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Open More Doors is a section by ArchDaily and the MINI Clubman that takes you behind the scenes of the world’s most innovative offices through exciting video interviews and an exclusive photo gallery featuring each studio’s workspace.

In this installment of the series, we talked with Kai-Uwe Bergmann, a partner at Bjarke Ingels Group (BIG). Despite the size and fame of the firm – BIG has around 500 employees and maintains offices in Copenhagen, New York, Barcelona, and London – he emphasized camaraderie and connection as the most defining characteristics of the company. These traits are doubly emphasized in the open, nonhierarchical layouts of their offices.

Currently, there are a multitude of pavements in the market, each with different characteristics. When designing a public space, it is essential to ask the right questions regarding requirements and functions to determine the right material for the job. To begin: Where will the pavement be installed? (Will it be protected, exposed, wet, or damp?). What level of traffic will it experience? (Light, moderate, or high?). What type of traffic will it experience? (Pedestrians, bicycles, light vehicles, or heavy vehicles?). What other factors should be considered based on preexisting conditions?

From these questions, it is possible to draw a more precise and effective profile of the "abrasion resistance" of the pavement, an important factor to guarantee the durability and efficiency of the material. Then, the aesthetic, functional, economic, and sustainable factors may be added.

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Energy infrastructure has historically been met with a “Not in My Back Yard” response from policymakers and the public alike. Aside from the clear human health implications of coal plants and natural gas stations, the architecture of energy infrastructure has traditionally been driven by raw economy and feasibility, with isolated locations creating little need for architectural beauty. However, modern ideological and urban shifts are powering a new approach. 

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​CODE - COmpetitions for DEsigners has launched the “Roversi Design Award”, a competition of ideas aiming to design spaces for people’s life, work and amusement in the industry 4.0 era of fluidity and dematerialization. A cash prize of €10,000 will be awarded to the winners, selected by an international jury panel including Frans van Vuure (UNStudio), Peter Pichler, Nicholas Bewick (AMDL Circle), Livia Tani (Ateliers Jean Nouvel), Marco Costanzi, and Massimo Iosa Ghini, among others.

For decades, scientists have been warning us about global warming, and the consequences of human actions on the planet in the form of environmental disasters. The construction sector is today one of the major contributors to global warming and the climate crisis. According to data of the United Nations (UN), currently, 36% of the global energy is dedicated to buildings and 8% of all pollutant emissions are caused by the production of concrete alone.

The energy already embodied in the built environment is a precious unnatural resource. It’s time to start treating it like one.

At its Googleplex headquarters in Mountain View, California, Google has what is arguably one of the most sustainable corporate campuses in America. It has a new million-square-foot complex on a 42-acre landscape, featuring monumental futuristic buildings from Danish architect Bjarke Ingels and British designer Thomas Heatherwick. But these places are not the same place. Although the new campus has no doubt been developed with a sense of environmental duty, the radically sustainable campus is the one next door, which Google has been using since 2003. Foreseeably—and fortunately—they’ll go on using it. Built in 1994, it was once the corporate home of an earlier Palo Alto technology firm, Silicon Graphics.

Videos

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The “Xico-Parque Sur 23” project by the Mexican firm All Arquitectura grew out of the success of “Cancha La Doce,” which was developed in collaboration with love.fútbol and sponsored by the Pincus Family Foundation. Drawing on insights gained from previous projects on-site, the design and research process built upon an existing understanding of local needs and opportunities.

The history of timber construction stretches back as far as the Neolithic period, or potentially even earlier, when humans first began using wood to build shelters from the elements. The appearance of the first polished stone tools, such as knives and axes, then made wood handling more efficient and precise, increasing the thickness of wood sections and their resistance. Over the decades, the rustic appearance of these early constructions became increasingly orthogonal and clean, as a result of standardization, mass production, and the emergence of new styles and aesthetics.

Today we are experiencing another seminal moment within the evolution of timber. Nourished and strengthened by technological advances, new prefabrication systems, and a series of processes that increase its sustainability, safety, and efficiency, timber structures are popping up in the skylines of cities and in turn, is reconnecting our interior spaces with nature through the warmth, texture, and beauty of wood. Where will this path lead us? Below, we review 7 trends that suggest this progress is only set to continue, increasing both the capabilities and height of timber buildings in the years to come.

Videos

The Netherlands is the world’s second-biggest exporter of agricultural products. This is remarkable when one considers that the only country which tops the Netherlands, the United States, is 237 times bigger in land area. Nevertheless, the Netherlands exported almost $100 billion in agricultural goods in 2017 alone, as well as $10 billion in agriculture-related products. The secret to the Netherlands’ success lies in the use of architectural innovation to reimagine what an agricultural landscape can look like.

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In contemporary train stations, architectural pursuits associated with innovation and modernity tend to predominate. We often glorify designs with clean lines and gleaming glass buildings that showcase advancements in technology and engineering. Yet, classicism and styles that endure the passage of time—with their solid materials and sculptural details—possess a certain allure. Within their familiar forms, defined by order and symmetry, lies something that allows us to connect with the past.

Videos

The School of Architecture and Design at IE University expands the boundaries of architecture and design to provide sustainable responses for a changing world. Located in Madrid and Segovia, Spain, this innovative school is one to watch.

The career of Gottfried Böhm (born January 23, 1920) spans from simple to complex and from sacred to secular, but has always maintained a commitment to understanding its surroundings. In 1986, Böhm was awarded the eighth Pritzker Prize for what the jury described as his "uncanny and exhilarating marriage" of architectural elements from past and present. Böhm's unique use of materials, as well as his rejection of historical emulation, have made him an influential force in Germany and abroad.

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1:1 Proyectos sobre los territorios del Perú is a book by Peter Seinfeld and Felipe Ferrer that summarizes their students' work over more than seven years. 

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Climate change is an issue that has gained increasing traction in public and professional discourse over recent years, driven by a clear urgency to research, document, and mitigate environmental damage through multidisciplinary strategies that raise awareness of our current reality. Organizations such as the UN have issued a global call to action to adopt measures that end poverty, protect the planet, and ensure that all people enjoy peace and prosperity.

Like the cobogó and the brise-soleil, the muxarabi is an architectural element designed to reduce solar heat gain inside buildings, acting as a “filter” that allows air to circulate freely. Typically made of wooden lattices, muxarabi panels offer the advantage of being lighter and cleaner to install compared to cobogós, for example, since they do not require mortar for assembly.

Real-time architectural visualization provides a compelling immediacy that helps stakeholders in architectural projects better understand unbuilt buildings. With the interactive architectural visualization tool Twinmotion, it’s now possible to transform BIM and CAD models into these convincing real-time experiences quickly and easily. Architectural designers benefit enormously from tools that are easy to learn and use, but they also want to create visualizations that provide a genuine sense of presence. Realism is the key to achieving this, a focus of the upcoming release of Twinmotion 2020.

In this article, we’ll provide a sneak peek at some of the new Twinmotion features.

Michelangelo's sculptures. The ancient Greek temples. Castle interiors and palaces. The iconic Barcelona Pavilion of Mies van der Rohe. When we approach the history of architecture and sculpture, it is inevitable that we speak of marble. Originating from a chemical reaction in limestone when exposed to high pressures and temperatures for thousands of years, this notable material is a metamorphic rock generally found in regions where volcanic activity has occurred. Its extraction, by itself, is already a spectacle.

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Peripheria Films shares a documentary that explores "the exploitation of territory, the private occupation of public space, the representation and construction of identity through postcards and souvenirs, the conversion of architectural heritage into a product and the city into a brand, and the touristification of historic centers."