Sleek New Products Designed for the Modern Kitchen
CategoriesArchitecture

Sleek New Products Designed for the Modern Kitchen

The A+Product Awards is open for entries, with a Main Entry Deadline of June 24th. Get started on your submission today! 

Fast-paced lives and busy schedules call for homes and spaces that are low maintenance and yet very stylish. Homeowners now want highly functional solutions that can simplify the processes in their daily routines. In addition to ease of handling, growing urban density and skyrocketing real estate prices have also increased the need for multi-tasking and space-saving fixtures that can uplift small spaces. This is not to say that it only has to be about functionality. This is about finding the right permanent additions that are durable and also versatile enough to be translated into a variety of different aesthetics as trends change.

This is most important when designing a kitchen. Using high-quality materials and fixtures that are durable, easy to clean and simplistic can help maintain the hygiene of cooking areas and also save time when cooking or serving. It can be hard to find spend hours every weekend trying to get spice stains off of stone counters or scrub off the burned residue on metal stovetops.

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Product designers have recognized these needs and are now focusing on efficient designs that display both quality and elegance. Simple designs also offer the flexibility of going from a sleeker look to a maximalist kitchen with the addition of small décor objects and furnishings without requiring a complete kitchen overhaul. Below are just a few winning entries from last year’s A+Awards that can offer some inspiration when planning the perfect kitchen.

2021 A+Awards Product Winner in Cabinetry & Millwork

The core of a kitchen setup is always the counter or island. Today’s homeowners are looking for surfaces that are utilitarian without compromising the overall aesthetic. Plain surfaces with flushed drawers, concealed joints and even hidden electric stoves or sinks are making rounds on social media and in homes.

Along those lines, Nero Cucine is redefining kitchen interiors with futuristic kitchen essentials that are durable and sustainable. Users can raise the flat Corian or marble cover of the N037 counter to reveal a sink and cooktop. The opening is lined with steel for easy maintenance. Similarly, all the drawers are precisely made to ensure that the cabinet appears seamless when not in use. Taking the design even further is an option to avail the same setup with recyclable materials.

2021 A+Awards Product Winner in Appliances

No perfect counter is complete without the right stove. A recessed stovetop not only makes the kitchen seem more spacious but also makes movement and cleaning easier. Traditional burners can come with the headache of cleaning out grime and spillovers and using burner covers can mar the clean look of a kitchen.

Elica’s NikolaTesla Fit is an induction hob with an in-built air extraction mechanism, helping make the most of compact spaces. This extraction mechanism is located in the center of the hob and can be operated with just a little bit of pressure. It is also covered with a glass top to help in cases of spills. The system also comes with a drain valve underneath to facilitate easy cleaning of excess liquids.

2021 A+Awards Product Winner in Fixtures & Fittings – Kitchen

The next step in assembling a minimal kitchen is finding the perfect sink — one that stands out but also blends in. Fewer seams and streamlined fittings can help prevent excess soap and grime buildup and also create the appearance of more room. In line with these needs, designers are now moving away from traditional metal sinks and opting for stone or ceramic options that are more geometric and modern.

While kitchens can’t have a minimal slit-drain sink like the one in Kim Kardashian’s bathroom, there are still sleeker alternatives like the VINTERA from BLANCO. The flushmount fixture has an option to show part of its border in the front to break up the counter design. The sizing also enables the product to fit into standard cabinet dimensions so that it can be used both in custom and modular setups. Its durable granite body also has a protective shield to reduce dirt and bacteria growth.

2021 A+Awards Product Winner in Accessories and New Materials

In addition to pots, pans and utensils, displayware is also becoming increasingly popular in kitchen décor. From ornate flower vases to decorative signs and stands, there are options for every kitchen aesthetic. Forust recently developed a 3D printing system that uses wood waste to craft home goods. The sustainable Vine range, designed by fuseproject, includes a vessel, bowl, basket and tray — all of which can be used for a variety of schemes ranging from whimsical cottagecore to minimal monochrome. These pieces are made up of 3D-printed rods that twist and come together to create curved forms without any adhesives. Their simple and versatile design language makes them an easy option to add some warmth to simple spaces.

The A+Product Awards is open for entries, with a Main Entry Deadline of June 24th. Get started on your submission today! 

Reference

Your Architecture Firm is Leaking Money: How to Identify Losses and Plug the Holes
CategoriesArchitecture

Your Architecture Firm is Leaking Money: How to Identify Losses and Plug the Holes

Architizer is thrilled to announce the next webinar in our live series about how to run a successful architecture business — and you’re invited! We’ll be joined by Steven Burns, FAIA, Chief Creative Officer at BQE Software, as he reveals the many ways in which architecture firms tend to let money “slip through the cracks”, and provide some valuable techniques for how to maximize the profitability of your practice.

Architects can receive 1 AIA Continuing Education Credit for this event, courtesy of BQE! Hit the button below to register for the talk, which will take place at 1pm EST on Wednesday, June 8th:

Register for the Webinar →

Most firms look at profitability as a bottom-line metric. They use this as a gauge to determine if the firm is financially healthy. However, every firm is composed of countless independent elements: employees, clients, projects, phases, consultants, and a myriad of expenses.

What does a firm do when they aren’t achieving the profit margins they desire or experiencing losses? Knowing the answer to this question is the purpose of this webinar.

In this webinar, we will explore:

  • The best practices for monitoring the various profit-centers of your firm.
  • The means and methods that will not only alert you to problems but discuss how to resolve them.

Most architecture and engineering firms don’t apply the same rigor, discipline, and consistency that they use when executing their projects. We will show how easy it is for your firm to be well-organized, efficient, and profitable by applying best practices and utilizing modern, effortless, affordable computing technologies.

Join Steven as he shares lessons learned over 35 years working with over 1,000 A&E firms!

Join Us →

Learning Objectives

In this webinar, you’ll learn how to:

  • Explain the importance and informativeness of a perfectly organized Chart of Accounts
  • Identify each of your firm’s profit centers and the KPIs that measure their performance
  • Determine which technology plays an integral role in every healthy firm
  • Assess how simple it can be to turn your firm into a profitable, elegant enterprise

About Steve

Steven Burns is a member of the College of Fellows of the AIA and Chief Creative Officer of BQE Software. After receiving his Master of Architecture degree from the Harvard Graduate School of Design, Steve spent 7 years at SOM – working in Chicago, London, and Berlin before founding his own firm, BBA Architects in 1993. In 2007, Steve sold BBA to pursue his passion for business management software — starting with his creation of ArchiOffice. Steve is now focused on the product development of BQE CORE ARCHITECT, a fully-integrated, cloud-based firm management platform that includes time billing, invoicing, accounting, and project management for firms of all sizes. Steven is a global speaker and thought leader on topics related to firm management and emerging technologies.

About Paul

Paul Keskeys is Editor in Chief at Architizer. Paul graduated from UCL and the University of Edinburgh, gaining an MArch in Architectural Design with distinction. Paul has spoken about the art of architecture and storytelling at many national industry events, including AIANY, NeoCon, KBIS, the Future NOW Symposium, the Young Architect Conference and NYCxDesign. As well as hundreds of editorial publications on Architizer, Paul has also had features published in Architectural Digest, PIN—UP Magazine, Archinect, Aesthetica Magazine and PUBLIC Journal.

Event Registration →

Reference

Architectural Improvisation: Justo Gallego Martínez’s Makeshift Masterpiece
CategoriesArchitecture

Architectural Improvisation: Justo Gallego Martínez’s Makeshift Masterpiece

Have your say in which architects will take home Architizer’s prestigious A+Awards: Public Voting opens this spring. Interested in next year’s program? Subscribe to our newsletter for updates.  

Towering over a nondescript suburb approximately 20 kilometers East of Madrid, the Cathedral of Justo Gallego provides a testament to faith in the town of Mejorada Del Campo. As the sprawling entrance steps guide you up to the entrance from the aptly named Calle de Antonio Gaudi, it is immediately clear that you are about to enter a unique architectural project. The building, nicknamed the “Cathedral of Faith”, dominates the surrounding landscape, with a 125-foot tall cupola that is visible throughout the region.

The Cathedral of Justo Gallego is a vision of recycled materials that straddles the line between a medieval ruin, salvage yard and architectural masterpiece. Its creator and sole occupant, Justo Gallego, recently passed away at the age of 96, leaving behind an ongoing project that has animated the local community, turned the area into a tourist attraction and garnered International attention over the course of the last half-century. 

© Michael Piderit

Justo Gallego Martínez was born into an agricultural family in Mejorada del Campo on Sept. 20, 1925. At age 27, he joined a Trappist monastery in the Northern province of Soria, but was ordered to leave eight years later after he contracted tuberculosis and risked contaminating the other monks. Fellow acquaintances from this period in his life, including one monk in particular who studied with Justo, recall him as someone who “fasted and worked too hard,” adding that the other brothers “were worried about his health—above all, his mental health.”

After recovering from tuberculosis in a Madrid hospital, Justo returned to his hometown and decided to turn his family’s agricultural plot into a place of worship. Catalyzed by his desire to thank God for helping him survive his illness, Justo began to lay the first stones in 1961. He viewed his work as an act of faith to help return religious architecture to a classicist style based on the spiritual harmony and proportion. People in the village thought he was crazy: How could a man with so little education and so few means construct an entire cathedral from scratch by himself? “El loco de la catedral,” they called him, thoroughly convinced that he’d fail.

© Michael Piderit

In defiance of public opinion, Justo toiled tirelessly and mostly alone to construct a cathedral complex without any architectural drawings or overall design over the course of the next 60 years. What slowly rose from the building site surprised everyone in the community. Constructed from mostly salvaged materials, the 50,590 square foot (4700 square meter) complex grew over time to contain a crypt, two cloisters, 12 towers and 28 cupolas. Decorative elements throughout the spaces utilized old tires, ceramic shards and empty metal cans. Cracked bricks and exposed metal rebar were re-interpreted as makeshift design details, giving the interior environment a precarious, raw aesthetic that creates a visual link to the materials donated over time from surrounding factories and building sites.

Justo believed in using recycled materials to build his vision, incidentally engaging in a very organic process of makeshift architectural design. As certain materials would arrive on site, his vision of each particular element of the construction would evolve. Using old car tires, bicycle wheels, unwanted materials and bricks, he effectively acted as a one man salvage yard, giving otherwise unused materials a new lease on life. In stark contrast to the architectural profession’s propensity for planning, which can constrict the spontaneous creativity of the design process, Justo’s reactive design methodology stimulated a circular economy within the region.  

© Michael Piderit

Justo argued that his religious faith and determination made up for his lack of architectural training or engineering skills — his only machinery was a winch to raise stone blocks and planks — and he was unfazed by those who criticized his project as that of an eccentric monk. “The only plan is made in my head, drawn day by day,” he said. While initially widely critiqued on the grounds that the project was dangerous and being executed without proper planning permission, the local Spanish authorities ignored its existence, with neither the town council of Mejorada del Campo nor the Catholic Church wanting to take responsibility. Over time, Justo grew to become an inspirational figure within the community, recalling the history of another unfinished religious structure in Spain that has long split opinion among its residents. 

© Michael Piderit

I was lucky enough to visit the Cathedral back in 2018 when Justo was still alive and at work. As we wandered through the vast spaces taking care to watch our step, I caught glimpses of Justo moving through areas of varied completion in a contemplative manner. We were aware of one another’s presence and he welcomed us to look around upon our arrival, but we treaded lightly as visitors, careful not to disturb his work.

As our tour wore on, Justo suddenly appeared and motioned us to follow him down a flight of stairs. We entered a poorly lit subterranean room, with dark plastered walls adorned with odd, spherical paper mâché ornamentation on the walls. Beyond a sea of cement bags, scattered tools and paint buckets, there was a long, deep rectangular hole cut into the earth. A modest wooden crucifix hung above it and a shovel lay on the groundThis is where Justo hoped to be laid, his self-made crypt, once he could no longer continue to build. Following his death in late 2021, town officials said they could not respect that wish after finding that the crypt did not meet Spanish sanitary rules. They buried him instead in Mejorada del Campo’s cemetery.

© Michael Piderit

The lack of proper documentation, including architectural drawings, safety certifications and other necessary licenses, prohibited the intended function of this building to be realized in both life and death. But to criticize the project on this front may be missing the point altogether. While Justo’s creation may never operate as an active place of communal worship, one cannot help but marvel at the singular drive of one man, whose faith emphasizes the notion that we are all works in progress, constantly striving to improve ourselves and the spaces we wish to be in. 

One person in particular was taken with Justo’s mission. Upon his death, the cathedral was donated to Father Ángel, president of Mensajeros de la Paz, who intends to finish the project in order to pay homage to Justo’s life. In a recent turn of fate, a structural engineering firm that Father Angel hired deemed the building safe and structurally sound, bolstering its chances of completion. The City Council of Mejorada is also processing the application for the building to be declared a BIC (Well of Cultural Interest) by the Community of Madrid with the aim of protecting the cathedral long into the future. 

© Michael Piderit

While the fate of this cathedral still somewhat hangs in the balance, we can all learn something from Justo. The Cathedral of Justo Gallego raises important questions surrounding what it means to complete a project, and reinforces the importance of the journey over the destination. It took a single man’s singular, determined focus to block out the noise of the architecture and religious communities in pursuit of his truth. Whether or not it eventually becomes a recognized place of worship, Justo’s perseverance serves as a lesson to us all – that we are all works in progress, striving to do the best with what we have.   

Have your say in which architects will take home Architizer’s prestigious A+Awards: Public Voting opens this spring. Interested in next year’s program? Subscribe to our newsletter for updates.  

Reference

Cosentino’s Latest Material Innovation Could Transform Sustainable Design
CategoriesArchitecture

Cosentino’s Latest Material Innovation Could Transform Sustainable Design

A leading manufacturer of surfaces, Cosentino’s products are invariably beautiful, resilient, and suited to a wide range of purposes. Whether you are looking for a kitchen countertop or a unique flooring or cladding system, you will find a reliable solution in one of Cosentino’s lines of synthetic or natural surfaces.

Among architects and builders, Cosentino surfaces are known to be innovative and high-quality, but one should also add visionary and socially conscious to the list of descriptors. Their newly developed HybriQ+ Technology, used for their versatile Silestone surfaces, blends premium minerals, quartz, and recycled materials with a sustainable manufacturing process that uses 99% recycled water, 100% renewable electric energy and a minimum of 20% recycled materials in its composition. Cosentino uses the term “Circular Economy” to describe their sustainable approach to resources.

All said and done, this process produces ZERO water waste. That’s right, zero with a Z. In 2022, this is welcome news indeed. The past few years have seen new attention given to the issue of water conservation as global water shortages have become a mounting problem.

The World Wildlife Federation summarizes the situation bluntly, writing that “Many of the water systems that keep ecosystems thriving and feed a growing human population have become stressed. Rivers, lakes and aquifers are drying up or becoming too polluted to use. More than half the world’s wetlands have disappeared.” They add that global climate change has put even more stress on the world’s water supply, and that “By 2025, two-thirds of the world’s population may face water shortages. And ecosystems around the world will suffer even more.”

The need for sustainable manufacturing practices is, to put it simply, an imperative. Cosentino illustrates this point quite vividly in their new campaign to promote HybriQ+. Early on in the clip, a sobering montage plays showing plastic bottles washed onto beaches, clear cut forests, and other examples of the destructive impact humanity has had on the globe. The message is poignant: alternatives must be found, and fast, if our species will be able to secure a high quality of life in the coming decades.

The rest of the video provides insight into the HybriQ+ manufacturing process, cross-cutting images of the raw materials Cosentino recycles with scenes of the laboratories in which the company’s research and development team discover new ways to conserve resources in their manufacturing process. This video is a testament to the power of technology and human ingenuity to overcome even dire obstacles.

The video closes with a simple slogan flashing on the scene: “Welcome to our revolution.” And it’s true – such an approach to manufacturing is revolutionary, especially in an era when it is easy to save money by pushing costs onto the planet. As the company notes, “We take care of the present to secure the future.”

Cosentino believes that consumers need not compromise quality in the name of sustainability. In fact, those Silestone surfaces that have been produced with HybriQ+ technology are among the most beautiful the company has ever produced. The company explains that “the new mineral composition enables never before-seen effects in color depth, texture and tone.” Indeed, Cosentino has long proven that synthetic materials can be just as elegant and intricate as natural materials.

Moreover, Silestone is engineered to withstand the harsh daily use that kitchen countertops are subject to, including stains, acid and everyday nicks and scratches. Silestone also comes with a 25 year warranty. This alone is cause for celebration for the eco-conscious among us. Materials that are built to last will not find their way to a landfill anytime soon.

We recommend spending time on the Cosentino website to explore the myriad patterns and colors that are available. The website also includes great photos of their surfaces in action in real spaces for inspiration. There really is something for any design aesthetic, to warm Mediterranean hues to the industrial gray that has proven so popular in modern homes. Silestone also comes in three textures: polished, suede (or matte), and volcano. The latter is really cool, featuring a rustic, rough texture that would add warmth to a kitchen.

As Cosentino points out in their promotional material for HybriQ+, “the kitchen has become the heart and soul of our homes. It is where we cook, work, study, and share memories. It is only natural that the next world-changing idea will come from the kitchen.” So next time you need a sustainable surface for a kitchen redesign, Cosentino Silestone with HybriQ+ should be top of mind.

To learn more about Cosentino’s HybriQ+ Technology and request a quote, click here.

Reference

The Jones Beach Energy and Nature Center
CategoriesArchitecture

The Jones Beach Energy and Nature Center

Have your say in which architects will take home Architizer’s prestigious A+Awards: Public Voting opens this spring. Interested in next year’s program? Subscribe to our newsletter for updates.  

As architecture firms across the United States join the AIA’s 2030 Commitment and integrate more sustainable practices into their work, effectively communicating the energy benefits of any given project during and after the design process is an ever-present challenge. Following a project’s completion, a plaque denoting an energy certification such as LEED may be installed on the building if it has achieved this accreditation, however, this doesn’t do much to educate the average person about what design elements actually contribute to this building’s energy efficiency. The way in which buildings, their systems and the environment interact is a complex equation that culminates in a calculated Energy Use Index (EUI) for any given project, which can vary over the course of its lifespan.

According to the International Energy Agency, architecture and its associated construction industry are responsible for approximately one third of total global energy consumption and nearly 15% of direct CO2 emissions, with energy demand from buildings continuing to rise. It is therefore imperative for new projects to not only aim for carbon neutrality and net zero status, but to also educate their inhabitants more globally about the impact of sustainability on the built environment.

With this in mind, in 2020 nARCHITECTS completed a pioneering facility that effectively visualizes how energy consumption shapes both architectural form and the natural environment. The project originally materialized when the New York State Parks Department asked nARCHITECTS to turn their attention towards a minor, ongoing renovation of a nature center at Jones Beach, that was in the planning stages at the time. The project’s ambition continued to grow as it developed, and the Jones Beach Energy and Nature Center eventually came to encompass an energy education center, a series of support offices, classrooms and a continuous sequence of exhibition spaces.

Jones Beach Energy and Nature Center © nARCHITECTS

The final budget, including the landscape and exhibitions, was roughly $30 million. Slightly under half of that total sum was contributed by the Long Island Power Authority (LIPA), which makes annual contributions and has partial curatorial oversight of the gallery spaces. This investment arrived on the heels of the 2019 Climate Leadership and Community Protection Act, as New York State began to pursue an aggressive clean energy plan through capital investments, systemic changes and collaborations between policymakers, energy producers and the public. 

A shaded porch creates a constant interplay of shifting shadows. © nARCHITECTS

As a net-zero targeted building that permanently monitors and displays its own energy performance, the Jones Beach Energy and Nature Center is a true model for all projects that seek to enlighten visitors about their own carbon footprint and the ways that we can all become more conscientious environmental agents. The building has a thin, linear footprint that is born from the location of existing foundations and a concrete sub-surface belonging to a boathouse that formerly occupied the site.

At 320 feet in length, this single-story structure treads lightly on the site and functions as a gateway to the beautiful natural environment of Jones Beach. The building has a simple form, with a series of Northeastern-oriented sloped roofs and clerestory windows punctuating the long elevation to create the sensation of a set of rolling waves moving toward the shore. A cedar-clad canopy wraps the building on all sides, creating a continuous shaded porch that results in a continuously shifting pattern of shadows.

Clerestory windows bring light down into the gallery spaces. © nARCHITECTS

Inside, the gallery spaces feature plentiful glazing, creating a bright environment that consistently makes visual connections to the surrounding environment; a far cry from the typical white box gallery environment, completely divorced from its context. The Lobby and South Gallery explore the history of Long Island’s energy network, while the East Gallery investigates “The Power of Nature” through exhibits on the surrounding ecosystem, landscape conservation and habitat restoration. The West Gallery focuses on “The Nature of Energy,” through exhibits on natural energy sources, energy-efficient buildings, renewable energy technologies, embodied energy, and the impact of extreme weather on our power grid.

Jones Beach Energy and Nature Center Diagram © nARCHITECTS

Geothermal wells provide heating and cooling throughout the interior, while 260 photovoltaic panels provide enough energy to allow the building to operate off-grid for 6 hours. The Nature Center is educational for visitors in both its overall form and exhibition content, as it successfully outlines the role of energy in New Yorker’s lives and how thoughtful, site responsive architecture can minimize our impact on the environment. 

Jones Beach Energy and Nature Center © nARCHITECTS

What better place than Jones Beach to juxtapose the relationship between our built and natural environments. Structures like this one are a critical part of addressing the climate crisis, meeting sustainability goals, enhancing resilience, and supporting more equitable communities, as we move towards a less destructive future.

Have your say in which architects will take home Architizer’s prestigious A+Awards: Public Voting opens this spring. Interested in next year’s program? Subscribe to our newsletter for updates.  

Reference

Breathing New Life into The Procuratie Vecchie in Venice
CategoriesArchitecture

Breathing New Life into The Procuratie Vecchie in Venice

Browse the Architizer Jobs Board and apply for architecture and design positions at some of the world’s best firms. Click here to sign up for our Jobs Newsletter. 

Few cities in the world have been for so many centuries a melting pot of different languages, religions and lifestyles as Venice: here, the salty air of the lagoon not only gave rise to the city’s trade relationships, but also continues to create an intoxicating atmosphere that lays fertile ground for cultural exchange and dialogue.

Procuratie Vecchie is an iconic building that occupies the north side of St. Mark’s Square: completed in the first half of the 16th century, the complex — once the seat of the Procurators of St. Mark’s, high officials with offices inferior only to those of the Doge and responsible for assisting the poor — since the 19th century has housed Generali, one of the largest global insurance and asset management providers.

Introduction tunnel. Photo by Andrea Martiradonna

“The Human Safety Net”. Photo by Andrea Martiradonna

After the completion of the restoration, commissioned by Generali and designed by David Chipperfield Architects Milan, a large portion of the complex has finally opened to the public. The restoration, which involved the renovation of the first and second floors, the reorganization of the accessibility of the building through the insertion of new stairs, and a renewed central entrance on the third floor, has not only brought back to its original splendor one of the most fascinating places in Venice but it is also re-established the building’s link to the original social dimensions of the larger Renaissance complex.

In addition to being a place of work, the building’s third floor houses the 32 291 square foot (3000 sq m) home of the Generali Group Foundation, “The Human Safety Net,” which works to improve the living conditions of people in vulnerable situations around the world. To convey the spirit of the Foundation, the third floor hosts the interactive exhibition “A World of Potential” curated by Orna Cohen and Andreas Heinecke, founders of Dialogue Social Enterprise and designed for the interior, exhibition, graphics & multimedia design by the Milan-based studio Migliore+Servetto under the artistic direction of Davide Rampello.

Sketch by Ico Migliore

Exhibition itinerary. Sketch by Ico Migliore

In addition to the exhibition, the Migliore+Servetto studio developed the design of the reception and commercial areas on the ground floor and the spaces for interaction on the third floor: a café, a coworking area, event rooms and an auditorium.

Achille Castiglioni used to say that “we don’t design objects or spaces but behaviors”: and this statement can only be more apt in relation to this exhibition. In fact, the exhibition offers visitors a cognitive experience to recognize the potential in themselves and in others, according to the “learning by doing” method by John Dewey and on the basis of the ” values in action” outlined by the positive psychology of Martin Seligman and Christopher Peterson, and selected by the curators (creativity, kindness, perseverance, gratitude, curiosity, hope, social intelligence, teamwork): the result is a project halfway between a science and technology museum and an anthropological experience.

The café. Photo by Andrea Martiradonna

The coworking. Photo by Andrea Martiradonna

The entire itinerary is characterized by three recurring symbols: the table, the nest and the mirror. The table is an emblem of meeting and dialogue, and is present throughout the interactive installations and in the convivial spaces. Meanwhile, the nest symbolizes welcome and bonds, and recalled in the structures of the bookshops. Finally, the mirror, which in Venice boasts a centuries-old tradition, recurs in the furnishings of the café and in various installations as an allegory of reflection and of the comparison with oneself.

The café with optical chamber. Photo by Andrea Martiradonna

The Venetian theatre. Photo by Andrea Martiradonna

The entire narrative space, suspended between craftsmanship and refined technologies, tells of a strong bond with the city. Venice’s pulsating life is filtered uninterrupted through the “oculi” — the openings on the façade of the third floor. Some of these openings create a system of visual enlargement that recalls the optical machines of Canaletto.

At the beginning of the exhibition, the wooden puppets of Harlequin, Pantalone and Columbine — masks of Venetian theater — animated by sophisticated technology interact with visitors by answering questions about the history of the city in several languages. The installation “Window on Venice” allows visitors to take a leap back in time, exploring in 3D what some places in the city looked like in the 16th century.

Team work. Photo by Andrea Martiradonna

Team work. Photo by Andrea Martiradonna

The partitions of the spaces and the furnishings, all designed by Migliore+Servetto, enter into conversation with the existing structures. This dialogue enhances the presence of local materials such as glass, copper, wood, mirrors. The characteristic Venetian “bricole” constitute the supporting structure of the installation of the exhibition route dedicated to team working; the benches of the café, in natural wood, recall those of the historical Venetian cafés; the patterns of the carpets rework traditional motifs, such as the ornate arches of the Doge’s Palace or the “millefiori murine”; the chandeliers made by local master glassmakers create an evocative dialogue between natural and artificial light.

The studio also contributed to the selection of the contents of the Art Studio, the space dedicated to temporary exhibitions that hosts “CHUTZPAH. A tent that is not a tent, animals that are not animals”, curated by Gabi Scardi, is a project created by the collective “Atelier dell’Errore BIG” that gives voice through art to a community of young people marked by neurodiversity.

Image by Migliore + Servetto architects

Social intelligence. Photo by Andrea Martiradonna

The temporary installation, also by the studio, of 100 external tapestries on the façade of the Procuratie Vecchie facing St. Mark’s Square and 22 tapestries on the internal façade of Corte Maruzzi tells about the actions and the identity of the Foundation.

An intervention under the banner of a holistic approach that, through the culture of inclusion, social innovation and sustainability, and through an effective design language, opens new possibilities for self-awareness and awareness of others, in the perspective of transforming more and more the concept of “me” into that of “us”.

Browse the Architizer Jobs Board and apply for architecture and design positions at some of the world’s best firms. Click here to sign up for our Jobs Newsletter. 

Reference

How Mega Project Iconsiam Pushes the Boundaries of Material Science
CategoriesArchitecture

How Mega Project Iconsiam Pushes the Boundaries of Material Science

Mega projects inherently push limits. As the largest design efforts to shape the built environment in a given age, they naturally drive innovation simply due to the sheer scale of their undertaking. But while their development tends to bring about novel approaches to design and construction when considered in whole, the innovations they realize in the application of individual architectural materials is often overlooked.

Mega projects need mega materials, which is why cutting-edge technical porcelain stoneware from FMG Fabbrica Marmi e Graniti was a perfect fit for the larger-than-life Iconsiam development in Bangkok, Thailand. A massive, mixed-use complex featuring two residential skyscrapers, various cultural attractions and two malls, FMG’s high-performance MaxFine White Calacatta surfaces were used on the interior floors and exterior façade of Iconsiam’s malls.

The malls themselves, named Iconsiam and Iconluxe to differentiate each other’s brand offerings, are a maximalist fusion of all things Thai. Aspects of Thailand’s culture including art, food, and works from traditional and contemporary artisans are all synthesized under one roof in ways never before attempted. Designed to accommodate 150,000 daily visitors, Iconsiam and Iconluxe needed equally pioneering flooring and façade materials to perform well under extremely taxing conditions.

Designed to be utilized in large public spaces, Iconsiam’s floors are covered in FMG’s MaxFine White Calacatta surfaces, in both matte and glossy finishes depending on their location. MaxFine White Calacatta Active Surfaces® slabs, featuring antimicrobial and air purifying properties, wrap a majority of the building’s exterior. Together they employ the latest technological innovations to achieve superlative scales of application, long-term durability, ease of maintenance, and environmental health.

Size is the defining feature of most mega projects, and that is certainly true for Iconsiam, with 5.6 million square feet of retail between its two malls. As a result, FMG’s MaxFine White Calacatta surfaces cover over 118,000 square feet of floor space, while White Calacatta Active Surfaces® slabs clad more than 10,000 square feet of exterior façade.

At that scale, floor and wall panels need to cover a massive area without adding too much weight to the building’s structure or appearing unnatural. In this case, FMG’s MaxFine White Calacatta surfaces were picked for their lightness and dimensions, with thicknesses between just one quarter and one half of an inch, and slab dimensions of up to five feet by ten feet.

The natural wear and tear that such a large area of wall and floor surfaces are subject to is substantial, requiring them to both perform well and appear fresh after years of foot traffic and environmental exposure. FMG’s MaxFine White Calacatta slabs inherently resist wear over time by combining the good looks of stone with the durability of porcelain stoneware. As a result, they are fully waterproof, and resistant to chemicals, scratching, heat, fire, scaling, moisture, staining, and scuffing.

Maintenance and upkeep are likewise major concerns for a project with vast material quantities. FMG’s MaxFine White Calacatta slabs on the floors of Iconsiam are non-absorbent, allowing them to be cleaned with minimal effort before drying quickly. Outside, the mall’s wall surfaces feature FMG’s Active Surfaces®, with antibacterial and antiviral (including anti Covid-19), anti-pollution, anti-odour and self-cleaning properties. Thanks to their self-cleaning properties, when subject to light and humidity these surfaces are able to mitigate the buildup of dirt on the slabs and allow for the natural action of rain to accomplish a majority of their needed cleaning.

Available for almost any application, FMG’s Active Surfaces® slabs on Iconsiam’s façade greatly contribute to outdoor air quality. In fact, under the action of light and humidity, FMG’s Active Surfaces® are able to convert polluting molecules like nitrogen oxides and volatile organic compounds into harmless substances, improving the well-being of an entire neighborhood. Beneficial to both Iconsiam’s visitors and its neighbors.

Iconsiam’s Active Surfaces® also have an antibacterial and antiviral action. Using the photocatalytic properties of titanium dioxide combined with silver, when exposed to light these materials neutralize up to 99% of bacteria and viruses. A recent study by the University of Milan further confirmed that these surfaces eliminate up to 94% of SARS-CoV-2 (the virus responsible of Covid-19) after 4 hours of light exposure. Moreover, thanks to the presence of silver, these properties remain effective even in the dark.

To see how FMG’s MaxFine White Calacatta surfaces can bring innovative solutions to your project, check out their website.

All images courtesy Fabbrica Marmi e Graniti

Reference

Enscape 3.3 Takes Real-Time Architectural Visualization to the Next Level
CategoriesArchitecture

Enscape 3.3 Takes Real-Time Architectural Visualization to the Next Level

Enscape, one of architecture’s most popular real-time visualization, 3D rendering and virtual reality applications, just got even better. Its latest iteration, version 3.3, brings a plethora of enhancements for its existing features as well as a host of new functions, each designed to make real-time rendering more intuitive to use at every stage of the design process.

Enscape brings the disciplines of design and visualization together, creating a unified experience that enables designers to collaborate on their projects in a dynamic fashion, as well as communicating their ideas to clients in an easy-to-understand way.

“We’re always looking for new ways to support our customers’ design workflows,” said Petr Mitev, VP Visualization Product Group at Enscape. “With our latest release, we’ve automated some processes so designers can spend more time making the right decisions and less time gathering the data needed to do it. We will also continue to improve our core visualization and sharing platforms based on community feedback.”

So, what can users expect from the new and improved Enscape application? Here are some key new features to look out for:


Site Context

It’s now possible to import a project’s existing surroundings directly into renderings, using data from global geographic database OpenStreetMap. Users can enter a specific address or coordinates to immediately locate and import the surroundings, or select and import key landmarks, streets, or topography.


Alpha Channel Export

With the Alpha Channel Export, you can now render an image with a transparent background. This means your project can now be quickly and easily combined with any style of sky, clouds, and horizon line in post production, lending Enscape a new layer of flexibility for still renderings.


Education Assets and Materials

Enscape’s popular 3D asset library has been radically expanded to include an extensive collection of educational assets, including classroom furniture, toys, musical instruments, playground equipment, acoustic panels, and more. The Enscape Material Library, which was introduced in Enscape 3.1, has also been expanded with materials such as new wallpapers and various carpets.

While they will be categorized under Education and are perfectly suited for kindergarten, school and college projects, these assets and materials are also useful for a wide variety of other typologies, including corporate, hospitality and residential projects.

Besides these headline new features, numerous other refinements have been introduced to Enscape 3.3, each with the goal of improving ease-of-use and an improved end product for users.


Additional Features

In terms of rendering, visualizations including glass and water are now more accurate thanks to improved graphic capabilities; transparent materials now appear in reflections, providing a more realistic appearance. The use of a graphics card that supports hardware-accelerated ray tracing, such as NVIDIA RTX series and AMD RX6xxx series, is required. Further to this, the new “Material Overwrite” function enables users to replace Enscape material files within the Enscape Material Editor without the need to manually import and export them.

In terms of user experience, it’s now possible to ‘pin’ the Enscape rendering window and associated menus to the top of your modeling window, allowing for easy access to view real-time changes even if you’re not using two screens. New upload migration capabilities have also been introduced, enabling users to manage uploads, such as web standalones and uploaded panoramas, online efficiently.

Finally, Enscape 3.3 works seamlessly with the latest version of SketchUp, providing key compatibility with one of the industry’s most used 3D modeling applications. Throw in full Japanese language support, and the latest edition of Enscape is inarguably the most comprehensive release to date when it comes to usability across platforms and geographies.

To get a first-hand look at Enscape’s full suite of real-time capabilities, click here to download a 14-day free trial. You can find out more about every feature over at Enscape.com.

Reference

BNIM’s Customized Glass Façade Inspires New Forms of Art Making
CategoriesArchitecture

BNIM’s Customized Glass Façade Inspires New Forms of Art Making

Judging is now underway for the 10th Annual A+Awards Program! Want to earn global recognition for your projects? Sign up to be notified when the 11th Annual A+Awards program launches. 

Art and design are defined by how we experience the world and express ourselves. The spaces for creation and ideation shape what we make, and in turn, can provide the platform for making new works of art. When BNIM designed the Fine Arts + Design Studios (FADS) building at Johnson County Community College (JCCC) in Overland Park, Kansas, they brought together multiple disciplines into a single, carefully crafted facility. The result is an open architecture that allows students, faculty and staff to explore what expression means to them.

At the heart of the FADS building is the idea of bringing diverse ideas and art practices together. The building was made to exemplify the notion of learning by doing, drawing together disciplines that were previously dispersed across campus: graphic design, sculpture, ceramics, metals, painting, drawing, photography and filmmaking. The architecture was designed to provide a framework for new synergies and enhanced collaboration and, in doing so, inspire creativity and new forms of art making.

The FADS building was completed with Clark & Enersen, who provided programming and equipment planning, as well as mechanical, electrical and structural engineering for this building. In turn, they were selected for a range of services for priority projects identified in Johnson County Community College’s 2016 Master Plan. A goal of the facilities master plan was to reinforce campus neighborhoods by promoting adjacencies. The FADS building brings these ideas to life and contains the arts programs that were formally housed in the Arts & Technology building, along with filmmaking and graphic design.

As the design team notes, the FADS building included classrooms and studio space, material storage, multi-use common spaces, as well as display and collaboration spaces throughout building corridors. Fueling a desire to create, FADS includes these hallway gallery spaces and a covered outdoor courtyard, which functions as a year-round workspace for student and faculty artists alike.

In addition to providing collaboration spaces, the design features flexible and vibrant interior studios. The project was sited to provide intimately scaled exterior spaces for the creation and display of art, and to integrate and strengthen campus connections.

BNIM’s design features a rectangular volume lifted off the ground by a concrete podium and pilotis. In turn, the building volume is offset by acid-etched and ceramic-fritted glass panels. They worked with architectural glass and systems manufacturer Bendheim to bring the glass panels to life.

The customized, ventilated glass façade features a 170-foot-wide façade with Bendheim’s Lumi Frit Surface 1 fritted glass. It acts as a screen that filters soft, glare-free daylight into the studios through second-story windows, while creating a white aesthetic during the day. The glass also reflects sunlight to a shimmering white effect. Bendheim sampled multiple Lumi Frit patterns and surface options to test and evaluate for optimal diffusion and projectability.

Just steps away from the Midwest Trust Center, the Wylie Hospitality and Culinary Academy, and the Nerman Museum of Contemporary Art, the Fine Arts & Design Studios (FADS) facility was made to anchor a new arts neighborhood on campus. The FADS strengthens these connections and provides space to reimagine how art is made.

“In the fine arts are these silos of specialties, but the trend is to break through those silos,” says Fine Arts Professor Mark Cowardin. “Painters are embracing more materials, and sculptors are working with ceramics and drawing. We want that sort of cross-pollination, not only with our students but with our professors. We are encouraging a creativity zone where we can build on our reputation and present to our students the opportunity for innovation.”

Judging is now underway for the 10th Annual A+Awards Program! Want to earn global recognition for your projects? Sign up to be notified when the 11th Annual A+Awards program launches. 

Reference

Structural Membranes: Exploring ETFE and PTFE Synthetic Polymers in Architecture
CategoriesArchitecture

Structural Membranes: Exploring ETFE and PTFE Synthetic Polymers in Architecture

Browse the Architizer Jobs Board and apply for architecture and design positions at some of the world’s best firms. Click here to sign up for our Jobs Newsletter.

Modern chemistry made mass-producing polymers possible and continues to facilitate the use of synthetic polymers in architecture. Membranes are one of the most visible forms of polymers in design and construction. Waterproofed membranes add a layer to the building’s envelope that both prevents damp walls and helps control the humidity inside. This approach to structure and envelope, which has gradually become popular since the late 20th century, is an especially good choice for public projects with large span roofs. For example, the Millennium Dome by RSHP, which has been badly damaged by the extraordinarily destructive storm Eunice, is a dome structure with a skin of PTFE coated glass fabric that has an astonishing diameter of 1, 200 feet (365 m) and a height of 165 feet (50 m).

A roof formed by a single layer of membrane is significantly thinner than structures built from traditional materials such as timber and bricks, while it is possible to be as strong as steel, depending on the material. The resulting structure, therefore, preserves lightness both structurally and visually. Meanwhile, they are strong enough to stand against the weather and good at self-cleaning. This article looks at two predominant synthetic polymers — both plastics that are categorized as textiles. PTFE, polytetrafluoroethylene, is constructed from carbon and fluorine atoms. Meanwhile, ETFE, ethylene tetrafluoroethylene, is built from carbon, fluorine and hydrogen. While the former is more fire-resistant, the latter performs better under tensile pressure.

Sogokagu Design Lab_exterior

Polymers are also applied as hard materials, the Sogokagu Design Lab by Kengo Kuma and Associates has a ETFE façade.

So far, membranes sound ideal for large-span structures. However, the performance of the material heavily depends on its structural integrity. If just one part of the piece breaks, normally, if the type of membrane used is fabric-based like PTFE, the replacement of a whole piece will be required. Therefore, the maintenance and repair of membrane structures can be quite costly, which should be considered when choosing the material.

There is also a wide range of sheet materials that can be considered as membranes. Some are woven fabrics coated with polymers, some come directly as foils/films. ETFE is one of the most popular materials for membrane structures as it becomes a film that is highly flexible to fit onto the skeleton of different shapes. It is also transparent enough to let lights travel through, either allowing daylight into the space to utilize natural light or creating a luminous, performative visual of the building at night by lighting it from the inside. Moreover, the material is highly recyclable — although not biodegradable. Still, already-used ETFE can be reprocessed into new ETFE materials.

water cube_night_exteriorwater cube_day_interiorDesigned by PTW Architects, the National Swimming Centre in Beijing, also called Water Cube, has an iconic “bubbling” façade made of ETFE. To achieve this appearance, ETFE films are first welded together, then installed onto the steel frames and lastly filled with inert gases using the piped embedded in the steel frames to form cushions. The swimming pool is lit by natural light during the daytime and very little artificial lighting is needed, thanks to the transparency of ETFE.

Solar energy is let through the envelope as well and heats the space, the water and the concrete floor structure. During the night, the concrete floor of high thermal mass gives out heat that is stored during the daytime, saving energy on air-conditioning. As each cushion is independent of the others, a broken cushion can be quickly repaired by welding a supplementing patch of ETFE onto it or be simply replaced with a new cushion to secure the integrity of the envelope.

Functioning similarly to double- and triple-glazing, the gas-filled cushions are good insulators for noise and heat as well. The insulating function of ETFE cushions has been already proved in the Eden project (2001), where ETFE cushions help control climates in enormous greenhouses.

selgascano serpentine_day_interiorWhile Water Cube employs ETFE cushions for their environmental performance, the Serpentine Pavilion 2015 designed by SelgasCano plays with the material’s transparency. Using colored and color-diffusing ETFE films, joined by colored ribbons, the design team created a surreally colorful spatial experience. ETFE films and ribbons of different shades are attached to the steel skeleton, forming a double skin system where shades overlay building new shades and forms penetrate forming dreamy shadows. The lightness of the material allowed all skin sections to be installed by hand.

PTFE membranes, on the other hand, are normally manufactured by coating PTFE onto glass fabrics, which makes them highly resistant to cracks under stretching and more scratch-resistant than ETFE. The strength of the material allows the formation of dramatic free form structures. While PTFE membrane facilitates natural lighting as ETFE does, it can further filter UV light thus preventing possible damages to furniture caused by long-term UV light exposure. Similar to ETFE, it is also anti-corrosion and easy to clean.

Feuerstein-Arena Schierke_dayFeuerstein-Arena Schierk_nighteThe Ice Stadium Schierker Feuerstein-Arena designed by GRAFT stands out in the competition to renovate the stadium for its unique roof. The roof of over 29,000 square feet (2, 700 sq. m) spans across the ice rink, meeting the ground at its two ends. The lightweight yet strong PTFE membrane rests on a net of steel ropes which is then fixed to the outer steel frame. The structure bears wind, rain and snow and sheltered the stadium from direct sunlight by diffusing it. During the night, the reflectivity of the material spreads lights across the whole roof, multiplying the artificial lighting.

Browse the Architizer Jobs Board and apply for architecture and design positions at some of the world’s best firms. Click here to sign up for our Jobs Newsletter.

Reference