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Dezeen’s top 10 most innovative materials of 2023
CategoriesSustainable News

Dezeen’s top 10 most innovative materials of 2023

By Zarkon Group,

As part of our review of 2023, Dezeen’s design and environment editor Jennifer Hahn has rounded up 10 of this year’s most significant material innovations, including bricks made from toxic soil and a 3D printer for wool.

Over the last 12 months, designers found new uses for bacteria, using the microorganisms to colour textiles, grow a leather alternative and turn plastic waste into vanilla ice cream.

In architecture, researchers continued to reinvent concrete, with some using algae instead of cement as a binder while others rediscovered the secret to “self-healing” Roman concrete.

Energy efficiency was an ongoing concern in light of the recent energy crisis, with projects such as water-filled windows and colour-changing cladding aiming to passively heat and cool buildings without relying on fossil fuels.

Read on for Dezeen’s top 10 material innovations of 2023:

Water House by Water-Filled GlassWater House by Water-Filled Glass
Photo courtesy of Water-Filled Glass

Water-Filled Glass by Matyas Gutai, Daniel Schinagl and Abolfazl Ganji Kheybari

One of Dezeen’s best-read stories of the year looked at how researchers from Loughborough University combined two ubiquitous materials – water and glass – in a new and innovative way.

As the name suggests, their Water-Filled Glass windows consist of a thin layer of water wedged between two panes of glass, which can reduce a building’s energy bills by around 25 per cent compared with standard glazing.

That’s because the water absorbs warmth from sunlight and heat loss from the interior that can then be diverted to help heat the building, while also limiting solar heat gain in the warmer months.

Find out more about Water-Filled Glass ›

DNA T-shirt by Vollebak coloured using Colorifix bacterial dyeDNA T-shirt by Vollebak coloured using Colorifix bacterial dye
Photo by Sun Lee

Colorifix by Orr Yarkoni and Jim Ajioka

Synthetic biologists Orr Yarkoni and Jim Ajioka have developed a way of colouring textiles using bacteria in place of toxic chemical dyes which is already being used by mega-retailer H&M and experimental clothing brand Vollebak (pictured above).

Their Colorifix technology uses bacteria that is genetically engineered to produce different colour-making enzymes, creating a dyestuff that is compatible with the textile industry’s standard dye machines.

Crowned material innovation of the year at the 2023 Dezeen Awards, the technology offers a scalable alternative to chemical dyes while using 77 per cent less water and producing 31 per cent fewer carbon dioxide emissions, the company claims.

Find out more about Colorifix ›

Packing Up PFAS by Emy BensdorpPacking Up PFAS by Emy Bensdorp
Photo by Sem Langendijk

Claybens by Emy Bensdorp

At Dutch Design Week, designer Emy Bensdorp presented a series of bricks made using clay contaminated with PFAS – toxic “forever chemicals” used for water- and fire-proofing, that can leak into our soils and waterways.

In the Netherlands, where PFAS can be traced in up to 90 per cent of soils, developers and landowners must now legally take responsibility for this contaminated soil, which ends up being hidden away and left to gather dust in depots with little prospect for the chemicals’ removal.

Bensdorp discovered that firing the clay into bricks at high temperatures can eliminate these highly durable chemicals while turning the soil from a burden into a useful building material via an existing industrial process.

Find out more about Claybens ›

Guilty Flavours ice-cream by Eleonora OrtolaniGuilty Flavours ice-cream by Eleonora Ortolani
Photo by Mael Henaff

Guilty Flavours by Eleonora Ortolani and Joanna Sadler

Central Saint Martins graduate Eleonora Ortolani created a bowl of vanilla ice cream that she believes might the world’s first food made from plastic waste.

The ice cream was made by taking a small amount of PET plastic waste and breaking it down using genetically engineered bacteria to create synthetic vanillin – the flavour molecule in vanilla.

Originally developed by researchers from the University of Edinburgh, the process produces a flavouring that is chemically identical to vanillin derived from crude oil, which is commonly sold in stores. The only difference is that it uses a recycled instead of a virgin fossil feedstock.

Find out more about Guilty Flavours ›

Electrochromic cladding by the University of ChicagoElectrochromic cladding by the University of Chicago
Images courtesy of Hsu Group

Electrochromic cladding by the Hsu Group

Researchers from the University of Chicago have developed a “chameleon-like” facade material that can change its infrared colour – the colour it appears under thermal imaging – based on the outside temperature to keep buildings cool in summer and warm in winter.

The composite material appears yellow under thermal imaging on a hot day because it emits heat and purple on cold days when it retains heat. This colour change is triggered by a small electrical impulse, which either deposits copper onto a thin film or strips it away.

“We’ve essentially figured out a low-energy way to treat a building like a person,” said materials engineer Po-Chun Hsu. “You add a layer when you’re cold and take off a layer when you’re hot.”

Find out more about this electrochromic cladding ›

Model of 3D printed wool chair by Christien MeindertsmaModel of 3D printed wool chair by Christien Meindertsma
Photo courtesy of TFT

Flocks Wobot by Christien Meindertsma

Dutch designer Christien Meindertsma has opened up new uses for the wool of European sheep, which is too coarse to form textiles and thus often discarded, by developing a custom robot arm that acts much like a 3D printer.

The Flocks Wobot connects layers of the material through felting to create three-dimensional shapes without the need for any kind of additional binder.

So far, Meindertsma has used the robot to produce a sofa – currently on display at the V&A – but in the future, she claims it could equally be used to create everything from insulation to acoustic products.

Find out more about Flocks Wobot ›

Local Colours by Loop LoopLocal Colours by Loop Loop
Photo courtesy of Loop Loop

Local Colours by Loop Loop

Dutch design studio Loop Loop has developed the “world’s first plant-based aluminium dying process”, using bio-based pigments instead of ones derived from petroleum.

The Local Colours project adapts the traditional process of anodising, which involves using an electric current to oxidise the metal, creating a porous surface that is able to absorb colour before being dipped into a water-based pigment solution.

So far, the studio has created four different solutions – a deep pink made using madder root, a bright gold produced with red onion and a warm purple and mustard yellow derived from different flowers.

Find out more about Local Colours ›

SOM installation for the 2023 Chicago BiennialSOM installation for the 2023 Chicago Biennial
Photo by Dave Burk

Bio-Blocks by Prometheus Materials and SOM

Colorado start-up Prometheus Materials has developed a “zero-carbon alternative” to concrete masonry blocks that is bound together using micro-algae instead of polluting Portland cement, which accounts for around eight per cent of global emissions.

The company is working with architecture studio SOM to explore applications for the material, with a dedicated installation at this year’s Chicago Architecture Biennial taking the form of a giant spiral.

“This project demonstrates how product development, design, and construction can come together to address the climate crisis in a meaningful way,” said Prometheus Materials president Loren Burnett.

Find out more about Bio-Blocks ›

Bou Bag made from bacterial nanocellulose by Ganni and Modern Synthesis from LDFBou Bag made from bacterial nanocellulose by Ganni and Modern Synthesis from LDF
Photo courtesy of Modern Synthesis

Modern Synthesis by Jen Keane and Ben Reeve

Modern Synthesis has developed a plastic-free leather alternative that drapes much like cowhide but could generate up to 65 times less greenhouse-gas emissions than real leather, the British start-up estimates.

The material is made by bacteria that is grown on a framework of threads and fed with waste sugar from other industries, which is converted into a strong, lightweight material called nanocellulose.

Danish fashion brand Ganni has already used the material to create a version of its Bou Bag (pictured above) that was revealed at the London Design Festival and could be commercially available as soon as 2025.

Find out more about Modern Synthesis ›

MIT Harvard study finds secret to durability of ancient Roman concreteMIT Harvard study finds secret to durability of ancient Roman concrete
Image via Pexels

Roman concrete by MIT and Harvard 

This year, researchers from MIT and Harvard made headlines when they discovered the secret ingredient found in “self-healing” Roman concrete, which they are now aiming to bring to market.

The ancient recipe that has allowed structures such as the Pantheon (pictured above) to remain standing for millennia integrates quicklime instead of the slacked lime found in modern concrete, the scientists have posited.

As rainwater runs through the cracks that form in concrete over time and touches the quicklime clasts in the concrete, this creates a calcium-saturated solution that recrystallises to “heal” the fissures.

Find out more about Roman concrete ›

Dezeen review of 2023Dezeen review of 2023

2023 review

This article is part of Dezeen’s roundup of the biggest and best news and projects in architecture, design, interior design and technology from 2023.

Reference

Dezeen’s top 10 restaurant and bar interiors of 2023
CategoriesInterior Design

Dezeen’s top 10 restaurant and bar interiors of 2023

By Zarkon Group,

For the latest roundup in Dezeen’s 2023 review we’ve selected 10 of this year’s most popular and evocative restaurant and bar interiors, ranging from a space-themed sushi bar in Milan to a beach-style eatery in London.

Also among this year’s eclectic roundup of restaurant and bar interiors is a renovated 16th-century brewery in Poland lined with a bold interior of red brick and ceramic tiles, as well as a bar and restaurant informed by Japanese psychedelia and cabins in Canada.

Read on for Dezeen’s top 10 restaurant and bar interiors of 2023:

Interior of Ikoyi restaurant by David ThulstrupInterior of Ikoyi restaurant by David Thulstrup
Photo by Irina Boersma

Ikoyi restaurant, UK, by David Thulstrup 

Copenhagen-based designer David Thulstrup designed a copper and oak interior for the Ikoyi restaurant, situated within London’s 180 The Strand building.

Drawing on spice-making processes from sub-Saharan west Africa, the interior features ceilings clad with metal-mesh panels and walls lined with oxidised copper sheets.

Find out more about Ikoyi restaurant ›

Sando burger restaurant in Geneva by Sapid StudioSando burger restaurant in Geneva by Sapid Studio
Photo by Alicia Dubuis

Sando, Switzerland, by Sapid Studio

Sapid Studio used Japanese patchwork techniques to inform the renovation of a burger restaurant in Geneva.

Named after the Japanese word for sandwich, Sando features a largely retained interior decorated with a corrugated stainless steel bar, patched up tiled flooring, and translucent tapestries.

Find out more about Sando ›

The Taproom bar at Tenczynek Brewery by Projekt PragaThe Taproom bar at Tenczynek Brewery by Projekt Praga
Photo by ONI Studio

Tenczynek Brewery, Poland, by Projekt Praga

Red brick, ceramic tiles and oak furniture define the Tenczynek Brewery interior, designed by Polish design studio Projekt Praga.

Located outside of Krakow, the centuries-old brewery was converted into a bold-coloured restaurant and bar, with a self-service beer fountain occupying the centre of the historic brick-vaulted space.

Find out more about Tenczynek Brewery ›

Photo of Prada Caffè at HarrodsPhoto of Prada Caffè at Harrods
Photo courtesy of Prada

Prada Caffè, UK, by Prada

Located in London’s luxury department store Harrods, fashion house Prada opened a cafe informed by one of Milan’s oldest patisseries.

Contrasting with Harrods’ baroque facade, Prada Caffè’s mint green latticed storefront references the brand’s signature green hue, which extends to the interior walls, ceilings and furniture.

Find out more about Prada Caffè ›

Bar area of Milk Beach Soho restaurant by A-nrdBar area of Milk Beach Soho restaurant by A-nrd
Photo by Charlie McKay

Milk Beach Soho, UK, by A-nrd

London-based design studio A-nrd brought a “beachfront feel” reminiscent of an Australian beach club to this restaurant interior in Soho, London.

Milk Beach Soho’s minimal interior has a neutral material palette featuring a polished terrazzo floor and art deco-style furniture and lighting.

Find out more about Milk Beach Soho ›

ICHI Station restaurant in Milan by MasquespacioICHI Station restaurant in Milan by Masquespacio
Photo by Luis Beltran

Ichi Station, Italy, by Masquespacio

Ichi Station, by Valencian design studio Masquespacio, is a dine-in restaurant in Milan that draws on sci-fi and space tourism.

Designed to resemble a futuristic spaceship, the cylindrical restaurant interior has a material palette of glass and micro-cement along with rounded, custom-made furniture.

Find out more about Ichi Station ›

Drift Santa Barbara by Anacapa ArchitectureDrift Santa Barbara by Anacapa Architecture
Photo by Erin Feinblatt

Drift Santa Barbara, US, by Anacapa Architecture

US studio Anacapa Architecture transformed a formerly closed early-1900s building into a hotel – hosting a ground-floor bar and cafe for both hotel guests and local visitors.

Located in central California, the rustic interior accentuates the building’s historical character and is complemented by concrete and wooden furniture.

Find out more about Drift ›

Wooden seating area below hand-painted mural by Álvaro SizaWooden seating area below hand-painted mural by Álvaro Siza
Photo by Luís Moreira / Matilde Cunha

Cozinha das Flores, Portugal, by Space Copenhagen

Located in a 16th-century building in Porto, Cozinha das Flores’ interior is decorated by a ceramic mural created by Portuguese architect Álvaro Siza.

Designed by Space Copenhagen, the rustic interior is lined with green and burnt orange tiles, along with oak furniture and brass accents.

Find out more about Cozinha das Flores ›

Corner cafe and bar at Tate Modern by Holland HarveyCorner cafe and bar at Tate Modern by Holland Harvey
Photo by Jack Hobhouse

Corner, UK, by Holland Harvey

London-based architecture studio Holland Harvey revamped Tate Modern’s ground-floor cafe to be less “Herzog & de Meuron-y”.

Doubling as the gallery’s first late-night spot, the interior is organised around a grey stone bar, while salvaged chairs and bespoke tables are used throughout the space.

Find out more about Corner ›

Cabin-like Japanese restaurant in BanffCabin-like Japanese restaurant in Banff
Photo by Chris Amat

Hello Sunshine, Canada, by Frank Architecture 

Situated within the mountains of Alberta, Hello Sunshine is a bar and restaurant informed by Japanese psychedelia and cabins in collaboration with Little Giant.

Designed by Canadian studio Frank Architecture, the wooden interior features two raised fire pits accompanied by large flues clad with glazed ceramic tiles, along with paper lanterns and textile artworks.

Find out more about Hello Sunshine ›

Dezeen review of 2023Dezeen review of 2023

2023 review

This article is part of Dezeen’s roundup of the biggest and best news and projects in architecture, design, interior design and technology from 2023.

Reference

Dezeen’s top 10 staircases of 2023
CategoriesInterior Design

Dezeen’s top 10 staircases of 2023

By Zarkon Group,

Continuing our 2023 review, we have selected 10 striking staircases published on Dezeen this year, from prefabricated plywood steps at a Cornish home to a colourful set for an opera in a Swiss theatre.

Architects and designers have continued to find clever solutions to travelling on foot from one storey to another in 2023 by creating staircases that are both beautiful and functional.

Ranging from the spectacular to the space-saving, here are Dezeen’s top 10 staircases of 2023:

Ribbon HouseRibbon House
Photo by Purnesh Dev Nikhanj

Ribbon House, India, by Studio Ardete

An angular balustrade with tilting black rails twists around sweeping concrete steps to form the staircase at Ribbon House, a home in Punjab with an equally sculptural exterior.

Architecture office Studio Ardete placed open living spaces next to the staircase on each floor to create lobby-like communal areas on the house’s different levels.

Find out more about Ribbon House ›

House by the Sea in CornwallHouse by the Sea in Cornwall
Photo by Lorenzo Zandri

House by the Sea, UK, by Of Architecture

House by the Sea is the home of a surfer-and-artist couple in Newquay, Cornwall, that was designed to be “simple, robust and utilitarian”.

For the interior, London studio Of Architecture inserted prefabricated plywood steps leading to a cosy mezzanine level tucked beneath the dwelling’s sloping roof.

Find out more about House by the Sea ›

HAUS 1 by MVRDVHAUS 1 by MVRDV
Photo by Schnepp Renou

Haus 1, Germany, by MVRDV and Hirschmüller Schindele Architekten

A bright yellow, zigzagging staircase juts out from the facade of the Haus 1 building in Berlin, creating the appearance of a striking crane and providing a beacon for approaching visitors.

Dutch studio MVRDV worked with local studio Hirschmüller Schindele Architekten to design Haus 1, which forms part of the city’s Atelier Gardens redevelopment.

Find out more about Haus 1 ›

Staircase at Luna HouseStaircase at Luna House
Photo by Pezo von Ellrichshausen

Luna House, Chile, by Mauricio Pezo and Sofia von Ellrichshausen

Brutalist-style spiral staircases connect the storeys of Luna House, an expansive geometric complex in Chile comprised of 12 individual buildings.

Chilean studio Pezo von Ellrichshausen designed the stairs and the majority of the structure in reinforced concrete, which is highly textured thanks to imprints left behind by wooden formwork.

Find out more about Luna House ›

Pierre Yovanovitch staircase set design Basel operaPierre Yovanovitch staircase set design Basel opera
Photo by Paolo Abate.

Rigoletto set design, Switzerland, by Pierre Yovanovitch

French interior designer Pierre Yovanovitch embedded moving, curved walls within an undulating staircase that stretched the full width of the stage for a production of Giuseppe Verdi’s opera Rigoletto at Theatre Basel.

Bathed in coloured light, the flexible walls created a neutral set for the performers to balance the play’s complex plot, according to the designer.

Find out more about this staircase ›

Staircase inside Hairpin House by Figure and Studio J JihStaircase inside Hairpin House by Figure and Studio J Jih
Photo by James Leng (also top)

Hairpin House, USA, by Studio J Jih and Figure

This Boston house was renovated to revolve around a sculptural “hairpin” staircase informed by the twists and turns of mountain roads.

Designed by American firms Studio J Jih and Figure, the white oak stairs were created to increase the home’s useable floor area by 20 per cent.

Find out more about Hairpin House ›

Trapezoidal concrete and glass houseTrapezoidal concrete and glass house
Photo by Alex Shoots Buildings

House in Pernek, Slovakia, by Ksa Studený

This home in the village of Pernek, Slovakia, was designed in the shape of an isosceles trapezoid, mirroring its longitudinal profile.

Architecture studio Ksa Studený positioned a chunky white staircase over a slanted slab of concrete to divide the interior space.

Find out more about this house ›

The Arbor House in ScotlandThe Arbor House in Scotland
Photo by Jim Stephenson

The Arbor House, Scotland, by Brown & Brown

A spiral staircase made from birch plywood winds into the dining area at The Arbor House by Brown & Brown, located in a conservation area in Aberdeen.

The studio assembled the stairs over three weeks, with timber treads individually cut and hand-layered to form a smooth curve.

Find out more about The Arbor House ›

Apartment by FADD StudioApartment by FADD Studio
Photo by Gokul Rao Kadam

SNN Clermont residential tower, India, by FADD Studio

Indian practice FADD Studio renovated two apartments within the SNN Clermont residential tower in Bangalore to create a fused multi-generational home.

The studio took cues from the curves of caterpillars when creating a swooping staircase, which connects the two flats and features deep red marble risers.

Find out more about these apartments ›

Keiji Ashizawa-designed Conran Shop Keiji Ashizawa-designed Conran Shop
Photo courtesy of The Conran Shop

The Conran Shop, Japan, by Keiji Ashizawa 

Japanese designer Keiji Ashizawa created interiors for The Conran Shop in Tokyo to reflect the inside of someone’s home.

The store’s mezzanine floor is accessible by a minimalist geometric staircase featuring a handrail made from black paper cords.

Find out more about The Conran Shop ›

Reference

100+ Top Tech Tools for Architects and Designers
CategoriesArchitecture

100+ Top Tech Tools for Architects and Designers

By Zarkon Group,

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

The A+List: Architizer’s Top Architecture and Design Firms to Watch in 2024
CategoriesArchitecture

The A+List: Architizer’s Top Architecture and Design Firms to Watch in 2024

By Zarkon Group,

Architizer’s global architectural awards program, the 12th Annual A+Awards, is now accepting submissions, with a Main Entry Deadline of December 15th, 2023. As well as celebrating some of the most innovative, recently completed projects around the globe, the A+Awards also serve as an incredible indicator of which designers will be at the forefront of innovation in the coming year.

In recognition of this fact, Architizer is delighted to present the much-anticipated fifth edition of the coveted A+List, an annual rundown of every firm that scooped an A+Award and A+Firm Award in the previous season. The A+List forms a comprehensive guide to the world’s best architecture firms and is refreshed each year based on the results of the annual A+Awards program. You can see last season’s A+List here.

The A+List is arranged alphabetically, with more information available by clicking on the link to each firm’s profile. We’ve also curated a selection of featured firms, providing some extra background on their A+Award triumphs.

Get Your Firm On the Next A+List

If you missed entering last season’s program and would like to secure your position on the next A+List, we encourage you to enter your firm’s recent projects in the 12th Annual A+Awards. Every winner features in this definitive directory of high-quality firms, and will also see their work published in a stunning, hardbound compendium on the World’s Best Architecture, as well as gaining continual publicity through our year-round global celebration of design.

Start Submission

Without further ado, explore the work of each of these immensely talented firms below, and good luck with your submissions to this year’s program!

AD ARCHITECTURE
Popular Vote Winner, 11th Annual A+Awards, Architecture +Art

Adjaye Associates
Jury Vote Winner, 11th Annual A+Awards, Multi Unit Housing – High Rise (16+ Floors)

Aidlin Darling Design
Jury Vote Winner, 11th Annual A+Awards, Mixed Use (S <25,000 sq ft.)
Jury Vote Winner, 11th Annual A+Awards, Private House (XL >6000 sq ft)

Alencar Arquitetura
Popular Vote Winner, 11th Annual A+Awards, Unbuilt – Multi-Unit Housing (S <10 Floors)

all(zone)
Jury Vote Winner, 11th Annual A+Awards, Architecture +Color

Altura Architects
Popular Vote Winner, 11th Annual A+Awards, Private House (S 1000 – 2000 sq ft)

ANT ARCH
Popular Vote Winner, 11th Annual A+Awards, Architecture +For Good

Longmenshan Town · Woyun Platform by Archermit, Peng Bai Lu, Peng Zhou Shi, Cheng Du Shi, China | Jury Vote Winner, 11th Annual A+Awards, Cultural & Expo Centers

Founded in 2015, this Chengdu-based firm has achieved a considerable amount before reaching its first decade milestone. Archermit’s  core concept is to create new multidimensional spatial experiences. This is evident in the poetic environments they create, which break the mold of traditional architectural forms and massing; theirs is an exploration of the contemporary and locality of Chinese architecture. Across their work is an emphasis on reconfiguring the relationship between building users and the surrounding environment. While embracing modern technology, the firm celebrates unique local architectural expression.

Archi-Tectonics
Jury Vote Winner, 11th Annual A+Awards, Architecture +Innovation

ARCHITECTS 49
Popular Vote Winner, 11th Annual A+Awards, Best Large Firm (41+ employees)

Arsh 4D Studio
Popular Vote Winner, 11th Annual A+Awards, Unbuilt – Multi-Unit Housing (L >10 Floors)

ASAS arkitektur AS
Popular Vote Winner, 11th Annual A+Awards, Multi Unit Housing – Low Rise (1 – 4 Floors)

ASPECT Studios
Popular Vote Winner, 11th Annual A+Awards, Best Landscape Design Firm

B² Architecture
Popular Vote Winner, 11th Annual A+Awards, Commercial Interiors (<25,000 sq ft.)

Komera Leadership Center by BE_Design, Rwanda | 11th Annual A+Awards: Jury Vote Winner in Architecture +For Good; Jury Vote & Popular Choice Winner in Architecture +Low Cost Design; Jury Vote Winner in Architecture +Community; Popular Vote Winner in Community Centers

After living in Rwanda for several years, Bruce Engel founded BE_DESIGN in 2016 upon his return to New York. The team comprises Alain Yves Twizeyimana, Emmanuel Havugimana, Aziz Farid Shyaka, and Marie Minerve Dukunde. Together, the five are creating progressive educational and community projects that serve rural and underprivileged areas in Rwanda, Tanzania, Kenya, and Ghana. The young firm is already garnering awards and recognition for their incredibly intricate fusion of local artistic traditions, talents and techniques with program brief and architectural form. Exemplified in the Komera Leadership Center, which swept at the 11th Annual A+Awards, this firm is one to keep a close eye on.

Beijing AN-Design Architects
Popular Vote Winner, 11th Annual A+Awards, Residential Renovations & Additions
Jury Vote Winner, 11th Annual A+Awards, Urban & Masterplan

Birdseye
Popular Vote Winner, 11th Annual A+Awards, Gallery & Exhibition Spaces

Blue Temple
Jury Vote Winner, 11th Annual A+Awards, Best X-Small Firm (1 – 5 employees)

BRAG Arquitectos
Popular Vote Winner, 11th Annual A+Awards, Multi Unit Housing – High Rise (16+ Floors)

Bureau Fraai
Jury Vote Winner, 11th Annual A+Awards, Residential Interiors (>3000 sq ft)

CAA
Popular Vote Winner, 11th Annual A+Awards, Sustainable Sports & Recreation Building

CAZA
Jury Vote Winner, 11th Annual A+Awards, Religious Buildings & Memorials

Cumulus Studio
Jury Vote Winner, 11th Annual A+Awards, Bars & Wineries
Popular Vote Winner, 11th Annual A+Awards, Cultural & Expo Centers

D/DOCK
Jury Vote Winner, 11th Annual A+Awards, Coworking Space

Kia Lab by Davood Boroojeni Office, West Azerbaijan Province, Iran | Popular Choice Winner, 11th Annual A+Awards, Hospitals & Healthcare Centers

Davood Boroojeni Office’s vast range of experience is evident in one look at the Tehran-based firm’s profile. With over 15 years of professional experience, their team has developed expertise in all areas of architectural production — from preliminary design ideas to schematic design and development, as well as producing submittal packages, visual presentations, construction documents, layouts and details through close dialogue with clients, producers and engineers. This multifaceted approach is evident in projects such as Kia Lab, which take a holistic view of the programmatic brief, embedding the building’s function with the broader urban and cultural environment.

Dedang Design
Jury Vote Winner, 11th Annual A+Awards, Community Centers

Design Workshop
Jury Vote Winner, 11th Annual A+Awards, Best Landscape Design Firm

Dubuisson
Popular Vote Winner, 11th Annual A+Awards, Gyms & Recreation Centers

DXA studio
Popular Vote Winner, 11th Annual A+Awards, Best Residential Firm

ECADI
Popular Vote Winner, 11th Annual A+Awards, Unbuilt Sports & Recreation

Edition Office
Jury Vote Winner, 11th Annual A+Awards, Multi Unit Housing – Low Rise (1 – 4 Floors)

EHDD
Jury Vote Winner, 11th Annual A+Awards, Sustainable Sports & Recreation Building

Ghaf Majlis by Etereo Design, Ajman, United Arab Emirates | 11th Annual A+Awards: Popular Vote Winner in Best Young Interior Design Firm; Popular Vote Winner in Mixed Use (S <25,000 sq ft.)

Etereo Design is both a singular studio with a unique output and a cosmopolitan firm of the 21st century, which is to say it draws strength from the intersection of cultures. As the firm puts it, “with an astute understanding of architecture, a vibrant and artistically abundant Italian heritage, dotted with influences from the Middle East and harmoniously brought together with passion, Etereo is born.” From this starting point, the firm creates breathtakingly elegant spaces that exude creative force and revel in an expert selection of materials and finishes, which are honored in the painstaking execution of their project’s finer details.

EYAC Arquitec
Popular Vote Winner, 11th Annual A+Awards, Architecture +Urban Transformation

Foster + Partners
Jury Vote Winner, 11th Annual A+Awards, Stadium & Arena
Jury Vote Winner, 11th Annual A+Awards, Sustainable Commercial Building
Popular Vote Winner, 11th Annual A+Awards, Architecture +Health

gad
Jury Vote Winner, 11th Annual A+Awards, Spa & Wellness

Gensler
Jury Vote Winner, 11th Annual A+Awards, Unbuilt Masterplan
Popular Vote Winner, 11th Annual A+Awards, Sustainable Commercial Building

GN Architects
Jury Vote Winner, 11th Annual A+Awards, Architecture +Small Projects

H Architecture
Popular Vote Winner, 11th Annual A+Awards, Government & Civic Buildings

National Assembly Communication Building by HAEAHN Architecture and H-Architecture, Seoul, South Korea | Popular Vote Winner, 11th Annual A+Awards, Government & Civic Buildings

HAEAHN is the brainwork of over 1,300 employees, spread over offices across the world — from its headquarters in Seoul to new branches in Baghdad, Ho Chi Minh City, Riyadh and Savannah (Georgia) that came about through the firm’s alliance with H Architecture New York in 2011. This radical internationality translates to the broad expanse of the firm’s expertise: employees specialize in a range of fields, from architecture to environmental design to urban planning to interior design and more. Since it was founded in 1990, HAEAHN Architecture, has strove to design ambitious and impactful urban environmental projects, deeply rooted in a spirit of innovation.

HDR
Popular Vote Winner, 11th Annual A+Awards, Architecture +Health

Heatherwick Studio
Jury Vote & Popular Choice Winner, 11th Annual A+Awards, Shopping Center

HGA
Jury Vote Winner, 11th Annual A+Awards, Higher Education & Research Facilities

HLW
Popular Vote Winner, 11th Annual A+Awards, Architecture +Adaptive Reuse

HOK
Popular Vote Winner, 11th Annual A+Awards, Transportation Infrastructure

Hooba Design
Popular Vote Winner, 11th Annual A+Awards, Best Medium Firm (16 – 40 employees)

Inrestudio
Jury Vote Winner, 11th Annual A+Awards, Architecture +Brick
Jury Vote Winner, 11th Annual A+Awards, Office – Low Rise (1 – 4 Floors)

JSPA Design
Jury Vote & Popular Choice Winner, 11th Annual A+Awards, Factories & Warehouses

K-Studio
Jury Vote Winner, 11th Annual A+Awards, Architecture +Stone

Bundanon Art Museum + Bridge by Kerstin Thompson Architects (KTA), Illaroo, Australia | 11th Annual A+Awards: Jury Vote Winner in Architecture +Environment; Jury Vote Winner in Sustainable Cultural/Institutional Building | Photo by Rory Gardiner

The output of Kerstin Thompson Architects (KTA) configures architecture as an inherently civic endeavor; to do so, each design has strong multidisciplinary foundations. Indeed, the team has forged strong relationships with engineers, emerging technology specialists and landscape and heritage consultants, and their expertise informs the approach to each project, injecting innovation and environmental sensitivity to the specificities of a given project whilst evolving the firm’s design approach for future commissions. The result is an oeuvre of sensitive, site-responsive architecture that synergize form and function with landscape, resulting in highly meaningful and resilient places.

Kosloff Architecture
Jury Vote Winner, 11th Annual A+Awards, Libraries
Popular Vote Winner, 11th Annual A+Awards, Architecture +Learning

LAAB Architects
Popular Vote Winner, 11th Annual A+Awards, Apartment
Popular Vote Winner, 11th Annual A+Awards, Architecture +Branding

Laguarda.Low Architects
Popular Vote Winner, 11th Annual A+Awards, Office – High Rise (16+ Floors)
Popular Vote Winner, 11th Annual A+Awards, Urban & Masterplan

Landao Design
Popular Vote Winner, 11th Annual A+Awards, Architecture +Landscape

Laney LA
Jury Vote Winner, 11th Annual A+Awards, Unbuilt – Private House (L >3000 sq ft)

Lazor/Office
Jury Vote Winner, 11th Annual A+Awards, Architecture +Wood

Backcountry Hut Company by Leckie Studio Architecture + Design | Popular Vote Winner, 11th Annual A+Awards, Best Young Firm

The Vancouver-based inter-disciplinary design studio was founded on ambition,  with the aim of “pushing the traditional boundaries of architectural practice as a catalyst for cultural change.” Designing across a variety of scales and media, the eighteen person team emphasizes highly collaborative approaches to project development. Impressively, their internal digital visualization lab creates an integrated workflow for testing and developing design ideas. Moreover, the team comprises a variety of specializations including interior design, prefabrication, mass-timber, industrial design, digital fabrication, graphic design and architectural visualization, allowing them to tackle projects of substantial size and complexity.

Leehong Kim Architects
Jury Vote Winner, 11th Annual A+Awards, Transportation Infrastructure
Jury Vote Winner, 11th Annual A+Awards, Architecture +Glass

LUO studio
Popular Vote Winner, 11th Annual A+Awards, Sustainable Interior Project

MAD Architects
Jury Vote Winner, 11th Annual A+Awards, Best Cultural Firm
Popular Vote Winner, 11th Annual A+Awards, Architecture +Concrete

MADO ARCHITECTS
Popular Vote Winner, 11th Annual A+Awards, Unbuilt Institutional

MARS Studio
Popular Vote Winner, 11th Annual A+Awards, Best Small Firm (6 – 15 employees)

McGregor Coxall
Jury Vote & Popular Choice Winner, 11th Annual A+Awards, Architecture +Teamwork

SAWA by Mei architects and planners, Rotterdam, Netherlands | Popular Vote Winner, 11th Annual A+Awards, Unbuilt Sustainable Residential Project

The word “environment” carries many associations, and for Mei architects and planners, the term serves as an anchor for all projects: the history of the location, the current context and future living environment. The Rotterdam-based office is structured around the knowledge divisions of Building Transformation, New Construction and Urban Development. With a dash of courage, the resulting design champion innovative technical applications and user concepts aimed at social and ecological sustainability. With the design and development of SAWA, a fully wooden residential building in Rotterdam, Mei established themselves as pioneers in creating future-proof, nature-inclusive housing.

MESH Architectures
Jury Vote Winner, 11th Annual A+Awards, Sustainable Multi-Unit Residential Building

Mix Architecture
Popular Vote Winner, 11th Annual A+Awards, Sustainable Hospitality Building

modus studio
Popular Vote Winner, 11th Annual A+Awards, Pavilions

Moneo Brock
Popular Vote Winner, 11th Annual A+Awards, Architecture +Community

Morphosis Architects
Jury Vote Winner, 11th Annual A+Awards, Architecture +Branding
Jury Vote Winner, 11th Annual A+Awards, Museum

MQ Architecture
Jury Vote Winner, 11th Annual A+Awards, Best Small Firm (6 – 15 employees)

Xinglong Lake CITIC Bookstore by MUDA-Architects, Chengdu, China | Jury Vote Winner, 11th Annual A+Awards, Best Young Firm

MUDA-Architects are an exciting and daring young firm that has dominated the architectural landscape in recent years. The up-and-coming practice is keen to showcase its diverse talent on the global stage, and with a rapidly expanding portfolio of fascinating projects, the young team is already gaining recognition for its creativity and leadership. Initially founded in Boston, the US, in 2015 and currently based in Southwest China, MUDA-Architects occupies offices in Beijing and Chengdu. Their work in the public realm ranges from bookshops to hotels and is united by their dedication to finding the right solution without compromising aesthetics.

Multistudio
Popular Vote Winner, 11th Annual A+Awards, Libraries

Multitude Of Sins
Jury Vote Winner, 11th Annual A+Awards, Sustainable Interior Project

MVRDV
Jury Vote Winner, 11th Annual A+Awards, Architecture +Facades

NAPUR Architect
Popular Vote Winner, 11th Annual A+Awards, Museum
Popular Vote Winner, 11th Annual A+Awards, Architecture +Facades

NEWSUBSTANCE
Popular Vote Winner, 11th Annual A+Awards, Pop-Ups & Temporary

NICOLEHOLLIS
Popular Vote Winner, 11th Annual A+Awards, Residential Interiors (<3000 sq ft)

NIKKEN SEKKEI LTD
Jury Vote Winner, 11th Annual A+Awards, Transport Interiors
Jury Vote Winner, 11th Annual A+Awards, Primary & High Schools

NOA
Popular Vote Winner, 11th Annual A+Awards, Spa & Wellness

Noxon Giffen
Jury Vote & Popular Choice Winner, 11th Annual A+Awards, Architecture +Teamwork

Office AIO
Jury Vote Winner, 11th Annual A+Awards, Best Interior Design Firm

8899 Beverly Boulevard by Olson Kundig, West Hollywood, California | 11th Annual A+Awards: Jury Vote Winner in Best Large Firm (41+ employees); Jury Vote Winner in Gallery & Exhibition Spaces; 

The portfolio of Olson Kundig is vast, varied and captivating. The Seattle-based firm’s completed works read as a long list of distinctive projects that span more than fifteen countries across five continents. Founded by Jim Olson in 1966, the studio began its life exploring the relationship between dwelling and landscape — a provenance that remains at the heart of the company’s ethos that has since evolved, morphing in productive new directions as applied to a range of typologies and across dense urban and expansive rural settings. Every finished project manifests a “macro to micro” level of attention, from the big ideas to the smallest details.

Omar Gandhi Architects
Jury Vote Winner, 11th Annual A+Awards, Private House (M 2000 – 4000 sq ft)
Popular Vote Winner, 11th Annual A+Awards, Restaurants (L >1000 sq ft)

Orange Architects
Popular Vote Winner, 11th Annual A+Awards, Multi Unit Housing – Mid Rise (5 – 15 Floors)

PAN Cabins
Jury Vote Winner, 11th Annual A+Awards, Architecture +Metal

Park + Associates
Jury Vote Winner, 11th Annual A+Awards, Apartment
Popular Vote Winner, 11th Annual A+Awards, Restaurants (S <1000 sq ft)

Perkins&Will
Jury Vote Winner, 11th Annual A+Awards, Best Sustainable Firm

PPAG architects
Jury Vote Winner, 11th Annual A+Awards, Restaurants (L >1000 sq ft)
Jury Vote Winner, 11th Annual A+Awards, Sustainable Hospitality Building

Provencher_Roy
Jury Vote Winner, 11th Annual A+Awards, Hospitals & Healthcare Centers

RAAD Studio
Jury Vote Winner, 11th Annual A+Awards, Residential Interiors (<3000 sq ft)

House of Light by Rangr Studio, Berkeley, CA, United States | Popular Vote Winner, 11th Annual A+Awards, Best X-Small Firm (1 – 5 employees) | Photo by Joe Fletcher Photography

Since 2004, Rangr Studio has deployed the principles of ancient design with contemporary materials and methods to find poetic and harmonious solutions to a wide variety of design challenges. Rather than imposing a structure on an environment, the studio creates essential architectural forms in harmony with the surrounding landscape — whether rural or urban in setting. Founder Jasmit Singh Rangr grew up on the coasts of India, and in the UK, was educated at Yale, and is currently bi-coastal between California and New York. His life experience and training inform Rangr Studio’s philosophy — an approach that is deeply sensitive to the interaction between climate, landscape, culture, and architecture.

RAU
Jury Vote Winner, 11th Annual A+Awards, Unbuilt Sustainable Residential Project

RIOS
Popular Vote Winner, 11th Annual A+Awards, Architecture +Workspace

RVAD STUDIO
Popular Vote Winner, 11th Annual A+Awards, Architecture +Models & Rendering

Sasaki
Popular Vote Winner, 11th Annual A+Awards, Sustainable Landscape/Planning Project

Featured Firm: SAVA

Thavi Cosmetics Showroom by SAVA, Vinh, Vietnam | Popular Vote Winner, 11th Annual A+Awards, Unbuilt Commercial (Also pictured in top image). 

With headquarters in Borneo, Malaysia and Danang, Vietnam, SAVA draws inspiration from mountains and coastlines. Committed to designing spaces for people from every walk of life, the firm consciously designs to harness locally-sourced materials and building techniques with the aim of bringing people closer to nature — especially those in an urban environment. Indeed, the firm draws on its past experience in masterplanning, housing and bamboo architecture in Asia and Europe to produce architecture that goes beyond aesthetics — even if the result is a visually playful array of perforated geometries with openings that create new relationships to the surrounding environment.

Shape Architecture
Popular Vote Winner, 11th Annual A+Awards, Unbuilt Sustainable Non-Residential Project

Shejin Space Design
Jury Vote Winner, 11th Annual A+Awards, Commercial Interiors (<25,000 sq ft.)

SkB Architects
Jury Vote Winner, 11th Annual A+Awards, Commercial Interiors (>25,000 sq ft.)

Sordo Madaleno
Jury Vote Winner, 11th Annual A+Awards, Restaurants (S <1000 sq ft)

SPARK
Jury Vote Winner, 11th Annual A+Awards, Retail

Featured Firm: STARH

Umani Hotel by STARH, Varna, Bulgaria | Popular Vote Winner, 11th Annual A+Awards, Architecture +Environment | Photo by Dian Stanchev 

STARH is an architecture studio with a mission to overcome stereotypes in the architectural environment. The Bulgarian studio has established a name for itself by creating high-quality designs, from both a functional and material standpoint, with a high level of attention to detail and longevity. Through this approach, the firm achieves innovative design solutions with a distinctive signature. STARH’s portfolio covers projects of different scales and complexity that are united by bold and rhythmic geometries resulting forceful formal statements.

STL Architects
Jury Vote Winner, 11th Annual A+Awards, Unbuilt Institutional

Studio FEI
Popular Vote Winner, 11th Annual A+Awards, Unbuilt Cultural

Studio Gang
Jury Vote Winner, 11th Annual A+Awards, Unbuilt – Multi-Unit Housing (L >10 Floors)

studio mk27
Popular Vote Winner, 11th Annual A+Awards, Private House (L 4000 – 6000 sq ft)
Jury Vote Winner, 11th Annual A+Awards, Architecture +Art

StudioPOD
Jury Vote Winner, 11th Annual A+Awards, Sustainable Transportation Project

Superbloom
Popular Vote Winner, 11th Annual A+Awards, Unbuilt Sustainable Non-Residential Project

Superkül
Jury Vote Winner, 11th Annual A+Awards, Educational Interiors

SWA GROUP
Popular Vote Winner, 11th Annual A+Awards, Public Parks & Green Spaces

temporary work
Jury Vote Winner, 11th Annual A+Awards, Architecture +Models & Rendering

Açucena House by Tetro Arquitectura, Nova Lima, Brazil | Popular Vote Winner, 11th Annual A+Awards, Private House (M 2000 – 4000 sq ft)

Flowing roofs that soar over meandering structures are some of the hallmarks in the remarkable portfolio of this Brazilian firm. Based in Belo Horizonte, the office grounds its work in the careful study of the premises and conditions of the site. This approach is evident in the resulting structures, each highly unique and unrepeatable. In the words  of the firm, “fundamentals such as integration with nature, use of natural materials and exploration of architectural voids are characteristics that permeate every project, from urban scale to furniture design.” This is true across typologies, from museums and venues to commercial, residential and industrial buildings.

TM Light
Jury Vote Winner, 11th Annual A+Awards, Architecture +Light

tono
Jury Vote Winner, 11th Annual A+Awards, Sustainable Private House

Turner Arquitectos
Jury Vote & Popular Choice Winner, 11th Annual A+Awards, Mixed Use (L >25,000 sq ft.)

UNStudio
Popular Vote Winner, 11th Annual A+Awards, Sustainable Cultural/Institutional Building

West of West
Jury Vote Winner, 11th Annual A+Awards, Unbuilt – Multi-Unit Housing (S <10 Floors)

WOJR
Jury Vote Winner, 11th Annual A+Awards, Unbuilt – Private House (S <3000 sq ft)

Twentieth by WOODS + DANGARAN, Santa Monica, California | Jury Vote Winner, 11th Annual A+Awards, Best Medium Firm (16 – 40 employees)

Woods + Dangaran’s portfolio boasts an array of warm, elegant residences that exude a timeless California cool and hinge on opening interiors to the outer world. However, going beyond buildings, this Los Angeles-based firm designs at every scale, and their work even includes custom furnishings.  The team prides itself on building collaborative relationships — whether with clients throughout the design process or tradespeople for working out uncompromising in craftsmanship.

XISUI Design
Popular Vote Winner, 11th Annual A+Awards, Architecture +Joy

XMArchitect
Jury Vote Winner, 11th Annual A+Awards, Architecture +Metaverse

ZGF Architects
Popular Vote Winner, 11th Annual A+Awards, Higher Education & Research Facilities

ZZYY Studio
Jury Vote Winner, 11th Annual A+Awards, Unbuilt Commercial
Jury Vote & Popular Choice Winner, 11th Annual A+Awards, Unbuilt Transportation

Great architecture comes to fruition through the work of talented teams and collaborators. There are numerous A+Award-winning companies that fall outside of the traditional architectural role, but that deserve recognition for their contributions. They include:

BR+A, L.F. Driscoll and Balfour Beatty (PennFIRST IPD Team)
Popular Vote Winner, 11th Annual A+Awards, Architecture +Health

Chongqing Qimo Architectural Design Consulting
Jury Vote Winner, 11th Annual A+Awards, Hotels & Resorts

Deed Studio (photography)
Popular Vote Winner, 11th Annual A+Awards, Architecture +Photography & Video

feinknopf (photography)
Jury Vote Winner, 11th Annual A+Awards, Architecture +Photography & Video

Shanghai Rail Transit Line 18 Development
Popular Vote Winner, 11th Annual A+Awards, Transport Interiors

You can check out previous editions of the A+List here: First Edition, Second Edition, Third Edition, Fourth Edition 

To secure your position on next year’s A+List, make sure to enter the 12th Annual A+Awards before the Main Entry Deadline on December 15th:

Enter the 12th Annual A+Awards

Reference

Flowing vaulted roofs top Tarang arts space by The Grid Architects
CategoriesArchitecture

Flowing vaulted roofs top Tarang arts space by The Grid Architects

By Zarkon Group,

Undulating vaults shelter this multipurpose arts space in Ahmedabad, India, which local studio The Grid Architects designed to defy “conventional architectural norms”.

Named Tarang after the Hindi word for waves, the sweeping structure is formed of a series of timbrel vaults made from locally-sourced terracotta tiles without supporting beams or reinforcement.

According to The Grid Architects, with an area of 279 square metres, it is one of the largest vaulted structures of its kind in India.

Arts space by The Grid Architects in Ahmedabad
The Grid Architects has created a multipurpose arts space in Ahmedabad

“[Tarang] emerged from the desire to create a structure distinct from the urban context, where box-like structures dominated the surroundings,” said studio founders Snehal Suthar and Bhadri Suthar.

“The vision was to craft a cornerless edifice, harmonic waves that defied conventional architectural norms,” they told Dezeen.

A series of brick plinths on the perimeter of the oval-shaped site support the vaulted roof and create a series of arched openings of different heights that lead inside.

Aerial view of Tarang arts space by The Grid Architects in India
It is sheltered by undulating vaults. Photo by Vinay Panjwani

At the centre of Tarang, three circular plinths form funnel-shaped openings that provide sunlight and water to small planters positioned at their base.

The construction of Tarang was carried out by So Hath – 100 Hands Foundation For Building Artisans, a local organisation that advocates for and provides training in traditional construction techniques.

Vaulted building by The Grid Architects
It is made from tiles without supporting beams

The tiles are designed so that if Tarang’s arches are ever deconstructed they can be repurposed.

“Minimizing waste and concrete use, and prioritizing local resources and labour, it serves as a model for environmentally conscious architecture that celebrates local culture and positively contributes to the community,” explained the studio’s founders.

Inside, the tiles and polished stone floors are intended as a backdrop to a range of activities, from performances to artistic exhibitions and gatherings.

“The interplay of sunlight and shadow within the space is nothing short of mesmerising, imbuing the simplicity of the tiles and bricks with a quality that is truly remarkable,” said the duo.

Vaulted brick interior of Tarang
Planters feature inside

“Indeed, the structure itself is the finished product, where the rawness of the materials is transformed into something sublime and transcendent,” they continued.

The Grid Architects is an Ahmedabad-based studio founded in 2002. In 2021 it was longlisted for the studio of the year in the Dezeen Awards.

Vaulted arts space in India
It is intended as a backdrop to a range of activities. Photo by Vinay Panjwani

The studio previously turned to the brutalist buildings of the 1960s to create a home sheltered by a geometric, folded concrete shell.

Other recent projects in Ahmedabad include a factory by Iksoi Studio with an exposed concrete grid and the timber and stone-tiled VS House by Sārānsh.

The photography is by Photographix unless stated otherwise.

Reference

The Springwise Top 5 – Springwise
CategoriesSustainable News

The Springwise Top 5 – Springwise

By Zarkon Group,

This year has seen renewed momentum around the need to conserve marine and coastal habitats, and not before time. The international community has failed to meet the Convention on Biological Diversity’s target to protect 10 per cent of the ocean by 2020. However, even if that goal had been hit, it wouldn’t have been enough to reverse the damage wrought by the current 1.1 degree Celsius increase in global temperatures, estimated to be a 60 per cent degradation of the world’s marine ecosystems. The more ambitious target agreed at COP 15 last year, to protect at least 30 per cent of the world’s global ocean by 2030, could be more effective at sustaining long-term ocean health, if met.

Innovation is crucial to hit the 30 by 30 goal. Our Top 5 this week, in recognition of the United Nations World Oceans Day (June 8) provides just a snapshot of what is happening around the world to help preserve and restore crucial ecosystems.

A new kind of cubism to restore the seabed   

A key contributor to the decline in marine ecosystems is the mass alteration of seafloor habitats and the over-industrialisation of fishery resources. Offshore wind farms, for example, are a crucial provider of renewable energy but they require foundations that are drilled deep into the seabed, stiring up large amounts of sediment and damaging habitats. Likewise, the construction of deep-sea cables.

ARC Marine, a UK-based firm, has a solution designed to be used by renewable energy firms, as well as aquaculture companies looking to create thriving ecosystems while farming fish and other marine life. ARC’s founders comprise engineers and scientists, who are also committed divers who witnessed first-hand the degradation of their local marine environment in the South West of England. The team developed its flagship technology, the reef cube, in response. Low-carbon, plastic free, and made from 98 per cent recyclable materials, the cubes feature circular passageways on each face leading to spherical chambers, ideal for lobsters. The surface is rough and uneven to encourage plant life and shellfish. The cubes can act as ‘anchors’ for wind turbines, preventing shifts in the sediment surrounding the structures and restoring precious ecosystems. The impact has been encouraging – the company’s own research has shown that typically after deployment, the cubes support three times as many species as controls, including blue mussels, feather stars, cuttlefish and squid, as well as providing a safe haven for shark eggs.

For more, visit arcmarine.co.uk

3D bricks promise to restore reefs

Meanwhile, one Swiss-based company, Rrreefs, has focused on coral reef replacements and creates bespoke solutions that provide multiple environmental benefits.

Using pure clay, the company 3D prints reef bricks that are customised to best suit the nearest shoreline and local environment. By understanding water flows and marine topography, the company builds structures that provide microenvironments for thousands of animals and plants to thrive. Protecting shores from erosion improves the growing environments for underwater forests of mangroves and seagrass, both of which are crucial to the capture of carbon dioxide. And a single cubic metre of the reef blocks provides a new home to more than 20,000 tiny animals, 20 corals, 60 fish, and more. Using 3D printing allows for modular production and complete customisation of the height, width, and length of the overall reef structure. The process also allows for local manufacturing, which further reduces the carbon footprint of each reef.

For more, visit rrreefs.com

An aquaculture solution that works in harmony with nature

Mangrove forests are rich in biodiversity, can effectively act against coastal erosion, and are valuable carbon ‘sinks’. However, over the last 50 years degradation and deforestation has destroyed 20-35 per cent of global mangrove cover.  

A programme called Selva Shrimp by Swiss company Blueyou is making inroads into the restoration of mangrove forests in Vietnam, with a view to replicating its success in Indonesia. Blueyou is an established global group of companies focused on sustainable seafood. What sets Selva Shrimp apart is the role local communities play in the cultivation of shrimps in mangrove swamps laid waste by the damage wrought during the Vietnam War. The shrimps are introduced to the swamp and from there, it’s very light touch – no external inputs such as feed, fertlisers, or chemicals, are required. The creatures get what they need from the natural environment and, in turn, the mangrove forest thrives.

The programme provides a regular income for more than 3,500 small-scale farmers in South Vietnam. The shrimps are caught by net and the final product comes with a trace code that allows consumers track it back to the mangrove forest where it was caught.

For more, visit blueyou.com

The ‘jellyfish’ robot that could clean the oceans

The United Nations Environment Programme (UNEP) estimates that the 11 million metric tonnes of plastic currently entering our oceans every year is set to triple in volume in the next 20 years. Without intervention, this waste will take hundreds of years to degrade, severely harming marine life in the process.

Roboticists at the Max Planck Institute for Intelligent Systems in Stuttgart (MPI-IS) have developed an underwater robot inspired by jellyfish to collect waste from the bottom of the ocean. 

The ‘Jellyfish-Bot’ is a versatile, energy-efficient, virtually noise-free robot that is just the size of a hand. It can also operate alone or with several others in combination. In the Jellyfish-Bot, the team decided to mimic a jellyfish’s ability to swim upwards and trap objects along its path. This function helps the robot collect waste particles that can then be transported to the surface, where they can be recycled.

For more details, click here.

Photo source Aponiente

‘Super grass’ takes on a whole new meaning  

Seagrass is described as an “incredible tool” to fight climate change by the WWF. The plant accounts for up to 18 per cent of the ocean’s carbon storage annually, despite covering less than 0.1 per cent of the seabed. Although there are meadows full of the wild species across Europe, the plant is still dying at a concerning rate, and mass reforestation of Zostera marina has proven difficult. However, a new programme spearheaded by the research lab of Aponiente, a restaurant owned by Spanish chef Angel Leon, has found a way to cultivate the plant, in order to grow it as a sustainable crop suitable for human consumption, and to create a seedbank, which will make it easier to repopulate areas where the plant has been lost.

More widespread cultivation of Zostera marina could be a crucial weapon against climate change while providing us with a sustainably produced and highly nutritious food source. And as more Zostera marina meadows are restored, they will help to mitigate the effect of rising sea levels, regenerate marine life, and contribute to the survival of numerous marine species.

For more, visit cerealmarino.com

Written By: Angela Everitt

Reference

15 Top AI Tools for Architects and Designers
CategoriesArchitecture

15 Top AI Tools for Architects and Designers

By Zarkon Group,

Across the industry, architects are embracing a new partner in their creative pursuits: artificial intelligence. Once plagued by repetition and monotony, the architectural workforce finds itself on the cusp of a digital revolution where bits and bytes hold the key to automation and once unimaginable possibilities.

The AI revolution is not knocking at our door; it has already stepped in, taken off its hat, and is ready to get to work. The dynamics of design are evolving, and we are at the forefront, blending human creativity and machine precision. The future of architecture is not just being written — it’s being coded, and these are fourteen of the most valuable AI tools you could be using right now.

It’s safe to say that the list of AI tools for architects is progressing rapidly, with new programs being announced each and every day and as the architectural and technological landscapes continue to evolve, architects can expect the emergence of even more innovative AI tools, each promising to further revolutionize the field. These advancements will shape the future of architectural design, empowering professionals to deliver exceptional projects while pushing the boundaries of creativity and efficiency and, with hope, saving our planet at the same time.

Best AI Tools for Concept Design

Midjourney

Image by author.

Midjourney is everywhere right now. The AI-powered image generation tool presents architects with a canvas as boundless as their imagination. Working from written prompts, Midjourney deftly weaves photorealistic images that can be used to illustrate conceptual thinking.

While Midjourney is yet to fill the shoes of your favorite visualizer, the intelligent program can help designers convey complex designs by producing stunning visual narratives to help demonstrate to clients and stakeholders our vision. Even the most intrepid architectural ideas can spring from the mind’s eye onto the screen with Midjourney, making it a treasure trove for experimental design.

Adobe Firefly

Image by author.

Adobe Firefly, still fluttering in the chrysalis of development, is already showcasing the strength of its potential. This emergent member of the generative AI family promises to ignite the creative flame in architects and designers alike while streamlining workflow and providing a versatile and trusted platform for generating images, text effects, and other creative content.

Currently, Firefly, like Midjourney, is a dynamic companion that can illustrate innovative design ideas using text-to-image prompts. The program is included as part of the Adobe suite. Firefly is a trusty liaison, promoting collaborative relationships with colleagues and clients through a recognized and dependable platform.

As a relatively new program, many of the promised features of Firefly are not available yet. It wouldn’t be too far-fetched to conceive that the brains behind the interface didn’t want to fall too far behind the incredibly popular Midjourney and so decided to drip-feed users functions before the program was complete. However, as Adobe Firefly continues to mature, we will likely see heavy development in Adobe’s ambition to create seamless transitioning between their popular design programs, which promises to make image creation and editing a breeze in the not-too-distant future.

Best AI Tool for Generating Design Alternatives

Maket.ai

Image by author.

Where architects once navigated the labyrinth of multiple design options alone, Maket.ai stands ready as a steadfast companion. With Maket.ai, the challenge of client-specific requirements and spatial restrictions becomes an opportunity for diverse design exploration. Rather than presenting a singular vision — or whatever number timescale allows — architects can now offer a visual banquet of design alternatives, each as meticulously tailored as a Savile Row suit.

Yet the true magic of Maket.ai lies in its promise of liberated time and resources. By taking on the laborious task of generating design options, Maket.ai gives architects a bounty of time, freeing them to engage more deeply with creativity and clients.

The pièce de résistance of Maket.ai is the potential to stir the stagnant waters of architectural convention. By generating unexpected design options, Maket.ai propels architects into the thrilling unknown of innovative design. The tool serves as a launchpad for creativity, inspiring architects to reach beyond their tried-and-true and embrace the unknown.

Best AI Tool for Residential Planning

ARCHITEChTURES

ARCHITEChTURES is a transformative AI-powered tool revolutionizing residential planning. Meticulously designed for the discerning architect, it streamlines decision-making and maximizes efficiency.

Harnessing the cutting-edge power of artificial intelligence, ARCHITEChTURES analyzes site conditions, climate dynamics, budget constraints, and client aspirations. With this wealth of knowledge, it unveils an array of design options, flawlessly harmonizing form and function while bringing architectural visions to life.

ARCHITEChTURES is already the trusted ally of many architects, empowering them to surpass limitations and unlock unparalleled efficiency. Through automation, liberation from mundane tasks is a reality. With an extensive palette of design parameters to work with, it is possible to set boundaries and set the program to work on all the available options.

From site planning, where ARCHITEChTURES navigates constraints and explores opportunities, to meticulous building design encompassing room sizes, window placements, and sustainable material selections, ARCHITEChTURES enables accuracy and adjustment with ease.

Best AI Tool for Schematic Designs

ArkDesign.ai

ArkDesign.ai is the answer to schematic design packs, a boon for architects and developers alike. The intelligent platform optimizes building designs in a flash, leaving you to make informed, expedited decisions.

ArkDesign.ai is armed with an AI brain that scrutinizes and learns the metadata of architectural designs, spawning variations while accounting for US local regulations and ordinances, ensuring that each project is innovative as well as compliant, championing efficiency, quality, and cost-effectiveness.

Best AI Tool for Urban Planning

Sidewalk Labs

Sidewalk Labs is the brainchild of Alphabet Inc. and is now part of Google. With urban inefficiencies on an upward trajectory, this revolutionary AI maverick aims to change the landscape of urban planning.

It’s all about digital dexterity. Sidewalk Labs marries AI, machine learning, and sensor technologies, enabling your designs to work harder while you work smarter. Having already been adopted globally, Sidewalk Labs is shaping reality in Toronto, New York, and Singapore, managing city congestion one street at a time.

Picture this: AI splashes an array of design options onto your canvas, and machine learning flexes its muscles to optimize building performance — we’re talking energy efficiency, comfort, and safety wrapped up in a cost-effective package. Next, sensor technology steps to provide invaluable data on traffic patterns, air quality, and noise levels.

Sidewalk Labs is absolutely the new kid on the block, but the program has great potential in the race to rethink our urban landscapes.

Best AI Tools for 3D Modeling

Kaedim

Image by author.

Kaedim is a standout performer in the realm of AI-powered 3D modeling that is backed by many in the gaming industry. It harnesses the transformative potential of machine learning, generative adversarial networks, and natural language processing to morph simple 2D design ideas into stunningly accurate 3D models.

Kaedim serves as an architect’s dynamic ally, taking the weight of manual 3D model creation off their shoulders. With Kaedim, architects and designers can freely explore various design concepts, iterate them, and refine their vision in a virtual space before they take tangible form.

In the client-facing phase, Kaedim plays a critical role in visual communication, enabling architects to present 3D models that resonate with clients’ imaginations. It also carries its weight during the construction planning phase, ensuring accurate documentation via detailed 3D models. In an industry where precision and realism are paramount, Kaedim emerges as a crucial asset.

Sloyd.AI

3D modeling is time-consuming. Welcome, Sloyd.AI, a trailblazer in cloud-based 3D modeling. It’s not just a tool but an innovative platform that leverages machine learning, generative adversarial networks, and natural language processing. It renders high-quality 3D models, capturing intricate details from architectural designs to produce exceptional representations.

Sloyd.AI doesn’t merely mimic the architect’s concept but extends its precision to breathe life into designs with a high degree of realism. It liberates architects from time-consuming physical model creation, opening up a playground of virtual exploration and design refinement.

Sloyd.AI proves invaluable from project conception to completion. It allows architects to present dynamic 3D models to clients, creating an immersive experience that static images simply cannot match. For construction planning and documentation, Sloyd.AI’s exactness ensures each specification is captured in the 3D models it generates. In the fast-paced world of architectural design, Sloyd.AI is the companion architects need to maintain their creative edge.

Best AI Tool for Renovation Projects

Luma.ai

Like Kaedim, Luma.AI is a distinguished pathfinder in AI-driven 3D scanning and modeling. This platform takes the laborious task of creating detailed 3D models and reimagines it, deploying advanced AI techniques such as computer vision, deep learning, and generative adversarial networks. It crafts accurate, realistic 3D models from photographs that can provide architects a comprehensive perspective of objects, be it buildings, furniture, or intricate architectural elements.

Luma.AI is not just a 3D modeler; it is a digital reincarnation expert. The true genius of Luma.AI occurs in renovation and restoration projects, where it can capture existing structures with striking accuracy and creates virtual twins. It bridges the gap between the tangible and the virtual, allowing architects to visualize the renovated structure even before the first brick is laid.

Its prowess doesn’t stop there. Regarding design visualization, Luma.AI ensures that the newly proposed modifications are compatible with the existing structure and enhance its aesthetic and functional appeal. The created 3D models can also be utilized in interactive virtual reality or augmented reality presentations, taking client and stakeholder engagement to new heights.

Best AI Tool for Building Information Modeling (BIM)

BricsCAD BIM

BricsCAD BIM is the tool where AI and BIM converge for a seamless, efficient architectural design process. While BIM encapsulates the architecture, engineering, and construction of a building in a 3D model, enabling a holistic view of the project. BricsCAD BIM amplifies the capabilities of BIM by introducing AI, creating a nexus of innovation and practicality.

BricsCAD BIM isn’t just a tool but an efficient assistant that works tirelessly, automating repetitive tasks such as drafting dimensions and annotations. It employs AI to translate 2D sketches into detailed 3D models while offering real-time visualization, enabling architects to interact with their design, tweaking it to perfection.

BricsCAD BIMs’ capabilities extend beyond aesthetics. The program enables architects to identify and rectify errors, enhancing the quality of the final output and minimizing post-construction issues. The provision for real-time visualization empowers architects to make informed design decisions, visualizing the impact of each modification.

Yet, the charm of BricsCAD BIM lies in its ability for effective collaboration. It ensures that architects, engineers, and builders are in sync, providing a shared platform that brings everyone on the same page. This collaboration streamlines the design process, reduces redundancy, and ensures a consistent understanding of the project among all parties involved.

The generative design capability of BricsCAD BIM is another aspect of its brilliance. It can conceptualize 3D building models based on user-defined parameters such as number of floors, building size, and the materials to be used. This encourages exploration, providing architects with a multitude of design options that adhere to the set constraints.

BricsCAD BIM is a true paragon in the world of AI-assisted BIM tools. It integrates the detail-oriented approach of BIM and the automation capabilities of AI, improving the design process, promoting collaboration, and ensuring the delivery of high-quality buildings.

Best AI Tools for Rendering

Arko.ai

Arko.ai enters the architectural scene as a promising AI-powered rendering service by providing high-quality, photorealistic renders in minutes. Through the power of AI and the convenience of a cloud-based platform, Arko.ai transforms 3D models into stunning visual masterpieces that mirror reality.

The key to Arko.ai’s appeal lies in the ways it can enhance the design process for architects. Primarily, it offers a powerful medium for architects to visualize their designs, as it breathes life into 2D sketches and models, translating them into realistic renders that provide architects with a glimpse of their creations in the real world.

Moreover, Arko.ai is a time-saver, taking over the labor-intensive task of rendering and freeing architects to focus on the creative aspects of their designs.

Compatible with SketchUp®, Revit®, and Rhinoceros® Arko.ai is a promising addition to an architect’s toolbox, offering realistic visualizations of designs and saving time.

Veras

Recently announced as being available within SketchUp® Veras is an AI-powered visualization tool that leverages 3D model geometry to inspire and promote creativity. Architects can turn to Veras to create photorealistic renders of their designs using text prompts, bringing to the fore the power of AI in architectural visualization.

Ultimately, the strength of Veras lies in its versatility and speed. It generates stunning renders way faster than traditional methods, affording architects and designers more time to dedicate to the more complex aspects of design. It allows designers to explore variations quickly so that informed design decisions can be made without the shackles of cost or time implications.

Best AI Tool for Sustainable Design

Autodesk Forma

Autodesk Forma carves a niche for itself as an all-encompassing AI-powered planning tool that offers architects and urban planners the ability to design sustainable, livable cities with heightened precision.

Operating on a cloud-based platform, Autodesk Forma is easily accessible from any location and works in tandem with AutoCAD and Revit.

The new addition from Autodesk harnesses the power of AI to simulate the implications of diverse design decisions on critical factors, such as energy consumption, traffic flow, and air quality, with an aim to help designers make more informed and sustainable design choices while enhancing the sustainability and livability of projects. Autodesk Forma is also equipt to help identify potential design flaws before implementation, circumventing costly future rectifications.

In essence, even in its earliest stages, Autodesk Forma is a comprehensive architecture AI tool that supports architects in designing more thoughtful and sustainable cities. It facilitates informed design choices, promotes time and cost efficiency, and encourages the creation of sustainable designs, thereby redefining the landscape of urban planning and architecture.

Best AI Tool for Project Management

ClickUp

Image by author.

ClickUp is a project management tool that has been adopted across many different industries. It has become a secret weapon, revolutionizing project management with features tailored for enhanced workflow efficiency. This cloud-based application seamlessly organizes and tracks projects.

ClickUp harmonizes tasks, deadlines, and team assignments in a simple platform, ensuring project progression from design to construction, avoiding missed deadlines and maintaining momentum.

ClickUp’s document management facilitates effortless collaboration.

Effective communication is key, and ClickUp delivers. Chat, video conferencing, and file-sharing tools synchronize efforts with team members and clients.

In ClickUp’s virtual realm, real-time collaboration can be used to refine designs collectively, while ClickUp’s reporting tools provide invaluable insights to identify improvement areas and fine-tune workflows. Analytics and visualizations offer panoramic project views.

The Best AI Tool for 3D Sketching

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SketchUp will be announcing the beta versions of two new AI features in June 2023, both which help accelerate and streamline design workflows so architects can spend more time designing and less time on tedious tasks. We’re keeping our eyes out for their announcement.

For more ways to supercharge your workflow, check out more articles in our Tech for Architects series, which includes our recommendations of Top Laptops for Architects and Designers. 

Reference

Top Policies That Propel Passive House in North America
CategoriesSustainable News Zero Energy Homes

Top Policies That Propel Passive House in North America

By Zarkon Group,

To further understand the policy structures and mechanisms driving Passive House adoption across North America, the Passive House Network (PHN) studied what, where, and how Passive House policies succeed. Beginning in 2017, a research team inventoried Certified Passive House projects and professionals, and then analyzed Passive House–focused (or Passive House–related) local policies. Three frontrunner regions shone through. And the final report examines how specific policies operating in those regions harness the power of voluntary standards, like Passive House, that are already delivering high performance; and the key patterns or mechanisms they share. Scaling and replicating these patterns has proven incredibly successful both here and abroad.

Passive House Network leader Bronwyn Barry is an architect and principal of Passive House BB. Her webinar presentation with green building resource Rate it Green deep dives into the Policy That Works report. According to Barry, “Our goal is to have everybody look at how to implement these patterns and use them in their own policies.”

Watch the 2022 video presentation on the report’s implications

 

 

The Passive House framework offers tools and training that target buildings’ operational energy use, aiming to create a long-lived built environment that is regenerative and restorative. Passive House strategies are proven to produce reliable, low energy-use intensity. And after years in practice, Passive House buildings actually cost less to build than code-compliant buildings.

The report identified New York, Pennsylvania, and British Columbia as having both a critical mass of trained Passive House professionals and a significant lead in terms of Passive House project numbers and square footage. The data confirmed that Passive House adoption in North America is primarily being driven by large, multi-family buildings.

Connecting policy to projects

The PHN research discovered a layered mix of cities, states, and utilities driving high-performance energy policies in these accelerated regions, most being state-mandated, utility-funded programs. These policies and programs were competitively run; included tiered incentives and options and/or stepped implementation; and required reporting and monitoring, so data was captured to inform further policy.

The report then distills specific features that these policies have in common:

  1. They all included training subsidies to achieve a critical mass of well-trained building professionals and civil service employees.
  2. They all included carrots: project subsidies that help to remove the risk burden of the developer and owner community.
  3. They all clearly identified, up front, the end goal.

Interestingly, the researchers determined that all three of these drivers must be in place for successful implementation at scale. They also found, in all of the frontrunner regions, a local community of advocates and practitioners who supported policymakers implementing these programs: a local, grassroots community of activists.

Further accelerating Passive House adoption, policies connected one area of regulatory framework with others. In addition, most of the frontrunner regions had removed roadblocks within the baseline code, allowing Passive House pathways to compliance.

Finally, required monitoring and cost reporting circularly fed back into either reach codes or baseline code adoption, or back into the existing incentive program to reconfigure and refine the next iteration.

Exterior image Passive House Multifamily - photo by Triplecaña

Working cooperatively

Starting the energy code process with an explicitly and clearly defined end goal helps to structure the interim steps (a back-casting structure, as contrasted with an iterative code update process). A stepped energy code can also replace a multitude of reach codes in different municipalities.

In the webinar, Barry points out that at the city, state, and utility level, all of these successful policies connect. They were “quilted together” to work effectively. Each civic entity developed programs that supported programs and incentives run by fellow entities.

As an example, Barry highlighted a Vancouver program that connected zoning variances to certified passive house projects. Vancouver’s zero-emissions building plan issued in 2016 includes training of municipal staff, for an integrated approach. Bary emphasized training repeatedly as an oft-overlooked but essential component of successful programs.

British Columbia also provided up to $80,000 to incentivize manufacturers to develop Passive House Certified windows. The local building codes and incentives then created the market for them, producing a “virtuous feedback loop.”

New York City required their public works buildings to be Certified Passive House: fire stations, school retrofits, affordable housing, etc. NYC also implemented a benchmarking law (all the large buildings must measure and report energy consumption) and then set carbon caps, driving emissions gradually toward net zero carbon. This goal-oriented approach motivates owners to leap ahead when retrofitting and to plan for net zero in new buildings.

Barry then highlighted New York State’s Buildings of Excellence Program, a competitive award that funds early design explorations. The feedback that tracks modeling methodologies is encouraging innovation, because it removes some of the developers’ risk.

Pennsylvania linked their affordable housing tax credits to high-performance buildings, giving far more points for Passive House Certification. “See how policies, programs, and incentives actually can quilt together with policies similarly operating, and make each of them work better together. [The] additional points make it more likely to get financing through the state-run financing program.” explained Barry. “And lo and behold, after three years of running this program, the Passive House buildings performed reliably and ended up costing less money per square foot than the baseline code-compliant buildings. Because the professional community figured out ways to do this cost effectively.”

Reference

Top 10 tallest mass-timber buildings around the world
CategoriesSustainable News

Top 10 tallest mass-timber buildings around the world

By Zarkon Group,

As part of our Timber Revolution series, we have rounded up the world’s 10 tallest buildings with mass-timber structures, including an engineered-wood shopping-centre extension and a carbon-negative cultural centre.

Compiled using data from the Council on Tall Buildings and Urban Habitat, the roundup also features apartment towers, hotels and a school, demonstrating the potential of mass timber in building tall structures.

While some of the projects have structures made entirely from mass-timber components, such as cross-laminated timber (CLT) and glued laminated timber (glulam), others introduce concrete and steel elements to build taller.

Here are the world’s 10 tallest buildings with mass-timber structures:

Timber and concrete Ascent tower with glass panels
Photo courtesy of Korb + Associates Architects

Ascent, USA, by Korb + Associates Architects (2022)

Designed by American studio Korb + Associates Architects, this 86.6-metre-tall luxury apartment and retail tower in Wisconsin was certified last year as the world’s tallest timber building.

Named Ascent, the 25-storey building has a concrete base, elevator and stair shafts, with the rest of its structure made from CLT and glulam.

Mjøstårnet by Voll Arkitekter in Brumunddal
Photo courtesy of Moelven

Mjøstårnet, Norway, by Voll Arkitekter (2019)

Certified as the world’s tallest timber building at the time of its completion in 2019, the 85.4-metre-tall Mjøstårnet tower by Norwegian architecture studio Voll Arkitekter has glulam columns and elevator shafts made entirely from CLT.

Located in Brumunddal – an area in Norway with an established wood-processing industry – the timber used to build Mjøstårnet was locally sourced.

Hoho Wien mass-timber high-rise building by Rüdiger Lainer + Partner Architects ZT GmbH
Photo by Baudevelopment

HoHo Wien, Austria, by RLP Rüdiger Lainer + Partner (2020)

Austrian architecture studio RLP Rüdiger Lainer + Partner designed the mixed-use HoHo Wien building with three connected tower blocks arranged in an L-shape, each with a concrete core supporting the timber structure.

According to the studio, 75 per cent of the 84-metre-tall building above the ground-floor level is made from wood, including walls, ceilings, floors and columns.

Exterior of the Haut mass-timber high-rise building in Amsterdam by the waterfront
Photo by Jannes Linders for Team V Architecture

Haut, the Netherlands, Team V Architecture (2022)

Dutch architecture studio Team V Architecture designed the 21-storey Haut residential building with floors and load-bearing inner walls made from CLT, along with a predominantly glazed facade and a core, basement and foundations made of concrete.

The 73-metre-tall structure features a rooftop garden with rainwater storage and 1,500 square metres of solar panels on its roof and facade, helping it achieve a BREEAM Outstanding sustainability rating.

Sara Kulturhus and hotel in Skellefteå
Photo by Patrick Degerman

Sara Kulturhus Centre, Sweden, by White Arkitekter (2021)

The Sara Kulturhus Centre in Skellefteå, Sweden, is a 72.8-metre-tall structure made from CLT and glulam that architecture studio White Arkitekter designed to be carbon negative over its lifetime.

It was completed in 2021 and contains a theatre, gallery, library, museum and hotel.

“Embodied carbon emissions from materials, transport and construction as well as carbon emissions from operational energy during 50 years are less than the carbon sequestration in wood within the building,” said White Arkitekter partner Robert Schmitz.

De Karel Doorman mass-timber high-rise building by Ibelings van Tilburg
Photo by Ossip van Duivenbode

De Karel Doorman, the Netherlands, by Ibelings van Tilburg Architecten (2012)

Dutch architecture studio Ibelings van Tilburg Architecten restored a 1940s shopping centre in Rotterdam and topped it with a hybrid structure of wood and steel containing 114 apartments.

The original shopping centre was ready for demolition before the studio’s intervention, which rests on existing concrete pillars and foundations and extends the building to a height of 70 metres.

“By choosing to ‘top up’ the building we have prevented demolition and the need to remove 15,000 tonnes of concrete,” said the studio.

55 Southbank Boulevard mass-timber hotel extension with glass facade
Photo by Peter Clarke

55 Southbank Boulevard, Australia, by Bates Smart (2020)

Australian architecture studio Bates Smart transformed a concrete building in Melbourne into a 69.7-metre-tall hotel by adding a 10-storey CLT structure on top of it.

Completed in 2020, the studio claims that the project is Australia’s first CLT extension.

“The existing concrete building was designed to support an additional five floors of concrete structure, however by utilising timber, which is 20 per cent the weight of concrete, an additional 10 levels were able to be built providing 15,000 square metres of new floor space and 220 new hotel rooms,” Bates Smart told Dezeen.

Suurstoffi West tall mass-timber student building in Switzerland by Manetsch Meyer Architects
Photo courtesy of Zug Estates Holding AG

Arbo, Switzerland, by Manetsch Meyer Architects (2019)

Swiss architecture studio Manetsch Meyer Architects designed three buildings for the Lucerne University of Applied Sciences and Arts campus in the Swiss municipality of Risch-Rotkreuz.

Two of the three buildings were constructed with composite structures of wood and concrete, including the tallest building named Arbo, which is 60 metres tall and currently the world’s eighth-tallest mass-timber building.

According to the project developer Zug Estates, Arbo was the tallest wooden building in Switzerland when it was completed in 2019.

Eunoia Junior College mass-timber building with white panelled facade in a landscaped garden
Photo courtesy of CPG Consultants

Eunoia Junior College, Singapore, by CPG Consultants (2019)

Completed in 2019 by building management firm CPG Consultants, the Eunoia Junior College comprises both a 10-storey and 12-storey tower, alongside a five-storey structure topped with a sports field. At its tallest point, it reaches 56 metres.

Described by the firm as Singapore’s first high-rise junior college, the school is constructed with CLT exterior walls clad with aluminium, teamed with floors made up of concrete slabs and glulam beams.

Brock Commons high-rise by Acton Ostry Architects
Photo by Michael Elken

Brock Commons Tallwood House, Canada, by Acton Ostry Architects (2017)

This student residence in Vancouver was formerly the tallest contemporary mass-timber building in the world at the time of its completion in 2017.

Although its height of 53 metres has now been well surpassed, Canadian studio Acton Ostry Architects designed the student housing to demonstrate that engineered wood was a viable option for building high-rise structures.

It is constructed from two concrete cores, along with CLT floor panels that are supported by glulam columns.

Timber Revolution logo
Illustration by Yo Hosoyamada

Timber Revolution
This article is part of Dezeen’s Timber Revolution series, which explores the potential of mass timber and asks whether going back to wood as our primary construction material can lead the world to a more sustainable future.

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