In contemporary interior design, acoustics have evolved from an afterthought into a defining design language. Architects and specifiers are increasingly seeking materials that perform both visually and functionally – where surface texture, light interplay and sound absorption converge to shape human experience. As open-plan workspaces, hospitality interiors and education hubs embrace more tactile, sustainable finishes, the market for high-performance acoustic materials has surged. Within this landscape, Woven Image has emerged as a global leader, continually pushing the boundaries of what acoustic surfaces can achieve.
Work and learning environments have undergone profound transformations in recent decades. In offices, cubicles and compartmentalized rooms have given way to open, collaborative layouts. In schools and universities, traditional classrooms with rigid layouts, blackboards, and rows of desks have been replaced by more dynamic, flexible, and interactive spaces. In both contexts, the goal was to encourage integration, creativity, and constant exchange. But this openness has also introduced new challenges: increased distractions, sensory overload, and the difficulty of finding moments of focus or introspection. The more we remove barriers in favor of fluidity and collaboration, the more essential it becomes to provide moments of quiet, intimacy, and sensory balance for those who need to self-regulate. The challenge is both spatial and psychological, raising a fundamental question for architecture: how can we support connection and withdrawal, activity and silence, at the same time?
The future of the architecture industry holds countless possibilities, as research in the domain progresses. One innovation is the ability for structures to be rendered acoustically invisible, absorb earthquake energy, or harvest electricity from the sounds around them. Qualities of this nature can help redefine the functionality and sustainability of buildings. Architects and scientists are at the forefront of this creation. What makes this possible are metamaterials that could offer alternative methods of designing good buildings.
The internal environment is the focus of this second article about designing for noise to improve well-being. According to several recent studies, noise in cities has become an increasing hazard to health. Environmental noise, that is, noise from traffic, industrial activities, or amplified music, which reaches internal spaces, is not merely an annoyance. It has been linked to cardiovascular disease, diabetes, dementia, and mental health issues. As the world urbanizes, more people are exposed to excessive levels of noise. In medium- and high-density housing, in office buildings, and in schools, noise pollution can emanate from internal as well as external sources.
According to several recent studies, noise in cities has become an increasing hazard to health. Environmental noise, that is, noise from traffic, industrial activities, or amplified music, which reaches internal spaces, is not merely an annoyance. It has been linked to cardiovascular disease, diabetes, dementia, and mental health. As the world urbanizes, more people are exposed to excessive levels of noise. How can urban design and architectural strategies help to prevent this?
Gallaudet University was established in 1864, becoming the first American educational institution for the deaf and hard of hearing. The university is officially bilingual, with American Sign Language (ASL) and written English used throughout the educational programs. Over the years, the university has grown, adapting both its teaching methods and its spaces to the needs of its students, in turn learning from them how to counter the challenges they face and create a safer and more comfortable environment. These lessons turned into design guidelines, created to educate the architectural community about the strategies they can employ to create more accessible spaces for all.
Balancing functional and aesthetic elements in building design is a crucial but often complex task. This is because a built structure encompasses multiple functions, systems, materials, products, and requirements of all kinds. One critical aspect of spaces is acoustics, which can significantly influence usability and comfort and should never be neglected, especially in common areas like restaurants, convention centers, museums, and sports facilities. Good acoustics contribute to the well-being and productivity of occupants, while poor acoustics can cause stress, fatigue, and hearing damage. These issues can be caused by external noise, various sound sources, or impacts (such as footsteps, jumps, or furniture movements), as well as the reflection of sound waves within the environment itself, creating echoes and reverberations that compromise speech intelligibility.
Ostrava Concert Hall . Image Courtesy of Steven Holl Architects
The Ostrava Concert Hall, designed by Steven Holl Architects, has just broken ground in the Czech Republic. Commemorating the start of construction, the concert hall “promises to be an inspiring venue for both locals and internationals who cherish Ostrava’s rich music heritage.” Designed for the Janacek Philharmonic Orchestra, it creates a dramatic contrast between old and new, aiming to create a cultural landmark.
Throughout history, the undeniable interrelationship between sound and architecture has shaped users' experiences. From auditoriums to offices, cultural centers, and schools, acoustics in architecture can manifest itself in two ways: as a determining element of a structure's shape and as a material. When discussing aesthetics, the latter aspect is particularly relevant, as any material that forms part of a composition aims to have a cohesive design with the rest.
Integrating acoustics through materials presents a significant challenge, as certain attributes such as color, texture, or dimensions may hinder harmonization with the overall design of the space. This can unbalance the experience of the environment, since, although the acoustics are improved, the interior atmosphere is negatively affected. This situation highlights the importance of selecting the right material that can enhance acoustics while maintaining the coherence of the design.
https://www.archdaily.com/1015929/acoustics-that-blend-performance-with-aesthetics-why-material-choices-matterEnrique Tovar
Polyvinyl chloride (PVC) plastic –commonly known as vinyl– is everywhere. In fact, chances are you are sitting close to (or on) something containing PVC in some way, shape or form. It’s used in packaging, automobile parts, children’s toys, clothing, accessories, wires, furniture, medical supplies and hundreds of other everyday items. This year alone, global production exceeded 51 million metric tons, solidifying its rank as the third-most produced plastic in the world. It is particularly in the architecture, engineering and construction industry that the material stands unchallenged, accounting for 60-70% of its total consumption. So much so that it has indisputably become the most used plastic for building materials worldwide, often found in pipes, fittings, flooring, roofing, window profiles and more. It’s not hard to understand why: PVC is durable, highly versatile, cost-effective and easy to maintain. But nothing comes without a cost, they say…
There’s something about the saturated hues of blossoming springtime flowers and the fiery, warm tones of a sunset descending upon a cityscape that brings us joy. Humans crave color. In fact, we’ve been fascinated by them since the beginning of our existence. So much so that everything from the color of our clothes to the brightly illuminated pixels on this screen is an attempt to recreate –and enhance– the vibrant shades present in nature, finding in them a source of inspiration and vitality. Our brains are wired to link colors with sensations and experiences: the lush greens of a forest evoke feelings of tranquility and renewal, while the deep blues of the ocean stir a sense of mystery and adventure. It is this ability to elicit emotion that makes colors an invaluable tool for architects and designers –and which also explains why trends are moving away from the once-reigning neutral minimalism towards a more maximalist aesthetic that embraces pops of color, dimension and playful texture.
After over two decades in the making, the Perelman Performing Arts Center opened to the public on September 19, 2023. The luminous cube-shaped building was designed by the architecture firm REX, led by Joshua Ramus, to become one of New York City’s cultural keystones and the final piece in the 2023 Master Plan for the rebuilding of the 16-acre World Trade Center site. The inaugural season will feature commissions, world premieres, co-productions, and collaborative work across theater, dance, music, opera, film, and more. While only eight stories high, the venue stands out due to its monolithic façade composed of translucent veined Portuguese marble.
The China Philharmonic Concert Hall in Beijing, China, designed by MAD Architects led by Ma Yansong, is nearing completion. The design of the concert hall began with a competition, won by MAD in 2014. Upon completion, the 26,000-square-meter building will become the first permanent residence for the China Philharmonic Orchestra, transforming the area into a new locus for classical music and cultural exchange. The project is scheduled to be completed in 2024.
Although office design has dramatically and drastically changed over the course of the 20th century, we aren't finished yet. San Francisco firmO+A is actively searching for today's optimal office design, designing work spaces to encourage both concentration and collaboration by merging elements from the cubicle-style office with those popularized by Steve Jobs. In this article, originally published by Metropolis Magazine as “Noises Off,” Eva Hagberg takes a look at some of their built works.
In the beginning was the cubicle. And the cubicle was almost everywhere, and the cubicle held almost everyone, and it was good. Then there was the backlash, and the cubicle was destroyed, put aside, swept away in favor of the open plan, the endless span of space, floor, and ceiling—punctuated by the occasional column so that the roof wouldn’t collapse onto the floor plate—and everyone talked about collaboration, togetherness, synergy, randomness and happenstance. Renzo Piano designed a New York Times building with open stairways so writers and editors could (would have to) run into one another, and everyone remembered the always-ahead-of-the-curve Steve Jobs who, when he was running Pixar, asked for only two bathrooms in the whole Emeryville building, and insisted they be put on the ground floor lobby so that designers and renderers could (would have to) run into each other, and such was the office culture of the new millennium.
And then there was the backlash to the backlash. Those writers wanted their own offices, and editors wanted privacy, and not everyone wanted to be running into people all the time, because not everyone was actually collaborating, even though their bosses and their bosses’ bosses said that they should, because collaboration, teamwork, and togetherness—these were the new workplace buzzwords. Until they weren’t. Until people realized that they were missing—as architect Ben Jacobson said in a Gensler sponsored panel on the need to create a balance between focus and collaboration—the concept of “parallel play,” i.e. people working next to each other, but not necessarily with each other. Until individuality came back, particularly in San Francisco in the tech scene, and particularly in the iconoclastic start-up tech scene, where people began to want something a little different.
