Dekton Ukiyo: Cosentino’s New Material Collection Celebrates the Aesthetic Wisdom of Japan
CategoriesArchitecture

Dekton Ukiyo: Cosentino’s New Material Collection Celebrates the Aesthetic Wisdom of Japan

Most people who love design also love Japan. In fact, it is impossible to truly appreciate the modern history of Western art and design without recognizing Japan’s influence. From the woodblock prints of Hiroshige that inspired Van Gogh to the Zen tea rooms that laid the foundation for minimalist architecture, Japanese aesthetics paved the way for modernism.

It is not just that Japanese design is beautiful. The nation has a long tradition of thinking carefully about aesthetics, and how the contemplation of beauty contributes to human flourishing. Consider the concept of wabi-sabi, or the art of imperfection, that was recently explored in an Architzer op-ed. Centuries before American architects lamented the homogeneity of the clean and orderly suburbs, Japanese philosophers recognized the paradoxical truth about beauty: that it requires flaws.

Dekton Ukiyo NACRE. Image courtesy Cosentino

It is this aspect of Japanese aesthetics — the theoretical side — that most inspired world-renowned interior designer Claudia Afshar in the development of her new collaborative collection with Cosentino, Ukiyo. The tagline for the series is “The Inner Texture,” which speaks to the Japanese understanding of interior design as an art that evokes a mental atmosphere of inner serenity. In the Japanese tradition, beauty and well-being go hand in hand.

The collaboration consists of a series of new patterns and textures for Cosentino’s versatile Dekton surfaces, a product we love and have profiled many times in the past. Scratch resistant, stain resistant, and able to endure the elements, Dekton is the surface of choice for designers looking for a material that is both resilient and visually alluring. The introduction of Dekton into the marketplace in 2013 completely upended the old conventional wisdom that natural materials are more beautiful than composites.

With Ukiyo, Claudia Afshar showcases the extraordinary potential of Dekton. Most Westerners recognize the term ukiyo as referring to a genre of woodblock prints that flourished in the 19th century, epitomized by the work of artists like Hokusai and Hiroshige. But in the promotional materials for this new collection, Afshar and Cosentino have chosen to emphasize the literal meaning of this term, listing the dictionary definition on the top of the collaboration webpage: “[u-key-yo], Japanese, (n). Living in the moment, detached from the bothers of life. ‘The floating world.’” The idea is drawn from Zen. It means that paradise is always at hand; all it takes is a choice to live in the moment.

Dekton Ukiyo KRETA. Image courtesy Cosentino

In a recent webinar hosted by Architizer, Cosentino’s Lauren Dron quoted Coco Chanel’s statement that “An interior is the natural projection of the soul”, emphasizing the depth of the question architects and designers must ask every time they take on a project. “Meaningful design in the built environment continues to be rooted in our minds and in our emotions,” she declared. “Design is a reflection and enhancement of the human experience.”

This second part — enhancement  — is key, and it is the place where architects can really have an impact on the world. In a social environment dominated by stress, conflict, and speed, architects can create environments of serenity and calm. They can remind people that “the floating world” is alway at hand if one is willing to adjust their perspective.

This, then, is the noble aim of Ukiyo, which features textures and colors that are simple, yet rich. As lush as any natural stone, and as meditative as a pool of still water, these surfaces bring serenity into all sorts of interiors, from domestic to commercial. Each Dekton color features the same delicate ribbed texture, which is reminiscent of the wood slats one often finds in Japanese homes. The texture also evokes the delicate patterns one finds raked into the sands of Zen gardens.

There are two different options when it comes to the size and spacing of the grooves. Ukiyo GV2 is wider, with 25 mm slats and grooves that are 5 mm wide and 3 mm deep. GV3 is finer, with 11 mm slats and grooves that are 4 mm wide and 4 mm deep.

Dekton Ukiyo BROMO. Image courtesy Cosentino

BROMO is the first color in the series. It is described as “a dark gray shade inspired by slate featuring subtle faded graphics and a carefully crafted texture with a natural aesthetic.” The graphics are really key here. The material is actually deeper and richer than slate, yet it has the same soothing matte finish, exuding sophistication.

The next color, KRETA, is inspired by concrete, a material that retains modernist cache despite its ubiquity. Some of the most lyrical architecture ever made with raw concrete was created by Japanese architects, including Tadao Ando. Cosentino notes that KRETA can “create lighter or darker spaces.” In this way, it  plays off the light conditions in its environment, just like real concrete — a true neutral.

NACRE and REM are both shades of cream or beige. NACRE is the lighter of the two, and can even be considered an off-white. It is a great choice for designers looking for a minimalist finish but wary of stark brightness. This tone is both light and warm. REM has a similar impact but is marked by more dramatic veining patterns. There is a luxe quality here that is perfect for commercial interiors.

Dekton Ukiyo UMBER. Image courtesy Cosentino

Finally there is UMBER, the most adventurous and unique color in the series. It is hard to look at this delicately textured terracotta without imagining the rooms one could create with this tone. Unlike the other colors, which are notable for their versatility, UMBER is a showstopper. It is the kind of color you build a room around.

Ukiyo is a truly inspiring series of surfaces. It is also ethically manufactured. Dekton is  the only “Cradle-to-Grave Carbon Neutral surface” as Cosentino offsets 100% of their CO2 emissions over the product’s life cycle. This too is very Zen. Dekton exists in harmony with its surroundings.

To learn more about Dekton Ukiyo and talk with Cosentino about how to integrate it into your next project, visit their website.

Reference

Built To Last: 6 Times ABC Stone Provided Rare Rocks for Timeless Architecture
CategoriesArchitecture

Built To Last: 6 Times ABC Stone Provided Rare Rocks for Timeless Architecture

Architizer’s A+Product Awards has officially launched! Get your products in front of the AEC industry’s most renowned designers by submitting today.

Stone architecture stands the test of time. Built around the world, these structures have been constructed for thousands of years. With diverse applications and uses, stone is chosen for its durability, performance and aesthetic qualities. Providing different varieties like limestone and granite to travertine and marble, ABC Stone is a company with rare and hard-to-find stones from quarries worldwide. By diversifying their material portfolio and service offerings, they’ve quickly become a one-stop resource for the architecture and design community.

Chosen to meet contextual and functional requirements, stone buildings give way to a vast array of different formal expressions. Whether cut or carved away, stone is used in architecture for everything from flooring to walls. The following projects showcase some of ABC Stone‘s collaborations with designers. From locations in New York City and Hicksville, ABC helps architects and teams find the right products for their specific projects. From residential to public and cultural work, the following designs showcase the versatility and potential of stone architecture.


Tata Innovation Center at Cornell Tech

By WEISS/MANFREDI Architecture/Landscape/Urbanism, New York, NY, United States

Outside the Tata Innovation Center and the surrounding grounds on Roosevelt Island, ABC provided a series of granite stone pavers. The project itself was developed by Forest City New York to supports Cornell Tech’s efforts to fuse entrepreneurial and academic ambitions on its new Roosevelt Island campus in New York City. One-third of the 235,000-square-foot building hosts Cornell Tech studios, labs, classrooms, and event spaces, while the upper levels are dedicated to a mix of technology-focused companies and start-ups.

All of the occupants share central, light-filled circulation spaces with panoramic skyline views and lounges that encourage social interaction and collaboration. The building’s cantilevered southwest and northeast wings shelter outdoor social spaces that animate the ground floor retail spaces and entry terrace. Anticipating environmental challenges such as rising sea levels and increased flood risk, the Tata Innovation Center is designed for maximum resilience with an entry floor that rises seven feet above the 100-year flood plain.


The Barnes Foundation

By Tod Williams Billie Tsien Architects | Partners, Philadelphia, PA, United States

The Barnes Foundation collection was relocated to a 93,000 square foot, LEED Platinum building on the Benjamin Franklin Parkway in downtown Philadelphia. Conceived as “a gallery in a garden and a garden in a gallery,” the new building honors the past Merion facility and provides visitors with a personal experience. Clad in fossilized limestone and crowned by a luminous light box, the two-story building, with an additional level below grade, is set in a public garden.

The tripartite building plan consists of the gallery housing the collection, the L-shaped support building, and a court between the two. The L-shaped building provides facilities for the foundation’s core programs in art education, as well as for conservation, temporary exhibitions, and visitor amenities. The façade of the massive building is dressed in Ramon Grey limestone — quarried in the Negev desert and supplied by ABC Stone. In total, 4,000 stone panels were employed to construct the facility.


Field House

By Stelle Lomont Rouhani Architects, Sagaponack, New York

Field House was built between ocean and pond. With the landscape seemingly running through it, the house was designed around flooding and wind. It was constructed on piles with a steel frame and high density limestone. The house is approached through a terraced set of stairs, and the interior palette matches the exterior, with the limestone extending throughout the main level and reappearing as solid blocks in bathrooms.

The intention throughout is to reinforce rather than detract from the natural beauty of the surroundings. Valders Limestone from Wisconsin used inside and out. The stone is used landscape elements such as the pool and spa and the surrounding terraces. It continues through the inside main level of the house reinforcing the indoor outdoor relationship.


Pierhouse and 1 Hotel Brooklyn Bridge

By Marvel, and INC Architecture & Design, Brooklyn, NY, United States

1 Hotel overlooks the East River in Brooklyn’s DUMBO neighborhood and features more than 10,000 square feet ABC’s Montclair Danby Vein Cut, Mountain White Danby, and Crystal Grey Danby. The Pierhouse and 1 Hotel Brooklyn Bridge building echoes the park’s simplified use of stone and steel. It steps down to meet the green lawns with planted roofs. Using stone from a Vermont quarry helped the project achieve the designation of LEED Gold certification.

The Pierhouse and 1 Hotel Brooklyn Bridge development includes a 194-room hotel and 106-unit condo residence in Brooklyn Heights. The design allows for unparalleled views of the New York harbor and the park. The building was made to serve as an improved link between Furman Street and the park open space.


Perry World House

By Tod Williams Billie Tsien Architects | Partners, Philadelphia, PA, United States

For the Perry World House, the University of Pennsylvania needed a space for its new institute that would aggregate all its international activities. This became a renovated cottage that was originally built in 1851. Designed by 1100 Architect, the team preserved the house while transforming the site into a 21st century flagship for this newly formed institute. ABC Worldwide Stone was responsible for sourcing, selecting, quality checks, logistics and fabrication approvals on all the project’s 1,850 cubic feet of Renaissance Beige limestone.

The new limestone-clad building sits at the heart of Penn’s campus, mediating two very different conditions: a pedestrian/domestic scale to its south and west, and a busy urban scale and traffic corridor to its north and east. The building’s facets allow it to modulate its scale in a seamless way, deferring to the original house, on one hand, but providing a strong edge to the busy street, on the other.


Clinton Hill Brownstone

By Michael K Chen Architecture, Clinton Hill, New York

MKCA’s gut renovation and exterior restoration of a landmark Brooklyn brownstone balances history with a playful intervention. Located in the historic Clinton Hill neighborhood, the original structure was abandoned to decay for twenty years. The design of the house balances stabilizing the building and recapturing its original details with efforts to create a new home in an adventurous, innovative manner, producing an appealing aesthetic between the historic elements and the new additions.

For the project, color is an important component of the design, and it is treated in a three-dimensional, spatial manner. ABC Stone was used throughout the project interiors. Across the redesign, a rigorously uniform yet distinct palette washes over each room, retaining the boldness and vibrancy of the original hues, while rendering the spaces more modern, cohesive and calm.

Architizer’s A+Product Awards has officially launched! Get your products in front of the AEC industry’s most renowned designers by submitting today.

Reference

Chaos Bridges the Gap Between Real-Time Rendering and Photorealistic Visualization
CategoriesArchitecture

Chaos Bridges the Gap Between Real-Time Rendering and Photorealistic Visualization

In a professional setting, the tasks of architectural design and visualization are often divided between different teams because they require different skills. This division helps designers achieve state-of-the-art rendering quality but sets up inherent workflow gaps between the two teams. Addressing this challenge, a powerful new update to V-Ray makes major improvements to the interface between that popular photoreal rendering tool and the real-time rendering program Enscape. Nicknamed “The Bridge”, this interface integrates design and visualization into the same workflow, allowing the transfer of materials, assets, lights, and more between design and visualization teams.

Enscape is an indispensable tool for architects because it allows them to quickly convert their work in design programs like SketchUp, Rhino, Revit, Archicad and Vectorworks into compelling visualizations. Ideal for evaluating iterations in working meetings or facilitating client decisions on the fly, it’s easy for designers to use but isn’t intended to produce the sort of photorealistic images made possible by V-Ray. Therefore, when a designer reached the point where a professional rendering was needed, a visualization team would then be tasked with recreating their Enscape scene in V-Ray from scratch, hoping to capture the designer’s intent — until now.

A new solution to this workflow problem has arrived in the form of the Bridge between Enscape and V-Ray. Starting in V-Ray 6, designers working in Enscape for SketchUp, Rhino or Revit can open their Enscape scenes in the V-Ray tab of the same program. This allows design teams to seamlessly transfer geometry, assets, lights, and materials from Enscape to V-Ray and render them with the highest levels of photorealism. By eliminating the necessity to recreate an Enscape scene in V-Ray, the Bridge is a time-saver, offering 3D artists a head start in fine-tuning and rendering projects.

Further to this, thanks to V-Ray’s latest update, the Bridge now enables users to move projects from a CAD environment (SketchUp, Rhino, Revit, Archicad or Vectorworks) to a DCC environment in programs like 3ds Max or Cinema 4D. Designers can now utilize V-Ray within these powerful applications, greatly expanding their rendering capabilities. The key lies in V-Ray’s ability to export a .vrscene file type, which allows designers working in Enscape to move their materials, lights, and entourage directly into V-Ray for 3ds Max or Cinema 4D.

The best illustration of the Bridge’s benefits can be seen in V-Ray’s hyper-realistic lighting and material rendering capabilities. When opened in V-Ray, lights defined by designers in Enscape feature a far greater degree of control over intensity, color, and physical accuracy. Materials in V-Ray likewise exhibit more realistic interaction with light than they do in Enscape, enhancing the ability to depict translucency, subsurface scattering, tinted glass surfaces and mirror surfaces. In the hands of a professional visualization artist, these capabilities make the difference between a compelling rendering and a jaw-dropping, life-like image.

Another significant advantage the Bridge offers is the ability for Enscape users to access V-Ray’s Chaos Cosmos asset library. In contrast to the Enscape Asset Library, tailored for real-time rendering, Chaos Cosmos provides assets specifically crafted to maximize realism and detail in production renders. Additionally, V-Ray’s optimized to handle scenes with large amounts of entourage — exceeding the capacity of Enscape and any host applications.

V-Ray’s sophisticated production flexibility is a further benefit the Bridge offers design teams working in Enscape. While Enscape relies solely on a GPU for rendering, V-Ray removes all hardware constraints by offering flexible rendering options utilizing together or individually the CPU and the GPU of users’ machines. It also offers cloud rendering as well as distributed rendering, and there are no limits on the final resolution of the output images. Design teams working in Enscape can easily utilize these valuable features of the Bridge by simply opening their Enscape models in V-Ray for the purposes of rendering.

With the Bridge, design and visualization are finally brought into the same workflow, saving time for everyone involved. Having removed the need to duplicate work, design teams can now benefit from the real-time rendering capabilities of Enscape without losing anything in translation to a visualization team creating final renderings in V-Ray. The unified workflow and improved collaboration the Bridge allows is a major step forward in efficiency and cooperation, drawing together key parts of the AEC industry that would otherwise remain divided.

Curious what the Bridge can do for you? Check out the latest update for yourself over on V-Ray’s website.

Reference

Unleash Your Expertise: Review Your Favorite Architecture Tools on the Tech Directory
CategoriesArchitecture

Unleash Your Expertise: Review Your Favorite Architecture Tools on the Tech Directory

In the fast-paced and ever-evolving world of architecture, the integration of cutting-edge technology is a crucial factor for staying ahead of the curve. Architizer’s Tech Directory not only serves as a repository for a myriad of tools but stands as a collaborative platform inviting architects and design enthusiasts to actively contribute to the ongoing narrative of architectural technology. This article serves as a rallying call, urging you to share your expertise by providing reviews on the Tech Directory.

Explore 100+ Architecture Tools

Why Your Review Matters

As architects and designers, your interaction with technological tools is transformative. Your reviews possess the power to guide and influence the collective understanding of the AEC technology landscape.

Architizer’s Tech Directory isn’t just a static database; it’s a dynamic space where your insights contribute to the continuous evolution of technological advancements in our field.

Submitting Your Review

Getting started on the road to becoming a leading expert in architecture tech is easy. As shown in the GIF below, simply follow these four steps:

  1. Navigate to the Tech Directory and click ‘Sign In’ in the top right corner.
  2. Create your dedicated Tech Directory user profile (distinct from your Architizer.com profile).
  3. Search for the tool you wish to review and select ‘Write a review.
  4. Provide a star rating (1 to 5) and articulate your detailed thoughts on the tool.

Screen recording of Architizer Tech Directory for ArchitectsIncentivizing Your Participation

To express our gratitude for your valuable contributions, we’re excited to offer the opportunity for select reviews to be published in upcoming editorial features on Architizer and LinkedIn. Imagine seeing your insights quoted, positioning you as a trailblazer in the realm of AEC technology.

Your voice matters, and we want to amplify it!

Crafting an Exceptional Review

Knowledge sharing and peer-to-peer learning plays a pivotal role in architecture and the wider AEC community. For this reason, the quality of your review holds great significance. Your thoughtful and detailed reviews will not only benefit individual architects, but contribute to the collective knowledge base of the entire profession, pushing software providers to improve their products for the industry.

By providing nuanced insights, you empower your peers to make informed decisions, fostering a culture of shared learning and advancement. Here are four ways to elevate your reviews and become a trusted thought leader:

1. Be Specific and Detailed:

  • Illuminate the standout features that set the tool apart.
  • Articulate how the tool elevates your workflow and enhances project outcomes.

2. Compare and Contrast:

  • Provide a nuanced perspective by differentiating the tool from its competitors.
  • Address any drawbacks or missing features to offer a well-rounded evaluation.

3. Be Authentic:

  • Speak from your own experiences. Your authenticity adds weight to your insights.
  • Consider what insights would have been beneficial to you when you first explored the tool.

4. Inspire with Practical Use Cases:

  • Share real-world examples of how the tool has positively impacted your architectural projects.
  • Illustrate your review with anecdotes that resonate with the challenges faced by fellow architects.

Calling All Innovators in AEC Technology: Add Your App

For those at the forefront of creating architectural software, this is your chance to showcase your innovation and get in front of a global community of designers! Create your listing on the Tech Directory and allow architects to explore the unique value your tool can bring to their projects.

In this collaborative endeavor, your reviews and listings will contribute to a comprehensive resource that benefits the entire architecture and design community. Join the community and help make the Tech Directory a vibrant space where insights fuel progress!

Explore the Directory

Reference

Sustainable Practice: The Miller Hull Partnership’s “Regenerative Porch”
CategoriesArchitecture

Sustainable Practice: The Miller Hull Partnership’s “Regenerative Porch”

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletters.

Front porch living is a staple activity in many parts of the world; this culture of chatting with passersby, catching a fresh breeze and watching over the neighborhood was long viewed as a cultural mainstay of the southern United States. In addition to contributing to more socially-oriented communities, porches were historically important design features to help inhabitants cope with warmer weather (and a signature element of the New Urbanism movement). As the advent of air conditioning revolutionized the way architects and the broader population alike responded to heat, the porch became less integral to home design; however, today, several firms are making a strong case for its revival.

Architects have a responsibility to protect the public’s health, safety and welfare. Between climate change and increasingly extreme weather conditions, this charge also encompasses more sustainable and resilient design. For the Kendeda Building in Atlanta, the team at The Miller Hull Partnership (who took home the jury accolade for Best Sustainable Firm in the 10th Annual A+Awards) set out to create a model architecture that could foster environmental education and research. The resulting building doubles as a forum for community outreach, grounding approaches to sustainability and resiliency within the campus and beyond — all hinging on a clever evolution of the “porch” concept.

Located in the heart of Atlanta, The Kendeda Building was designed to make a statement. Created for the Georgia Institute of Technology, the building’s design also became an expression of its value system. These ideas are shown on display both inside and out, from the massing to material choices like mass timber. Working with Lord Aeck Sargent, a Katerra Company (LAS), the team at Miller Hull wanted to demonstrate that rigorous design and sustainability go hand-in-hand.

The concept of The Kendeda Building is inspired by the vernacular southern porch. Taking this element and expanding it from the residential to the civic scale, the team imagined a “regenerative porch” that could create a cool microclimate on the surrounding site. The resulting structure invites visitors inside to rest, learn and to look up as they learn about the space around them. Inside, the building continues the concept of learning by example through the design itself. As the team explained, gravity and lateral elements are left exposed creating a visual register of the structural forces at work.

The Kendeda Building hosts a variety of learning spaces to welcome all students and disciplines from campus. Traditional classrooms as well as laboratory space and meeting rooms fill the building. Each space has generous daylighting, operable windows and is free of Red List chemicals. Indoor environmental quality was the primary driver in the design of these spaces to support learning. The Kendeda Building is Georgia Tech’s first timber building since its earliest load bearing masonry and timber structures from the 1880s. Climate smart mass timber was selected for its significantly smaller embodied carbon footprint, compared to concrete and steel systems.

The design of the Kendeda Building demonstrates that ‘Living Buildings’ are possible in even the most demanding climates. The Living Building Challenge is one of the world’s most rigorous performance sustainability certification standards for buildings. It was assumed Living Buildings could never be built in the hot and humid climate of the southern United States, especially Georgia, where swampy summers typically necessitate the use of high amounts of energy to keep buildings cool.

“People thought that a building like Kendeda could work in other places – California. Arizona, maybe. But certainly not Georgia,” says Shan Arora, Director of the Kendeda Building for Innovative Sustainable Design.

Yet, the project achieved full Living Building Certification in 2021 after proving its net positive energy and water performance during its year-long occupancy period. At the heart of this was the “Regenerative Porch” — a structural system and PV canopy that generates more than 100% of the building’s energy demand and captures enough rainwater to meet 100% of the water used in the building. At the same time, the design blurs interior and exterior conditions while providing weather-protected outdoor classroom space. As the first Living Building of its kind in the Southeast US, the project set a new standard for design.

The Kendeda Fund provided ongoing funding to support programs in the building that engage local Atlanta communities beyond the university. The atrium, lecture hall, roof garden, and multipurpose room were all designed to be made available for community events. As the team outlined, Georgia Tech’s mission is to maximize the impact of the building by exposing as many students as possible to the project. After learning in a building expressing such a strong position on resiliency and sustainability, the hope is that they will take those values with them into the future.

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletters.

Reference

100+ Top Tech Tools for Architects and Designers
CategoriesArchitecture

100+ Top Tech Tools for Architects and Designers

If there is one thing architects love almost as much as designing buildings, it’s the technology they use to do it! Throughout the past decade, of all the thousands of articles Architizer has published, those related to tech have garnered many millions of views, and the number shoots up daily. Whether it’s SketchUp plugins, AI tools, design-foward laptops, or any number of rendering tutorials, architects and designers have shown an insatiable appetite to learn about technology that can augment their workflow and help realize their client’s perfect project.

It makes perfect sense then, for Architizer to provide a permanent home for these tools — a place where architects and designers can research and learn about the ever-evolving landscape of AEC technology and keep ahead of the curve.

To this end, we are thrilled to announce the launch of Architizer’s Tech Directory, a database of tech tools that benefit all those involved in architecture, from concept to construction.

The directory features the latest generative design and AI (artificial intelligence) software, as well as listings for rendering and visualization, 3D modeling, project management and many more. Explore the complete library of categories here.

Without further ado, check out the first 100+ tools to make the platform:

Explore Top Tech Tools for Architects

Screen recording of Architizer Tech Directory for Architects

Review Your Favorite Architectural Tools — and Get Featured!

A key element of the Tech Directory is the ability for users to write reviews. Architizer is a community-based site, and there is incredible potential for architects and designers to share knowledge and gain insights on the latest AEC technology through this platform.

If you have a tech tool that you love and rely on to do your best work, we encourage you to search for it in the Tech Directory and leave a review for others to read! We’ll include select quotes from the most insightful reviews in upcoming editorial features, offering you the chance to become a thought leader in AEC technology.

Write a Tech Review

Writing a review is quick and easy: Simply go to the Tech Directory, click ‘Sign In‘ in the top right corner, and create your Tech Directory user profile (this is distinct from your Architizer profile, if you have one). Then, search for and select the tool you’d like to leave a review for and click ‘Write a Review‘. You can give the tool a star rating (from 1 to 5) and write your thoughts about the tool.

Try to include as much detail as possible: What are the best features of the tool and why? What differentiates the tool from its competitors? Does the tool have any missing features or drawbacks?

Comprehensive, authentic reviews will help grow the utility of the Tech Directory, and provide the brands that make these tools with valuable insights they can use to improve their products in future. We’ll share more on how to create a good review in an upcoming editorial feature, so stay tuned!

Make Architectural Software or Hardware? Add Your Listing for Free

The Tech Directory launches with just over 100 tools, but this is just the beginning: We invite all makers of architectural software and hardware to create their own listings, and help us grow this database into a comprehensive home for architectural technology.

A basic listing is free to create, and you can get started here (all listings are subject to approval from Architizer’s editorial team before they go live). Architizer’s editorial team can help you perfect your profile and guide you on how to best promote your listing. (Hint: Start by inviting your super fans and power users to leave an insightful review about your tool!)

Create a Listing

Beyond the free listings, there are Professional and Enterprise Plans for those looking to enhance the visibility of their brand and provide prospective clients with more insights into their tools. Those on the Professional Plan can upload more images, enabling them to add additional screenshots, case studies and product shots. They can also add an email contact to their profile, and will see their listing prioritized in the featured section of the Architizer Tech homepage.

In addition to these features, Enterprise members can add videos to their listing, enabling them to include showreels, demos, and tutorials as desired. They can also add a contact phone number and additional details to their listing — click here to see a full list of subscription benefits.

Architizer Tech Directory Categories InfographicWe hope you enjoy exploring the Tech Directory and find it useful when doing your research into the latest architectural technology. As noted, this is just the beginning: We plan to develop this platform into a comprehensive directory that will benefit everyone in the construction industry.

Ultimately though, the success of the directory will come down to you: The people that use these tools every day. Reviewing your favorite applications will give your go-to brands priceless insights and feedback that they can then use to improve their products, creating a virtuous cycle of technological innovation. As mentioned, your review might just get you featured in our next editorial!

With this in mind, we look forward to seeing your thoughts on the top tech tools for architects — head this way to get started!

Reference

Common Expansion Joint Field Problems and How to Avoid Them
CategoriesArchitecture

Common Expansion Joint Field Problems and How to Avoid Them

Are you struggling with the aesthetic and functional challenges of expansion joint covers in architecture? These essential components require careful integration and understanding to ensure they meet project needs effectively. This can be quite challenging, which is why many architects don’t like them. However, with the proper guidance, you can transform this challenge into an opportunity for innovative design and effective functionality.

In our recent webinar, we delved into the complexities of expansion joint systems, offering insights and practical solutions for architects and builders. If you missed the live session, don’t worry — the recording is available for you to watch at your convenience.

Register + Access

Exterior waterproofing options via Inpro Corp

Once again, we had the pleasure of hosting Matthew Fisher, the Senior Product Manager for the Expansion Joint Systems division at Inpro. Fisher, with his extensive 25-year experience spanning architecture, construction management and building materials management, brings a wealth of knowledge and practical insights. His expertise is particularly invaluable considering his background as a practicing architect and his deep understanding of both the design process and the on-site construction dynamics.During the webinar, Fisher covered a range of critical topics, helping participants to:

  • Examine common floor joint oversights regarding blockouts, concentrated loads and coverplate specification;
  • Discover the types of interior wall expansion joint systems and how to accommodate obstructions, changes in directionand functional requirements;
  • Examine and compare building envelope joints and recognize the importance of proper detailing for transitions;
  • Identify the types of expansion joint fire barriers and the dangers to life safety when seams and intersections installations are not assembled to specifications.

Exterior joint cover types via Inpro Corp

These topics were not just theoretical discussions but were backed by real-world scenarios and practical solutions, making the webinar an insightful learning opportunity for anyone in the field.

Register + Access

Don’t miss this chance to broaden your understanding of expansion joint systems and their critical role in architecture. Access the webinar now and equip yourself with the knowledge to tackle one of the most nuanced aspects of building design.


Kalina Prelikj

Author: Kalina Prelikj

A jack of all trades and a soon-to-be Master of Architecture, Kalina enjoys embracing her creative side and has dabbled in everything from marketing to design to communications. However, her main interest lies in architecture, as she loves to explore how it shapes our communities and transforms our daily experiences. With a deep appreciation for the art of puns, Kalina is constantly on the lookout for opportunities to craft clever wordplay.

Reference

Durable Wall Protection for Resilient Buildings
CategoriesArchitecture

Durable Wall Protection for Resilient Buildings

Every structure, much like matter, inevitably shows signs of wear over time. From pristine finishes to eventual wear, the journey of a building is evident on its walls. But what if we could delay the inevitable? This webinar addresses exactly that — preserving the interior aesthetics and integrity of buildings and as a result, empowering architects and designers to think long-term.

Leading the conversation is Ryan Roessler, Product Manager for door and wall protection at Inpro, an industry leader in interior and exterior architectural products. With over six years of product management, a certification from PDMA and deep insights garnered during his nearly three years at Inpro, Ryan brings invaluable expertise to the architectural community. His discussion will focus on the strategic choices architects and designers can make to ensure building interiors stand the test of time.

If you missed the live session or want to delve into Ryan’s insights again, we have the recorded session ready for you. Click the button below to access the recording:

Register + Access

In the webinar, Ryan thoroughly explored the ins and outs of wall protection — from materials and installations to key decision-making processes, highlighting the main challenges architects often face.

All in all, in this webinar you can expect to learn how to:

  • Explore how the proper installation of wall protection materials — when specified with standard wall construction options — determines their effectiveness in interior applications.
  • Recognize when to specify wall cladding vs. targeted wall protection.
  • Examine the best-practice options for achieving effective and aesthetically pleasing interior protection.
  • Discover strategies to successfully design for the long term by avoiding the trap of first-cost value engineering.

The presentation offers deep insights, real-world examples and straightforward guidance, making it a must-watch for every architect and builder. Dive in to strengthen your designs and focus on lasting interiors.

Register + Access

The essence of a building’s long-lasting interior isn’t merely in its design but in the foresight of its lifespan and safeguarding it against wear and tear. So, don’t miss out on the opportunity to explore the tools and insights needed to design  spaces that not only shine today but for years to come.

Reference

What’s So Luxurious About Luxury Vinyl Tile, Part II: How LVT Supply Chains Are “Built on Repression”
CategoriesArchitecture

What’s So Luxurious About Luxury Vinyl Tile, Part II: How LVT Supply Chains Are “Built on Repression”

This article was written by Burgess Brown. Healthy Materials Lab is a design research lab at Parsons School of Design with a mission to place health at the center of every design decision. HML is changing the future of the built environment by creating resources for designers, architects, teachers, and students to make healthier places for all people to live. Check out their podcast, Trace Material.

This article is Part II of a three-part series on the hazards of vinyl flooring.

  • Part I explores “dirty climate secret” behind the popular material and shares some healthier, affordable alternatives.
  • Part II, this article, the long history of worker endangerment by the vinyl industry and how this legacy continues in China today.

Part One: Import Limbo

Warehouses and docks at the Port of New York and New Jersey are filled to the brim with shipping containers full of products like solar panels, textiles and flooring. These containers are stuck in import limbo. The bottleneck has had a particularly dramatic impact on the booming vinyl flooring industry as hundreds of millions of dollars worth of “luxury” vinyl tile collects dust or is returned to sender. They are being meticulously inspected by Customs and Border Protection–part of the Uyghur Forced Labor Prevention Act recently passed by the federal government. Customs is looking for products whose life cycles begin in China’s Xinjiang Uyghur Autonomous Region (XUAR).

This region has become the center of human rights abuses against Uyghurs [pronounced WEE-gur], an ethnic minority group indigenous to Xinjiang. The XUAR is an industrial hub for electronics, pharmaceuticals, apparel and technology fueled by state-sponsored forced labor of Uyghurs. A recent report called “Built on Repression” from the Helena Kennedy Centre for International Justice at Sheffield Hallam University and Materials Research L3C highlights a new and concerning industry in the region: PVC production. According to the report, The Uyghur Region has become a world leader in the production of PVC plastics in recent years. The seven PVC manufacturers in the XUAR produce 10% of the world’s PVC. China, as a whole supplies 63% of U.S. vinyl flooring.

There are many products coming out of the XUAR that are manufactured using forced labor, but none compare to PVC flooring when it comes to human and environmental health effects. According to “Built on Repression” author Jim Vallette, “There’s nothing like it on Earth in the combination of climate and toxic pollution. And workers are living there 24/7.”

Part 2: A History of Abuse

Image generated by Architizer using Midjourney

The toxicity of vinyl production has been a well documented fact for decades and labor abuses have been part and parcel of the industry from the start. As the chemical industry began ramping up PVC production in the ‘60s and 70’s, laying the groundwork for its eventual widespread use, they discovered that vinyl chloride monomer (the building block of PVC) was a carcinogen. They chose to hide these findings from the public and their workers. The story of this global coverup is revealed in the groundbreaking book, “Deceit and Denial: The Deadly Politics of Industrial Pollution” by historians Gerald Markowitz and David Rosner. By the 1970s, PVC workers across the U.S. contracted a rare form of liver cancer and the pattern forced industry leaders to go public about the dangers they had kept hidden. For more on this story, take a listen to the episode of HML’s podcast, Trace Material, entitled “The House of Documents” that features interviews with Gerald Markowitz and other key players that pulled back the curtain on the early PVC industry.

While working conditions have improved in the U.S.,there is unfortunately no safe way to produce, use or dispose of PVC. Workers, residents and fenceline communities continue to be exposed to cancer-causing chemicals. In China, the situation is even more dire. Chinese makers of PVC use an outdated and extremely toxic production method that is far more dangerous to people and the planet. The Uyghur Region has become a locus of PVC production in part because of the plentiful coal resources in the region. Factories are set up adjacent to coal mines and use coal fired power plants as an energy source. They incorporate an incredibly toxic mercury-based catalyst in the production process. This is one of the last remaining places on the planet where this method of production is utilized. The plants in the XUAR will release an “estimated 49 million tons of global warming gasses, each producing more than any other similar plant” and the estimated air emissions are equal to more than half of the air releases of mercury (14.8 tons) reported in all manufacturing in all of the United States in 2020, according to the “Built on Repression” report. At grave cost to our planet and bodies, XUAR-manufactured PVC and the products made from it have become absurdly inexpensive. U.S. manufactures are unable to compete and Chinese PVC has become the most common material in all new floors sold in the U.S.

Global demand for luxury vinyl tile has meant massive growth for a toxic industry in China. To keep up with demand, the government of the People’s Republic of China has instigated a sweeping program of forced labor in the XUAR. One of the primary methods used by the government are “labor transfer” programs. According to the “Built on Repression” report, “Through state agency labor recruiters, the PRC government compels people to be transferred to farms and factories across the Uyghur Region. Others have been ‘transferred’ thousands of miles into the interior of China to work in factories. The XUAR government estimates that it has deployed these programs 2.6 million times.”

The report states that refusal to participate in these programs can be considered “a sign of religious extremism and punishable with internment or prison in the Uyghur region.” Uyghurs are effectively unable to refuse a “transfer” or leave a job assigned to them. Millions have been separated from their families in what is tantamount to human trafficking and enslavement.

Part 3: New Cancer Alleys

Image generated by Architizer using Midjourney

The U.S. government has responded to these atrocities by passing the Uyghur Forced Labor Prevention Act. The act effectively bans all imports whose origin can be traced to the Uyghur region. Tracing the origins of LVT has become increasingly difficult as China has made their supply chains even more complicated and opaque. PVC resins created in the XUAR are shipped to Thailand or Vietnam to be turned into flooring before export. The U.S. flooring industry has responded by returning as much production to the U.S. as possible. But, without forced labor and cheap coal, manufacturers can’t match price and capacity demands. While the steps to divest from an industry propped up by forced labor are certainly positive, ramping up domestic production of PVC brings risks to the health of U.S. workers and communities living near the factories. The heart of plastics production in the U.S. sits along the Mississippi River in Louisiana. The area has become known as Cancer Alley because residents are about 50 times more at risk of developing cancer than the average American. As the plastics industry vacates China and returns to the U.S., it’s building new cancer alleys in Ohio, West Virginia and Pennsylvania. Our demand for inexpensive flooring outsourced cancer, now that demand is bringing cancer home.

So what should be done? According to Gerald Markowitz, we need to stop using PVC altogether. Here are his suggestions:

“The United States should begin eliminating PVC by categories of use. Legislation has been floated in California to prohibit PVC in food packaging — a ban that could be expanded to other nonessential needs. Though PVC is inexpensive, it is replaceable in most cases. Alternatives include glass, ceramics, linoleum, polyesters and more.

Also, discarded PVC should be labeled a hazardous waste. The designation would put the burden on users for its safe storage, transportation and disposal, creating an incentive to accelerate its elimination.”

We at Healthy Materials Lab agree. LVT is durable, easy to install and maintain, inexpensive and toxic. Its low purchase  price is outweighed by a massive cost to human and planetary health. By refusing to specify LVT, architects and designers act as advocates on behalf of the health of all communities. Attractive, affordable, healthier flooring products exist. Take a look at part one of this series (or the healthy flooring materials collection on our website) for a list of some alternatives that include healthy materials like cork, hempwood and linoleum. And, stay tuned for the final installment of the series where we will take a closer look at what happens to LVT at the end of its life and the limits of its circularity.

Architizer is thrilled to announce the winners of the 11th Annual A+Awards! Interested in participating next season? Sign up for key information about the 12th Annual A+Awards, set to launch this fall.

Reference

Architectural Details: Why Metal Is the Perfect Material for Dynamic Educational Projects
CategoriesArchitecture

Architectural Details: Why Metal Is the Perfect Material for Dynamic Educational Projects

As designers imagine the future of educational buildings, the values and materials of today will inform school environments for decades to come. With priorities around durability, longevity, cost-efficiency, and ease of installation, metal plays a starring role in high-traffic education spaces.

For its renewability, durability, and ever-evolving versatility, architectural metal offers long-term solutions that bring beauty, reliability and safety to schools. At Presidio Knolls School in San Francisco, and the Seattle Academy of Arts and Sciences in Seattle, Washington, leading metal manufacturer BŌK Modern’s solutions have set a new standard for how educational spaces are designed and experienced.

Presidio Knolls School. Photo by Ken Gutmaker

Nestled in San Francisco’s SoMa District, Presidio Knolls School is a serene escape from the bustling city. Studio Bondy Architecture was tasked with renovating the PKS campus, including two historic buildings and the main U-Wing building containing the interior courtyard.

The team wanted to design a new public-facing identity while creating a safe, enduring environment for kindergarten through eighth-grade students. They called on BŌK Modern to design custom metal treatments for the building’s exterior façade, front gate, interior stairs, and balcony guardrails to strike that balance.

Presidio Knolls School. Photo by Kevin Quach

The distinctive element of the façade and interior courtyard is the perforated metal screen used across all solutions. The pattern is based on a Chinese ice-ray design, a common motif in wood lattice window designs in the Ming and Qing Dynasties,” says Laura Rambin, Principal at Studio Bondy Architecture. “On the street-facing façade, the pattern decreases in density as it rises to the third story of the building, giving a feeling of lightness. Within the interior courtyard, the pattern creates dynamic shadows and has the effect of standing in a bamboo forest.”

Presidio Knolls School. Photo by Kevin Quach

Designing patterns for kid-centric environments can be challenging, so BŌK and Studio Bondy Architecture carefully selected a pattern that didn’t prohibit climbing but naturally discouraged them from doing so. The custom ice-ray design also has holes too small for toes and feet to fit, and narrow vertical openings prevent anyone from crawling through.

Seattle Academy of Arts & Sciences. Photo by Rachel Godbe

In the common areas of the Seattle Academy of Arts and Sciences’ new STREAM building, The Miller Hull Partnership tapped BŌK Modern to collaborate on guardrails, stairs, and louver covers for the school’s interior. The fun and open patterning, combined with a consistent look, helped to unify the space for students and faculty alike.

Seattle Academy of Arts & Sciences. Photo by Rachel Godbe

Turning structural staircases into textural focal points, BŌK Modern fabricated their panels from 14GA steel with a primer and powder-coated finish for durability. Specified in the A26 pattern across all solutions, the finished products elevate the staircases beyond essential elements of the complex while letting the student’s art installations shine.

Providing architects and designers with endless possibilities to create engaging and resilient educational environments that can withstand the test of time, architectural metal provides sustainable, cost-saving solutions that will be part of a school’s identity for decades to come. Inspiring creativity and enhancing learning, BŌK Modern’s educational projects embrace metal materials as catalysts for resilient structures and compelling design.

To see more architectural case studies and learn more about how metal could be utilized in your next project, visit BŌK Modern’s website.

Credits & Key Information

Presidio Knolls School

  • Architect / Designer: Studio Bondy Architecture
  • Contractor: Plant
  • Construction Photography: Ken Gutmaker and Kevin Quach
  • Location: San Francisco, CA
  • Product Type: Wallscreen, Stair Guardrail, Gate, Balcony Guardrail

Seattle Academy of Arts & Sciences

  • Architect / Designer: Miller Hull General
  • Contractor: GLY Construction
  • Photography: Rachel Godbe
  • Product Type: Stair Guardrail, Balcony Guardrail, Louver Cover
  • Location: Seattle, WA

Reference