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By emulating manual manufacturing techniques, 3D printing utilizes digital models to create customized three-dimensional objects through an additive production process. This tool enables architecture to explore innovative forms, structures, and materialities, providing new paths for creative thinking. Progressively expanding its limits, 3D printing is integrating other existing technologies to unlock new uses and typologies. Such is the case with the work of Philipp Aduatz, which combines 3D printed textured structures with LED lighting, adding a new layer of complexity to enable the creation of the world's first 3D printed film studio.

Identified as small rectangular blocks made of fired or sun-dried clay, bricks have traditionally been used for building pavements, walls and other elements of masonry construction. Laid in courses or rows and joined together with mortar, bricks are known for their strong structural strength and durability. But beyond their basic functional purposes, their multiple patterns, sizes and shapes allow for a distinctive aesthetic with an infinite design versatility, becoming a design feature themselves. Showcasing an example of aesthetic brickwork, we will take a closer look of Villa Peer, an architecture project in Belgium that uses Randers Tegl’s long format waterstruck bricks as the main design feature for the whole building’s facade.

A widely discussed topic lately, the circular economy encompasses a whole production and consumption system which pursues the reuse of existing materials as long as possible. However, how does this ongoing concept involve architecture, design and its aesthetics? Joining the shift towards a circular future, architecture is discovering how circular operations and the reuse of materials can result in new aesthetics, as well as in an overall improvement of its environmental impact.

Learning how circularity (and material reuse) creates distinctive aesthetics, the following article analyzes the way projects are reinterpreting their design process throughout three strategies: detachable, rustic and malleable architecture.

Cities are filled with waste materials and the need to reuse existing resources has become key in fighting the increase in waste production. More than a third of all the waste generated in the EU comes from construction and demolition, containing different materials such as glass, concrete, bricks and ceramics. But how to manage this staggering amount of waste production from construction? According to the Spanish Law on Waste and Contaminating Soils, concrete and ceramic waste with no considerable processing can both be reused in construction . By combining reused material waste with technology, architectural design can create innovative solutions that contribute to minimizing environmental impact.

Focused on bringing spaces back to life, Avalon Collective takes a pre-existing building and transforms it into a contemporary hotel that relates to the locality and origin of Orchard Road, while capturing its modern retail context. Through a consistent design language and spirit that incorporates history and regeneration, the new Hilton Singapore Orchard has been selected among the five winners of the 2022 Best of Globe Winner.

Historically home to vikings, kings and queens, Copenhagen is a vibrant city that mingles contemporary architecture with traditional waterways, narrow cobblestone streets, old timbered houses and ancient castles. Filled with history, its buildings embody a historic legacy that traces the memory of all the characters, epoques and events in which the city has passed through. How to keep all this history alive? By refurbishing traditional buildings within modern design, Copenhagen respectfully enjoys its historical architecture while adapting to current trends.

Taking a moment to envisage the existing built environment before addressing a clean slate, refurbishment allows architects to repurpose existing structures for a new use, preserving its character and history while reducing the environmental impact of new constructions. Through the most outstanding cases of rehabilitation of classic buildings in the city, the following article analyzes three different strategies for reusing historic buildings through innovative and sustainable design.

Known as building envelope surfaces that define and condition spaces, enclosures play a key role in architecture. In response to the need to ventilate, heat, and provide maximum comfort inside the home, enclosure systems have evolved in both composition and functionality. Along with closing and opening spaces, their primary function today is to act as a barrier between the interior and exterior, responding to climatic variations and providing thermal comfort to building occupants.

When organizing the elements, materials and colors of an architectural layout, architects can successfully guide users through a room and its different spaces, therefore creating an easy and seamless trajectory for those inhabiting it. By exploring innovative strategies to create new ways of arranging a space, architecture can use color to boost certain aspects of a project’s scheme. The use of color in architectural design combines different factors beyond aesthetic preferences by also affecting the user’s emotions and behavior. Before launching into the color selection, the design process entails certain decision making, such as which architectural elements to highlight, if there is a zonification or division of spaces within the use of colors, the creation of focal points, and the consideration of how each color is associated with a determined mood.

With a breakdown of five architecture projects, the following article analyzes how color is applied as a design strategy to define spaces through three categories: structure, elements and objects, and definition of spaces.

'Color in certain places has the great value of making the outlines and structural planes seem more energetic' - Antoni Gaudí

Sustainable cities demand sustainable solutions, which imply the development of a new mindset for the reformulation of conventional creation processes. Within the fight against climate change, the circular economy concept is known as a key factor for the sustainable solutions of the future. Part of this concept is known as circular design, which aims to transform the traditional paradigm of ‘using and throwing away’ into a commitment to reusing existing materials.

Circular design rethinks the creation process of products from the first steps, guiding architects and designers to create products that can be reused, recycled or transformed. Applying circularity in architecture opens the debate of rethinking the life cycle of construction materials. In this manner, fiber cement cladding –a combination of basic earth elements, mineral materials, water, air and fire, in a simple filtration process– proposes a design solution that meets the basic principles of circular construction. In addition to its composition, strength and durability, these products are designed as a system that can outlast a building's lifecycle.

Every year, Earth Overshoot Day demonstrates that the availability of natural resources has a limit. In the words of the WWF, this day marks when “humanity’s demand for ecological resources and services in a given year exceeds what Earth can regenerate in that same year.” As this day arrives earlier each year, implementing renewable strategies becomes vital for sustainable development. To minimize environmental impact, the concept of ‘sustainable building’ has emerged as a guide to promote sustainability throughout all stages of construction. Alongside the integration of technologies that foster passive strategies, selecting materials based on local availability and conditions is essential to reducing a building's environmental impact, both in its construction and its future use.

Jachen Schleich, architect and coordinator of the CEELA Project in Mexico, discusses their vision of architecture and the importance of sustainability in design decisions. For their architectural firm, ‘Locus’—whose name means place in Latin—architecture must establish a new aesthetic understanding through site-responsive design. The 'VI' Project exemplifies this design methodology, where form is proposed as the result of three dimensions: behavior, belonging, and function.

Faced with the challenge of the housing deficit—defined as the number of new homes needed to accommodate doubled-up families and replace uninhabitable dwellings—the construction industry must seek new design strategies to address this issue. How can we address the housing deficit through quality housing? Alongside constructing new homes, architecture must propose designs that ensure habitability, which largely depends on solutions that promote effective thermal conditioning.

Through its building materials, products, and systems, ETEX Chile develops thermal strategies focused on habitability and comfort, responding to the specific climatic conditions that characterize each region of the country.

As living spaces are becoming more scarce and expensive, design must create innovative strategies that maintain a balance between functionality and aesthetic expression, enhancing the creation of smaller spaces. With this goal in mind, Geberit has launched a competition across six European countries –Germany, France, Great Britain, Switzerland, Czech Republic and Denmark– to reimagine the bathroom inside a 6 m2 space, a common size in the urban environment that still allows for different layouts.

While offering a realistic approach, these proposals work as a guide on how to design bathrooms that optimize space and, at the same time, combine different products, materials and colors accordingly (and creatively).

By re-energising the existing building’s meeting floors, the EY Melbourne Project takes a step forward towards collaborative spaces and the way to reinvent workplaces. Within an architectural layout that combines adaptive reuse with the incorporation of featured products, Gensler designs a flexible space which has been selected among the five winners of the 2022 Best of Globe Winner.

Annually, 13% of the waste generated by humans is recycled, but where does the remaining 87% go? The combination of different types of waste is gradually filling the Earth’s oceans and landfills, leading to a negative impact on wildlife, the natural environment and human health. Within the large amounts of solid waste produced in developed cities, used electronics are a clear example of how materials can be efficiently managed after their life cycle ends. Understanding the behavior of these materials and resources before, during and after their useful life cycle has guided the search for new solutions, such as the Cradle to Cradle (C2C) methodology.

C2C proposes the design of products or processes that function as a healthy ecological system, where resources are efficiently managed in a cyclical way. By applying this methodology to electric appliances, JUNG has developed circular design strategies for their most-used switches and plugs for conventional and smart building technology, allowing them to be dismantled and reused when the product is no longer fit for use.

Urbanization and the evolution of modern cities have led to the development of high-rise building constructions, but what is the real environmental impact of these buildings? Traditionally designed with concrete as the main structural material, their construction implies an increase of CO2 emissions released into the atmosphere, air pollution and a rise in energy and water consumption. These consequences call for the development of new sustainable strategies outside of the industry’s comfort zone, such as the incorporation of wood as a structural element. Cross Laminated Timber (CLT) has emerged as a new structural strategy that Chilean architects have begun to incorporate into the country’s architecture, adapted to local conditions and norms.

The ‘Tamango Project’ by Tallwood architects is an example of the challenges and opportunities of wood construction in the country and the region, as it might potentially be the first 12-storey building with an engineered timber structure. Changing the traditional construction paradigms of the area, Tamango represents a step into sustainable solutions that follow an integrated design process through all the stages of an architectural project.

Within the different spaces of an architectural project, bathrooms tend to be a mix of both functional and relaxing areas. Their place inside a project’s design implies a proper selection of fittings, where architects and designers can play with different shapes, colors and textures to follow the style of the whole scheme. As a source of inspiration for countless bathroom fittings, Dornbracht’s TARA collection combines geometric shapes with timeless modernity, all through a clear formal language.

This year, TARA celebrates its 30th anniversary, for which designers Michael Sieger and his brother Christian Sieger commemorate the collection’s creation process and how it has developed into an icon through the years. Today, the designers are looking for serenity, simplicity and sustainability: “We don't want to define ourselves by extravagant design or by design at all”. Together with the innovations launched in 2022, the team designed a unique lead bath architecture for the collection.

Turning a space's lights on or off is a routine part of daily life. This almost automatic action is made possible by a switch, a device designed to divert or interrupt the flow of electrical current. Given its essential role in everyday life, how can we combine a switch's functionality with aesthetic appeal?

Just as current design trends integrate exposed installations and services into interior design strategies, the new range of light switches combines functionality with an aesthetic diversity tailored to the personality of each space. Adapting to different styles relies on a combination of three factors: the choice of materials, colors, and formats. Below, we look at the available options using the GIRA catalog as a guide.

When designing an architecture project, defining the flooring is a key element in achieving the comfort, style and functionality imagined by the design team. Depending on the type of use and its requirements, architects can choose the most suitable materials, textures and finishes for each project. Terrazzo & Marble offers a sustainable option to traditional materials like wood, carpet and ceramic with Terroxy Resin Systems, which are known for their sustainability, design flexibility, durability and low maintenance.