According to the National Fire Academy of Chile, a fire is defined as “fire out of control.” Once a fire starts, temperatures can reach 1000° Celsius, generating flames and smoke that endanger both human lives and buildings.

According to a report by ONEMI, the main causes of structural fires – those occurring in homes, buildings, and commercial premises – include domestic accidents, electrical failures, and gas leaks.

According to the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE)—which organizes global data and supports research in this field—thermal comfort is defined as the condition of the mind that expresses satisfaction with the thermal environment. Why is it important to study adaptive comfort in Latin American climates? Given that 40% of the population lives in the tropics, designing architecture capable of adapting to tropical climates is essential. Consequently, in line with human-centered design, strategies must be tailored to the specific local conditions in which they are implemented.

Franco Morales, technical director of EBP Chile, who plays a cross-cutting role across the company's various departments (construction, climate change, and local energy), frequently collaborates with the CEELA Project. Following his participation in the energy retrofitting project for the Juan XXIII School in Montería, Colombia, and identifying a widespread challenge—namely, schools built without an architecture suited to their climatic context—he has begun developing a sustainable design manual for educational institutions in hot-dry and hot-humid climates.

The search for technological innovations that promote passive strategies has become key to advancing energy efficiency in architecture. Low-E technology emerges as a new concept in glass, providing the material with thermal control capabilities. What does this new technology entail? The Low-E concept refers to low-emissivity glass—meaning glass whose surface emits a smaller proportion of thermal radiation at a given temperature. This feature increases its insulation capacity, thereby reducing the amount of heat lost through it.

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.

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.

This year, Porcelanosa celebrates 50 years of inspiring architects, stimulating creative exploration in design, and bringing memorable projects to life. Since its founding in 1973 in Vila-real, Spain, Porcelanosa has become a benchmark for architecture, design, and interior design, focusing its production on flooring, single-fired wall tiles, stoneware, and porcelain tiles. Moving away from traditional red clay manufacturing, José Soriano and brothers Héctor and Manuel Colonques introduced the distinctive touch of ceramics to design.

Alongside developing comprehensive space design solutions, year after year, Porcelanosa sets trends in materials, textures, and interior design. Additionally, since 2018, the company has organized an international exhibition showcasing annual design trends in flooring, wall coverings, kitchens, bathrooms, and other elements such as wardrobes, furniture, and lighting.

Pigmented concrete is created by adding pigments that provide a specific color to traditional concrete. From subtle touches to more intense hues, this approach allows architecture to play with surfaces and structures across a wide range of shades and finishes. Unlike surface coatings, pigmented concrete is integrated directly into the mix composition, preventing it from fading or wearing over time. Through its diverse aesthetic possibilities, pigmented concrete is a versatile and attractive alternative for adding color to architecture and design. 

How can this material be applied in architecture? To achieve optimal and long-lasting results with pigmented concrete from Melón Hormigones, it is essential to correctly follow its application process, whether on walls, interior floors, exterior pavements, sculptures, or urban furniture. Below, we share a series of key recommendations for the proper use of pigmented concrete, from product selection to post-application care.

Choosing, installing, and maintaining coverings are essential aspects of home design, as they directly influence both the aesthetics and functionality of the space. Along with the variety of colors, textures, and materials, they help define the style and atmosphere of each room. Among the various types available, ceramic tiles stand out for their durability, versatility, and aesthetic appeal. Following the instructions in step-by-step guides is crucial for proper ceramic installation, ensuring their properties are preserved.

Tailored to each area of the home—including bedrooms, common areas, bathrooms, kitchens, utility rooms, and balconies—Bekron and Bemezcla have developed a series of technical guides specifying the step-by-step installation process for coverings. Among the recommended materials and solutions is the newly launched Bekron DA Superflex 20 kg. This organic resin-based adhesive mortar is designed for installing a wide range of tile formats, both indoors and outdoors.

Designing and constructing homes is a complex process involving a variety of factors. Within this process, considering the various design elements is essential—including underlayments, ceilings, partitions, claddings, structures, and facades—alongside selecting the right materials for each. This choice must align with user preferences as well as indoor and outdoor conditions, prioritizing durability, energy efficiency, and aesthetics.

To simplify the design process, Volcan develops Volcanboard fiber cement building solutions for different construction elements. Available in a variety of thicknesses to adapt to various applications, these fiber cement boards stand out for their fire and moisture resistance, as well as their long-term durability and versatility. Below, we explore various applications of Volcanboard in residential design.

Through the incorporation of various elements, interior design creates comprehensive spaces that blend functionality and aesthetics. Among these components, suspended ceilings are a solution that integrates finishes suspended from the main structure. While adapting to a wide range of styles through a diversity of materials, colors, and textures, suspended ceilings also address acoustic needs, contribute to thermal insulation, and integrate lighting systems.

Among its solutions for interior applications, Hunter Douglas combines aesthetics, comfort, and sustainability to develop the WoodLines suspended ceiling line. Integrating innovation with natural materials, the manufacturing process continuously bonds a natural wood veneer to a roll-formed metal profile. As a result, linear ceilings composed of continuous slats are obtained, combining the functionality of a metal ceiling with the warmth and aesthetic appeal of natural wood.

Play represents a key opportunity for children to acquire skills and knowledge in a natural and engaging way. Among the key innovations in early childhood and primary education, play stands out as a central axis of the learning process, serving as a fundamental pedagogical principle to achieve educational goals. Combining play with outdoor learning fosters exploration, experimentation, sensory stimulation, and motor development during childhood.

Featuring diverse materials, designs, and dynamics, the playground equipment represented by Urbanplay fosters open, spontaneous interactions, providing children with spaces to take risks, explore, and connect with nature.

Pool design is an opportunity to create sophisticated, relaxing spaces that complement and enhance their surroundings. When choosing materials, it is essential to look for options that are not only aesthetically appealing but also durable and wear-resistant. One material that meets all these criteria is Sukabumi stone.

This natural stone is quarried in the region from which it takes its name, Sukabumi, Indonesia. In addition to its visual appeal and emerald green color, Sukabumi stone has slip-resistant properties and is highly resistant to erosion. These qualities make it a popular choice for pool projects and decorative accents with a natural aesthetic worldwide.

Choosing color palettes plays a fundamental role in any design strategy. Beyond their influence on aesthetics, spatial perception, and emotion, selected colors can define the character of an environment. When choosing a color palette, it is essential to consider the context, the building's use, and the lifestyle of its inhabitants, while also accounting for how the colors interact—whether as complementary hues, highlights, or counterpoints to predominant tones.

In addition to enhancing interior comfort, colors profoundly influence user perception and behavior. Alongside structural and ornamental elements, paint choices complete the definition of color palettes in architecture and design. As they do every year, Sherwin-Williams has presented its color trends—this year introducing Terra Colormix 2023, which features 40 trending colors inspired by the rich interweaving of our lives and spaces. Below, we present various color palettes tailored to different types of projects—such as workspaces, educational and healthcare centers, multifamily buildings, contemporary residences, and hospitality spaces—showcasing the versatility of this collection through practical applications.

Although there is more of a balance between women and men in architecture today, the landscape was quite different a few decades ago. Pioneering women architects have been resistant in a profession dominated by men, and have faced skepticism in challenging contexts, such as construction sites itself. Zaha Hadid commented on the difficulty of inclusion in what she called the "boys club", listing the difficulties in coming to agreements or creating partnerships. Lina Bo Bardi, in turn, used her strong personality to overcome the sexism of her time. Even though these difficulties, women have always found a way to stand out and bring priceless contributions to the profession.

On countless occasions architecture has remembered famous architects and their material discoveries through time, but what about recognizing women's contributions to the discipline? Discussing their pioneering material explorations is key to understanding their role in projects. With an analysis of the work of the well-known architects Lina Bo Bardi, Norma Merrick Sklarek and Zaha Hadid –which introduced innovative techniques and material trends– the following discussion brings to light how women's ideas have influenced the development of architecture. Identifying their approaches on how to managing structures and materials helps to understand the personality of their work and how to implement similar strategies in the future.

Created by a series of angled parallel lines that form a mesmerizing zigzag, the herringbone pattern has withstood the test of time and remains present in diverse design styles. Named after the resemblance to a fish's bones –a herring, for instance–, this classic V-shaped pattern arranges rectangular blocks in different proportions. With varying block edge length ratios, such as 2:1 or sometimes 3:1, the versatile design adapts to a wide range of uses, dimensions and materials. 

The arrangement of the blocks, even when used in single colors, creates a subtle texture and adds visual interest. While the herringbone arrangement may seem simple at first glance, the strong directional quality of the typically 45-degree angle lines requires a careful design process for a seamless and consistent look. The pattern can be found in walls and floors, from fabrics to wood and tiles. By playing with geometric shapes, it continues to be a trend that infuses style and structure into interior design while complementing a space's overall aesthetic. Below we dive into Architonic’s catalog to present different ways to apply it, exploring ceramic, wood, and synthetic herringbone patterns.

Today, interconnected and fast-paced lifestyles, future mobility trends and constant material innovation puts pressure on a slow-moving building industry. How can architecture keep up with this trend? Following dynamic and nomadic lifestyles, architects must explore new structural systems that should be able to reach multiple locations, as well as be adaptable and reusable in the future. By applying revolutionary technology for circular, scalable components and carbon-negative buildings, UrbanBeta –a spatial innovation studio designing strategies, building concepts, predictive tools and platforms for creating transformative spaces– has developed BetaPort, a robotic construction system powered by artificial intelligence and automation.

Based on the principles of a circular economy, Urban Beta and BetaPort create a sustainable construction plan, ready to grow and change over time. The studio conceives sustainable on-demand architecture systems for flexible buildings based on a kit of parts.

In the ever-changing world of design and construction, the tools at architects’ disposal have remained the same for decades. With its ability to deeply understand how architects design, Snaptrude has emerged as a collaborative 3D building design tool that incorporates smart, parametric modeling, live building information, easy real-time collaboration, and offers strong interoperability with other BIM tools like Revit.

By analyzing its wide variety of features, we showcase how Snaptrude empowers the design process to operate faster, smarter, and more collaboratively.