resources, from excavated earth to agro-waste and plastics, is being carried out to create new materials, thus consolidating the efficiency and feasibility of more environmentally friendly practices.
Within this context, technology and data have contributed significantly to a better understanding of materials and to exploring new processing methods. In this regard, artificial intelligence has become a valuable ally. In addition, innovations in software have made it possible to maximize the potential of what was previously considered waste. Correspondingly, Rieder has introduced a product innovation named pixel, aimed at minimizing waste in the production of facade elements constructed from glass fiber-reinforced concrete.
https://www.archdaily.com/1012597/transforming-waste-into-pixels-of-glassfiber-reinforced-concreteEnrique Tovar
The unique language employed by each architect serves as the foundation for analyzing their work. Over time, this distinctive style becomes more evident, allowing for the identification of past influences and references. Simultaneously, it showcases a continuous evolution of this language, manifesting as a formal progression that aligns with the contemporary context. The projects by Studio Guilherme Torres serve as exemplary instances of this developmental journey, spanning from its inception to the present day.
Within a city, various factors are taken into account when it comes to housing, such as location, proximity to services, mobility, access to natural light, view, and noise levels. These considerations are particularly crucial in densely populated areas, with a stronger relevance to apartments in high-rise buildings. In contrast, when designing a house, specific factors are inherently addressed. It is assumed that a single-family residence is situated away from busy city centers, leading to longer commutes for services. The availability of natural light is influenced by the location of the building on the land, and noise is minimized because residential areas are usually away from bustling urban environments.
Well-planned lighting makes all the difference in an interior design project, impacting various aspects. It goes beyond mere aesthetics to play a crucial role in creating atmospheres capable of influencing and altering people's emotions and perceptions within spaces. While direct lighting can provide overall and uniform brightness, ensuring proper illumination for daily activities, indirect lighting offers a more subtle and effective approach, which creates cozy, gentle, and pleasant environments.
3D printing holds vast potential due to its ease of large-quantity manufacturing, its flexibility in terms of material exploration, and its ability to materialize all kinds of geometries. This year, architects and designers have looked at 3D printing technology to decarbonize construction materials, integrate contemporary aesthetics with traditional construction methods, and add a layer of craft and artistry to interiors and facades.
As we head towards the end of 2023, an eventful year that could be defined as the year of "shifts", we take a look at how global events and trends impacted the design of interior spaces. Looking back, people questioned everything, and the architectural practice was no exception. A new voice was given to nations often forgotten as architects searched for alternative ways of designing and building. We questioned colonialism, consumer culture, waste, tradition, and authenticity, bringing about new perspectives within the discipline. Interior design in 2023, however, was reserved; explorative, but a lot more modest and subtle compared to previous years. Following years of constant changes, it seems as though people felt the need to pause, slow down, and embrace simplicity, while expressing their individuality through acupuncture interventions.
Innovative materials play a crucial role in shaping the future of architecture. They offer not only novel ways to craft buildings but also sustainable and efficient solutions to address pressing environmental challenges. Architects and designers are now more than ever exploring and integrating innovative materials into their projects. By harnessing the unique properties of these materials, they create structures with new visual languages while also being environmentally friendly.
As part of our year-in-review, we reflect on the innovative materials that were featured. These materials delved into the concepts of recycling agro-waste, adapting bio-based products, transforming local materials, and decarbonizing concrete. The objective was not only to offer alternatives to traditional construction practices but also to help reduce carbon emissions and promote a more sustainable built environment. In this dynamic field, these materials demonstrate the potential to revolutionize building design and construction in diverse contexts, paving the way for a more sustainable and resilient future.
Amid the ongoing environmental crisis, bioeconomy has gained significance across different domains, particularly in the construction sector, where efforts there is a push to enhance sustainability. This shift in mindset has also influenced the realm of interior architecture. With a growing awareness of climate change and the imperative to protect our planet, architects and designers are increasingly embracing biomaterials. The result is the creation of spaces that not only captivate visually but also demonstrate a proactive commitment to the environment.
Whether through small samples of materials or a digital collage, a moodboard is a valuable project tool for architects and designers; an inspiration board with colors and elements to guide choices. The objective is to use this as an inspirational tool for upcoming projects, in order to define backgrounds, predominant textures, and standout details. To this end, surfaces play a fundamental role in defining a space and setting the tone of the space, just like a piece of music, where all the other elements may or may not match the harmony of the chosen palette.
Amidst the immense possibility of constructive solutions, all have advantages and disadvantages, gains and limitations. Whether for economic reasons, deadlines, material availability, or spatial performance, each type of material responds to the project in a certain way and gives it a specific visual and environmental aspect. In general, multiple construction systems are required, enabling the offsetting of any shortcomings in one material through the performance of another. This approach ensures a balanced and effective implementation of diverse materials to address specific project requirements. Drywall panels, or drywall, are on this threshold between rejection and preference.
