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Windows are usually one of the most striking elements on a building and can be completely transformed depending on how they are detailed and installed. However, with the increased consciousness on thermal insulation, the detailing of windows and their installation has become progressively more complicated. 

Below we will explore a typical masonry cavity wall, the different elements required to install a modern window and how these all come together on site. 

Don't miss out on the opportunity to download the comprehensive Window Detailing Guide PDF complete with full CAD details from the Detail Library.

Bob Dylan's “Knockin' on Heaven's Door” is about arriving to heaven, but it also speaks of the element of the door, which allows one to enter paradise (or not). There is a lot of symbolism related to this constructive component, such as opening, limits, transitions and transformations. Doors have been around since the time of the Egyptian tombs and we can hardly think of architecture without them. While doors play a prominent role and have an unquestionable function, they can also be seen as visual obstructions in certain interior projects, which can be at odds in some spaces, without really fitting in aesthetically.

Site analysis is a crucial first step in creating a viable building design. Considering site location, topography, zoning regulations, traffic conditions, and climate allows a designer to maximize opportunities and anticipate potential issues. The following four factors are crucial in getting the most value out of site analysis.

Looking around, it is clear that the world is developing at a rapid rate, and so are cities. Architects and designers inevitably take on the challenge of building better cities and homes, so time needs to be properly allocated for efficiency. After all, in this industry, time really is money.

For years architects have been accustomed to working in a conventional way: they stick with traditional offline renderers and wait until the modeling part is all done to start rendering from scratch. 

This is where software like D5 Render comes in, to resolve such problems and change the game. The market is growing and shifting, and so should the tools architects use.

Wooden elements have the power to add warmth to a space or building. Through their shades, textures and rustic look, wooden surfaces tend to stand out, especially when used alongside more neutral and sober materials. In the Aldapeta María Ikastetxea School, a project developed by IDOM in the city of San Sebastian, Spain, the architects used the material in a particularly interesting way. Wood panels brought visual comfort and warmth to the building, whose material palette is limited, focusing especially on the use of glass, steel and exposed concrete.

Interior courtyards can be found in various types of traditional architectures around the world, especially in warmer climates. They can be classified as introverted, safe, and even sacred spaces in some cultures. They can also be gathering places and, above all, provide greater contact with nature while providing light and ventilation to home interiors. To properly design these spaces and create a functional relationship between the inside of a house and its courtyard, it is important to use appropriate doors and openings. In this article we highlight 5 projects that use sliding glass doors for the seamless integration of both spaces.

From undulating forms to breathable qualities and sustainable fabrication, the future of façade design is an ever-evolving topic in architecture. designboom and ArchDaily team up with Corian® Design for a webinar to discuss new possibilities of exterior cladding. Experts at leading architecture practices, including Zaha Hadid Architects, M3 Architectes and STARH, join this call on an exclusive yet free webinar - register here.

Hearing – one of the human body’s five senses – enables our interaction with sound, a crucial factor for daily communication and much more. One commonly hears people say a place is noisy, but what exactly is the definition of noisy? Known as situations with unwanted sounds that interfere with daily activities, noisy places also have the potential to negatively interfere in society’s development.

Sound is measured in decibels (dB), and humans are able to resist a maximum average noise level of 85 dB without risking hearing damage. While a conversation usually ranges between 60 and 70 dB, according to the Federal Occupational Safety and Health Administration, workers at a construction site are exposed to an average of 90 dB during eight-hour periods.

Acoustical Surfaces, a company specializing in noise control, has developed a product guide for minimizing the transmission of sound, thus promoting healthier lifestyles.

The A’ Design Award was "born out of the desire to underline the best designs and well-designed products." The A' Design Award, recognizing the excellent and original talent from across the globe, is both a major achievement for designers and a source of inspiration for award-winning architects, brands, and design agencies. Entry and nomination are open to contestants from every country. Registration for the A' Design Award & Competition 2022-2023 period is now open. Register and upload your design here.

There is an unusual story involving railings during World War II. To meet the demand for ammunition, ships and vehicles for battle, various fences and railings in the city of London were removed for repurposing. The real fate of these pieces, however, is unclear: some say they ended up being dumped into the Thames river or became ballasts for ships, as they couldn't be recycled. The reason was that they were all made of cast iron at the time, making them difficult to reuse; unlike the large amount of materials and designs available today. Their functions, however, have not changed: railings provide protection to occupants and can be prominent elements in architecture. In this article, we explain how to specify and design different types of railings, according to the different materials available.

The real estate industry moves fast. It wasn’t so long ago that potential buyers narrowed their searches by driving around with a sheaf of printed listings, and designers and builders relied on CAD drawings and artist renderings to show yet-to-be-built spaces. Nowadays, advances in graphics technology have brought us interactive 3D renderings, making it easier for investors, buyers, and other stakeholders to truly understand the designs they’re looking at.

Following on from these advances, we’re also seeing technology that can excite and entice buyers, like sales configurators and interactive tours, where visitors can choose finishes and design their own spaces right before their eyes; virtual reality experiences, where architects can get feedback from investors on design at key stages of the process; shadow studies, where potential occupants can see how a space will be affected by sunlight at various times of day; and digital twins, where cities can get a true idea of a building’s usage, which leads to new ways to optimize efficiencies and design better spaces for residents.

Building performance is a hallmark of architecture in the 21st century. With buildings and the construction industry being significant contributors to carbon emissions, designers must do everything to reduce their buildings’ energy consumption and carbon footprints. Moreover, buildings need to contribute to a positive occupant experience, improving the health and productivity of their users through enhanced visual and thermal comfort and air quality. Today’s buildings are also expected to perform outside their physical boundaries and positively impact surrounding communities; by reducing their contributions to local heat islands and stormwater runoff, and supporting local green economies and sustainable systems.

With high-performance design goals becoming a standard benchmark for buildings, designers must identify the high-performance aspects they want to design for and set targets for key performance metrics. By tracking a building’s performance at each design stage through various simulations, building performance analyses provide a road map that gradually connects its predicted performance to its target values.

As a response to this rapidly changing world, flexibility has become a top priority in contemporary interior design. That explains, for example, the growing demand for spacious and multifunctional spaces over rigid, enclosed floor plans –as is the case of the open kitchen trend. This shift in spatial needs suggests that designing for the present and the future is about creating spaces that can easily adapt to many uses: one day, a room may be destined for a big event; another day, it may be needed for smaller, more private environments. Therefore, materials, products and other interior design elements must respond accordingly, integrating technology and innovation to create flexible, yet functional spaces.

Timber construction and its benefits is moving into the BIM space for even more sustainable uses. A new BIM-integrated web application, called Carbon Fixers (which expands on its Offsite Wood plug-in for Revit), pre-calculates the carbon-benefit of choosing timber and other bio-sourced materials in early design.

Carbon Fixers lets you rapidly build a scenario using only basic architectural program information, such as the type, size, and number of stories in the building. For advanced users, preferences can be saved for firms with a regional expert dashboard, side-by-side comparisons and detailed assemblies.

Architects are constantly diving into design strategies that aim to select the best products to create outstanding atmospheres inside their projects. The solutions adopted in projects, especially in interiors, are highly influenced by trends that mirror what society values most at the time. But how are interiors being designed nowadays? With a focus on natural interiors and the interaction with their context, architecture is prioritizing local materials and textures, natural light and the use of minimal furniture that allows continuity throughout space.

Below we present a selection of inspiring projects that, using products from Spanish brands, showcase these modern trends, from the use of natural materials to maximizing natural light.

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The IV edition of the biennial Living Places – Simon Architecture Prize for architecture nominations and registrations is still open and will close on the 15th of September via www.simonprize.org. Inscription and participation are entirely free of charge and the winning teams receive a cash prize of 10.000 €. The vocation of this recognition is to distinguish those architectural projects (including interiors, public spaces and landscaping) whose excellence enhances the capacity of the spaces to ensure the comfort of its inhabitants. Architectures that turn into higher quality spaces for people in their day-to-day lives: to work, to learn, to wait, to play... Architectures to live in.

In architecture, the concept of daylighting refers to when buildings allow natural light inside to provide a number of benefits, from enhanced visual comfort and productivity, to improved health and higher energy savings. However, to reach optimum levels of sunlight, reaching a balance is key; while too much can produce an uncomfortable glare and tremendous amounts of heat, too little can lead to health deficiencies and a greater dependency on artificial lighting. In that sense, the qualities of polycarbonate panels are unmatched, becoming an attractive choice for facades and roofs by achieving a soft, diffused light with varying levels of transparency, brightness and opacity.

Real-time visualization is an excellent tool for creating beautiful renderings and streamlining workflows within architectural and design projects. It plugs into your CAD, enabling you to visualize as you design.

On top of the high-quality renderings it produces, its speed and ease of use are some of the reasons why many firms have added it to their workflows. See how real-time visualization has benefitted these three firms.