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Renovations involve design processes that transform, refurbish and enhance architectural elements. From gentle aesthetic changes to structural additions, building renovation can improve functionality, safety, and energy efficiency. By integrating new technologies, contemporary strategies are giving new life to existing buildings, propelling already-built projects into the future.

Through their energy-efficient, durable, and bespoke solutions, SolarLab leverages architectural heritage by introducing custom energy-producing facades to existing buildings. By seamlessly combining technologies with design freedom, these solar facades adapt to each project’s style while acting as rain screens with a long, maintenance-free service life. Moreover, by producing sustainable electricity, integrating this system into refurbishment projects contributes to the building’s day-to-day operations, effectively reducing its environmental impact.

Some of the most memorable and moving exhibitions are the ones that simplify their staging, illuminating objects and narratives while pulling focus from everything else. A stark but meticulous –and above all modern– presentation is the goal of the museum curator. The process of installation shouldn’t be laborious. The fingerprint of the architect shouldn’t be visible. The eye of the visitor wants to see unbroken silhouettes of couture garments, archaeological treasures, and sculptures. Exhibitions tell stories, and the design of each show is the medium. The presentation must be crisp, clear, and light. A sense of perfection elevates the uniqueness of a collection of objects; barely apparent joins, lines and an overall feeling of transparency make that achievable.

IE School of Architecture and Design is launching the fourth edition of their MBArch Entrepreneurship Challenge 2023 IV Edition. For optimistic and young entrepreneurial professionals with less than 15 years of experience, the challenge is geared toward those who have identified a relevant problem in their industry and would like the chance to solve it.

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As has been widely reported, the construction industry is responsible for approximately 40% of all global carbon emissions. This is an enormous issue, and there is no single solution. 

It is in this context that Codesign has proudly partnered with 2050 Materials to launch an early-stage Carbon Calculator. This simple tool takes the building data from Codesign's building model and combines it with user-selected properties to calculate the carbon impact of the design.

The International Prize for Architectural Restoration “Fassa Bortolo Domus Restoration and Preservation” was established for the purpose of rewarding and promoting architectural restoration works that have managed to best interpret the preservation principles including through the use of contemporary forms of expression. It was conceived and promoted in 2010 by Fassa S.r.l., owner of the Fassa Bortolo brand, and by the Ferrara University, Department of Architecture.

When we conceive an architectural project, it is crucial to transcend mere aesthetics and consider all aspects of our material decisions. The spaces where we live, work, and interact should not only be visually pleasing but also contribute to our safety and comfort. What if, in addition, they could improve air quality and reduce the amount of pathogens on surfaces? This is why the selection of materials plays a fundamental role, and architects and specifiers need to strive to acquire as much knowledge as possible about the materials and systems they incorporate into their projects.

Within the shifts in architectural movements and styles, furniture design has also evolved throughout the years, transitioning from elaborate curvy lines and opulent materials to simple and functional layouts, and back again, in constant movement. As it continues to evolve, contemporary furniture design is often influenced by technological advances, exploring digital fabrication and user-centered design, while also responding to sustainable strategies. These innovations have elevated custom furniture design, crafting unique pieces tailored to individual needs, preferences, and space specifications.

With the ability to adapt to each user, bespoke furniture design creates unique pieces crafted to meet individual needs, preferences, and space specifications. Delving into augmented reality (AR) and virtual reality (VR), Tylko creates customized, long-lasting, and sustainable solutions for sideboards, wall storage, bookcases, wardrobes and TV stands. Analyzing their tech-forward approach to creating endless possibilities of made-to-measure furniture, we showcase their design process experience, along with their intuitive online configurator and augmented reality app.

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Although considered common practice today, the concept of hand hygiene was not initially deeply ingrained in society. It wasn't until 1847 when the Hungarian physician Ignaz Semmelweis, supported by scientific evidence, proposed that hand washing was a hygienic measure with a direct impact on people's health. From this point on, the rest is history. Hand hygiene has become a widespread practice, ranging from washing to drying, accompanied by various accessories that play specific roles in the process.

In contemporary environments, especially in the context of collective well-being, public restrooms have become a focal point. This shift in focus is, in part, a response to the post-pandemic emphasis on hygiene and the role of restroom accessories in these settings. Among the accessories available, hand dryers have garnered significant importance, even transcending their primary function. In light of this, Mediclinics has innovated by introducing a new hand dryer concept that places a strong emphasis on enhancing the user experience while offering innovative restroom equipment with a distinctive U-shaped design.

Design confidence is crucial to the team at Checkwitch Poiron Architects. If they can be confident in their design, then it becomes much easier to advocate for it with clients. The team builds that confidence with flexible software and cultural awareness.  

In the contemporary context, global warming has marked a turning point in the way we think about architecture. We are witnessing record temperatures on our planet and a challenging panorama in many large cities, characterized by heatwaves and, in some cases, more severe winters. These circumstances have triggered a cycle in which the demand for heating and cooling systems increases, which, in turn, translates into higher energy and operating costs for buildings.

Given this situation, it becomes imperative to design energy-efficient buildings to reduce both the environmental impact and the associated costs. One of the strategies to achieve this is to properly plan the facade, which, serving a function similar to the building's skin, can help reduce the energy required for heating and cooling. In this context, the polycarbonate panels developed by Rodeca contribute to the energy efficiency of buildings, in addition to their lightweight, slender construction, and translucent aesthetics.

Representing a fusion of innovation and convenience, a smart home can be defined as an environment in which one or more devices are connected and can be controlled remotely, either through a smartphone or voice commands. Automation, or home automation, is an advanced technology that has become increasingly accessible and popular. It enables tasks ranging from efficiently controlling lighting and room temperature to managing security devices, entertainment systems, and voice-activated personal assistants. Smart homes empower residents with continuous and user-friendly control over their environment. This dynamic synergy of automation and connectivity not only promotes efficiency and resource conservation but also opens new horizons in customization and comfort, envisioning a future where homes adapt to the needs and preferences of their occupants, making life simpler and more enjoyable. However, these systems often require the installation of new cables and wiring to build the necessary infrastructure, as well as the hiring of highly specialized labor, which can often make their implementation impractical.

Architecture is a unique field that combines equally constant aesthetic and functional needs, while immersed in dynamic technological environments. At this juncture, design processes and buildings are becoming increasingly intricate, requiring architects to manage projects efficiently while fostering multidisciplinary and multi-level collaboration throughout workflows. Additionally, the new technologies and tools we employ in the process must evolve at the same pace —sometimes even faster— by embracing aspects such as sustainability and efficiency, all while keeping an eye on the future.

The tools available in the multidisciplinary architectural environment have evolved significantly quickly. Both students and experienced architects have now nearly completely transitioned from manual methods to computer-aided drafting software. Today, we find ourselves immersed in the era of architecture driven by technologies such as Building Information Modeling (BIM), artificial intelligence, and digital processes. At the same time, the fundamentals of BIM and its historical background trace back to the early days of computing, research, and new technologies, which sparked a rapid evolution within the AEC industry and among its professionals.

Today, most architects are used to the complex workflow of using multiple tools during the design process. These traditional legacy tools can be bulky and slow, hamper creativity, and often do not talk to each other nor let architects collaborate with their teams. This limits their ability to design, as they spend most of their time getting 3D models BIM-ready.

Snaptrude is aiming to solve these issues by establishing itself as a powerful, browser-based, collaborative 3D design tool. It combines smart, parametric modeling, live building information, easy real-time collaboration and strong interoperability with BIM tools like Revit. Below, a comprehensive list of how these features can make 3D modeling easier.

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Frank Lloyd Wright first came up with the concept of the open-plan office in 1906, in the Larkin Building in Buffalo, New York, United States. The innovative nature of this approach, at the beginning of the 20th century, contrasted with the norm of closed offices and probably stunned those who first used it. Fast-forwarding to the 1950s, the concept of an open-plan office –Bürolandschaft or Office landscape– originated in Germany, with the objective of eliminating spatial hierarchy through shared spaces. The architects strategically designed the office layout to improve communication and teamwork, removing solid barriers and replacing rows of desks with work areas that were organized based on functions and workflows, with a mentality aligned with the precepts of the time, especially related to the European post-war reconstruction effort.

Collaboration challenges happen in any construction project; with so many stakeholders and disciplines needing to be heard, agreeing on something and making it happen can be mired in delays, misalignment, and frustration. For architects, one of the greatest challenges involves dealing with inconsistent or lengthy inter-team workflow processes, overburdened staff and worries over litigation risks. It results in duplications, needless delays, and unclear communications, all of which risk the most important asset any architecture firm has: its reputation.

Few building materials stand the test of time as well as copper. Unlike other materials that have been replaced over the years –either due to lack of longevity, sustainability issues, or simple aesthetic preferences– copper can continue to be present in a huge variety of applications and its appeal has evolved over the years. Whether in façades and key building elements or in detailing and accessories, it continues to be a solid favorite for architects, designers and the public in general. 

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We live in an increasingly urbanized world. Housing, hospitals, schools, and roads –the foundations of everyday life– require strong, durable materials. The AEC (Architecture, Engineering, and Construction) industry therefore relies heavily on cement, the main component in concrete, to build these elements. Yet for architects, the versatility and resistance of concrete don’t always go hand in hand with sustainability credentials. 

Brick beams have been widely used in construction due to their strength, durability, and aesthetic appeal. By embedding steel reinforcing bars into a series of bricks arranged in a specific pattern, these elements form horizontal load-bearing structures that distribute the weight and forces that act on a building. However, it is difficult to find brick beams with excessively large spans, in order to avoid long-term structural problems. Instead, they mostly come in the form of simple lintels, which can be easier to handle.

With a length of 16.2 meters and an impressive clear span of 15.8 meters, CEBRA architects have collaborated with the Randers Tegl group, the largest brick supplier in Scandinavia, to complete the construction of probably the longest brick beam to date. This exterior beam is accompanied by a 13-meter-span interior "sister" beam and is located above the main entrance to the Danish Crown's new headquarters in Randers, Denmark, extending freely between two of the building's wings. The longest beam is made up of almost 4,200 bricks – its height is made up of 25 rows of bricks, equivalent to 1.6 meters, and its edge consists of 4 bricks.

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