Screen recording of Architizer Tech Directory for Architects
CategoriesArchitecture

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

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

Explore 100+ Architecture Tools

Why Your Review Matters

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

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

Submitting Your Review

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

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

Screen recording of Architizer Tech Directory for ArchitectsIncentivizing Your Participation

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

Your voice matters, and we want to amplify it!

Crafting an Exceptional Review

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

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

1. Be Specific and Detailed:

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

2. Compare and Contrast:

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

3. Be Authentic:

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

4. Inspire with Practical Use Cases:

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

Calling All Innovators in AEC Technology: Add Your App

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

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

Explore the Directory

Reference

Tall tubular chairs at A Bar with Shapes for a Name by Cake Architecture
CategoriesInterior Design

Cake Architecture draws on Bauhaus principles for Hoxton bar

Cake Architecture has renovated A Bar with Shapes for a Name, an east London cocktail bar featuring “utilitarian” interiors.

A Bar with Shapes for a Name owes its title to the yellow triangle, red square and blue circle that are emblazoned on its facade in a nod to the primary colours and understated geometry commonly associated with the Bauhaus.

Tall tubular chairs at A Bar with Shapes for a Name by Cake ArchitectureTall tubular chairs at A Bar with Shapes for a Name by Cake Architecture
Tall tubular chairs feature on the ground floor

When creating the bar’s minimalist interiors, Dalston-based Cake Architecture took cues from the influential German art and design school that was established in 1919 and advocated for an emphasis on functionality, among other similar principles.

Located at 232 Kingsland Road in Hoxton, the cocktail bar was renovated by the studio to serve as a multipurpose venue.

Reddish plywood barReddish plywood bar
Cake Architecture created a smooth ground-floor bar from reddish plywood

Cake Architecture doubled the bar’s capacity by adding a basement, which acts as a “kitchen-bar” room, and refurbished the ground floor’s existing seating area as well as a classroom-style space that offers a location for rotating events or workshops.

“These spaces have specific functional requirements and we selected colours and materials to suit,” studio director Hugh Scott Moncrieff told Dezeen.

Rectilinear light installation within bar by Cake ArchitectureRectilinear light installation within bar by Cake Architecture
It was positioned opposite a rectilinear light installation

Upon entering the bar, visitors are greeted by the main seating area or “showroom”, which was designed to be warm and inviting.

Tall tubular chairs finished with neutral rattan were positioned around chunky geometric tables made from birch ply stained to a rich, reddish-brown hue.

Glass-topped central table in the basementGlass-topped central table in the basement
The renovation included the addition of a new basement

The team also used the same timber to create the space’s curving bar, which is illuminated by a squat, cordless table lamp by lighting brand Flos.

Opposite the bar, a glowing rectilinear light installation by photographer Steve Braiden was fitted to the wall underneath bench-style seating reminiscent of early Bauhaus furniture designs.

Close-up of the steel, glass-topped tableClose-up of the steel, glass-topped table
A steel, glass-topped table sets an industrial tone

“We looked in particular at projects by the Bauhaus founder Walter Gropius,” reflected Scott Moncrieff.

“Gropius is a master of this elegant zoning through the application of colour and form,” he added.

Steel-framed tables in the classroomSteel-framed tables in the classroom
The “classroom” includes steel-framed tables

Downstairs, the low-lit basement was created to house additional seating as well as “all of the crazy machinery they use to prepare the drinks,” the designer said.

The basement is characterised by a bespoke central table by Cake Architecture and furniture designer Eddie Olin.

Sculptural, colourful lampSculptural, colourful lamp
Red, yellow and blue accents define a sculptural lamp

Consisting of a steel frame that “floats” over a central leg, the table was topped with a glass surface and its base was clad in phenolic-coated plywood to match the floor and walls.

“This new basement is predominantly a production space – so the palette reflects this with hardwearing, utilitarian and industrial materials,” said Scott Moncrieff.

A thick, felt curtain in ultramarine adds a pop of colour to the otherwise pared-back space.

With its pale blue walls and Valchromat-topped, steel-framed tables, the ground-floor “classroom” pays homage to the Bauhaus as an educational institution.

Tall blackboard in the classroomTall blackboard in the classroom
A tall blackboard provides space to learn in the classroom

Brighter blue vinyl covers the floors while a sculptural lamp featuring red, yellow and blue circles echoes the bar’s logo.

A tall blackboard and overhead strip lighting add to the classroom feel of the space, which is used for various group events.

Illuminated bathroom sinkIlluminated bathroom sink
Thin vertical lights frame the bathroom sink

Cake Architecture worked closely with the bar’s founders Remy Savage and Paul Lougrat when creating the interiors, which were primarily informed by the duo’s way of working.

“The team has a conceptually driven ethos drawn from the theory and practice of Bauhaus embedded in everything they are doing. We found that incredibly exciting,” explained Scott Moncrieff.

Sconce lighting on the wallSconce lighting on the wall
A Bar with Shapes for a Name is located on London’s Kingsland Road

“The Bauhaus phrase ‘party, work, play’ was pertinent to some early ideas and this carried through all our design discussions,” noted the designer.

“The space enables these three things. Separately as individual functions and simultaneously as a representation of the overall atmosphere of a bar!”

Cake Architecture previously worked with interior designer Max Radford to create a curtain-wrapped speakeasy in London’s Soho. The studio also designed a workspace for London agency Ask Us For Ideas in the same part of the city.

The photography is by Felix Speller



Reference

Stella McCartney's Sustainable Market showcases sustainable fashion products
CategoriesSustainable News

Stella McCartney presents Sustainable Market at COP28

A grape-based leather alternative and sequins made from tree cellulose are among 15 material innovations on show as part of fashion house Stella McCartney’s exhibition at the COP28 climate conference.

In partnership with Stella McCartney‘s parent company LVMH, the Sustainable Market showcases “the possibilities of current cutting-edge or soon-to-be available technologies” that could transform the fashion industry.

Stella McCartney's Sustainable Market showcases sustainable fashion productsStella McCartney's Sustainable Market showcases sustainable fashion products
Stella McCartney is exhibiting the Sustainable Market at COP28

The 15 chosen innovators range from start-ups to established brands, providing plant-based alternatives to plastic, animal leather and fur as well as regenerative alternatives to traditional fibres.

“The fashion industry accounts for eight per cent of global greenhouse gas emissions,” McCartney said. “We need to get creative and innovative with alternatives, moving beyond the limited materials that the industry has been working with traditionally.”

“If we can work collaboratively with these goals, we can actually begin doing business in a way that regenerates our planet instead of only taking from it.”

Bioplastic sequin dressBioplastic sequin dress
Among the featured products are iridescent BioSequins by Radiant Matter

Among the featured companies is Radiant Matter, which produces plastic-free iridescent BioSequins, and Mango Materials, which transforms captured methane emissions into plastic as seen in Allbirds’ Moonshot trainers.

US start-up Natural Fiber Welding is presenting its plant-based leather alternative Mirum, which has already been used across Stella McCartney’s Falabella and Frayme bags as well as a series of fragrance-infused jackets by MCQ.

Stella McCartney's Sustainable Market showcases sustainable fashion productsStella McCartney's Sustainable Market showcases sustainable fashion products
Plant-based Mirum leather is used to produce the Falabella and Frayme bags

The Sustainable Market also showcases examples of finished products including crochet dresses and bags by Stella McCartney that are made using seaweed-based Kelsun yarn and the first-ever garment crafted from biologically recycled polyester by US company Protein Evolution.

Another stall highlights Stella McCartney’s collaboration with Veuve Clicquot to develop a grape-based leather using waste from the champagne house’s harvest.

Bag made from kelp yarnBag made from kelp yarn
Seaweed-based Kelsun yarn forms crochet Stelle McCartney bags

The Sustainable Market also highlights three student projects from the Maison/0 incubator at design school Central Saint Martins, which is supported by LVMH.

Automating Violacein by Charlotte Werth explores how an automated microbial dye process can be used to produce printed patterns for luxury textiles.

Other projects examine how bacteria, algae and food waste could offer bio-based alternatives to synthetic dyes, and how lab-grown keratin fibres could be used for luxury clothing.

The products are displayed in market stalls featuring 3D-printed walls infused with a compound by Spanish materials company Pure Tech, which it claims can remove CO2 and volatile organic compounds (VOCs) from the air by converting them into harmless mineral particles.

Stella McCartney's Sustainable Market showcases sustainable fashion productsStella McCartney's Sustainable Market showcases sustainable fashion products
This bag is made using grape leather made in collaboration with Veuve Clicquot

Other brands invited to participate in the market include US company Brimstone, which claims to have created “the world’s first carbon-negative portland cement”, and Chargeurs Luxury Fibers, which produces wool using regenerative farming methods.

McCartney was asked to represent the fashion industry at COP28 to advocate for policy and regulatory change to incentivise sustainable business and the decarbonisation of the industry.

Mannequins wearing Stella McCartney garments at COP28Mannequins wearing Stella McCartney garments at COP28
Several Stella McCartney garments demonstrate the materials possible applications

Her delegation also seeks to promote human and animal welfare while building a coalition of global government and business leaders to scale investment in material innovations.

Recently named among Time magazine’s 100 most influential climate leaders, McCartney bills her eponymous brand as the world’s first luxury fashion house to never use animal leather, feathers, fur or skins.

Products by Nativa showcased at Stella McCartney's Sustainable MarketProducts by Nativa showcased at Stella McCartney's Sustainable Market
Chargeurs Luxury Fibers produces wool using regenerative farming methods.

The Sustainable Market concept was first launched as part of her Summer 2024 runway show during Paris Fashion Week and will continue to evolve over the coming year following COP28.

The exhibition is taking place at the climate conference until 12 December in Dubai, United Arab Emirates.

Stella McCartney's Sustainable Market showcases sustainable fashion productsStella McCartney's Sustainable Market showcases sustainable fashion products
The stalls were 3D-printed in collaboration with Pure Tech

Last year’s Conference of the Parties (COP), which was held in Sharm El-Sheikh, Egypt, saw architect Norman Foster launch a set of sustainability principles for architects while a team of researchers developed an app that predicts damage to global cities from rising sea levels.

The event was described as “deeply depressing” by architect and engineer Smith Mordak in their opinion piece for Dezeen, with other architects and sustainability experts expressing frustration at the slow pace of global action to reduce carbon emissions.

The photography is courtesy of Stella McCartney.

Reference

Protecting nitrogen-fixing bacteria from heat and humidity
CategoriesSustainable News

Protecting nitrogen-fixing bacteria from heat and humidity

Spotted: At present, global food security relies on the use of nitrogen fertilisers, but their production and use are responsible for around five per cent of global greenhouse gas (GHG) emissions, along with pollution and soil depletion. One possible solution is to use bacteria that convert nitrogen gas to ammonia to provide the nutrients that plants need and regenerate the soil. However, these bacteria are sensitive to heat and humidity, so it’s difficult to scale up their production and use.

Now, researchers at MIT, led by Ariel Furst, the Paul M. Cook Career Development Assistant Professor of Chemical Engineering, may have a solution that could remove this limitation. They have devised a metal-organic coating that protects bacterial cells from damage without affecting their growth or function. The coating contains food-safe metal and polyphenol compounds, and can self-assemble into a protective shell.

In their study, the researchers created and tested 12 different coatings. They encapsulated a nitrogen-fixing bacterium that also protects plants against pests. All of the coatings protected the bacteria from high temperatures and humidity and improved the seed germination rate by 150 per cent compared to seeds treated with uncoated microbes.

The research received funding from a number of sources, including the Army Research Office and a National Institutes of Health New Innovator Award. Furst has also launched a company called Seia Bio to scale up and commercialise the coated bacteria.

Regenerative agriculture is gaining steam, as farmers realise that it is not only more sustainable but also less costly. Recent innovations in regenerative agriculture spotted by Springwise include a company rejuvenating exhausted soils using bacteria and solar-powered trackers that help farmers efficiently manage herd location.

Written By: Lisa Magloff

Reference

Floating Office Rotterdam
CategoriesArchitecture

Amphibious Architecture: Designing Resilient Coastal Communities for the Future

Architizer’s 12th Annual A+Awards are officially underway! Sign up for key program updates and prepare your submission ahead of the Main Entry Deadline on  December 15th.  

As climate change unfolds, bringing about rising sea levels, increased occurrences of flooding and a surge in climatic events, the concept of living in a floating home or houseboat could potentially emerge as a pragmatic and innovative solution to face the environmental challenges associated with coastal living. Opting for a floating home is not just a practical choice but a visionary one. It signifies a departure from the vulnerabilities associated with traditional coastal housing and an embrace of a lifestyle that aligns with the dynamic and ever-changing character of coastal ecosystems. It is a bold step towards a future where adaptability and ingenuity are at the forefront of our response to the challenges posed by climate change along our coastlines.

Sustainably designed buildings that float on water could positively influence the preservation of at-risk waterside communities at a point where the evolution of coastal development stands at a critical juncture. This evolution demands a transformative shift to confront the adverse consequences of climate change, and the traditional paradigms governing coastal areas must undergo a profound reevaluation that calls for a departure from conventional practices. There is an imperative need for sustainable and adaptive approaches characterized by resilient infrastructure, eco-friendly design principles, and a profound understanding of the delicate balance between human settlements and the dynamic coastal environment.

Hope Floats: Embracing a Wetter Future

Floating Office Rotterdam

Floating Office Rotterdam by Powerhouse Company. Rotterdam, Netherlands. | Photo by Mark Seelen.

Coastal land areas have long endured the consequences of unchecked development. However, looking at the positive aspects amid the challenges of coastal development, there lies a realm of possibilities for innovative design solutions that address the complexities of proximity to water. Coastal development opens avenues beyond the construction of nature-based or man-made flood protection infrastructure, emphasizing adaptability and a symbiotic relationship with the dynamic forces of nature.

Within the realms of design and urban planning, attention turns to floating houses and amphibious architecture some to float permanently, others built on special foundations allowing them to rest on solid ground or float when necessary. These creative solutions aim to mitigate environmental impacts and incorporate resilient design strategies in harmony with natural surroundings. Floating homes can integrate green infrastructure, sustainable building materials, and innovative water management systems, contributing to a reduced environmental footprint. This aligns with a broader ethos of harmonizing human habitation with nature, forging a symbiotic relationship between dwellings and the surrounding aquatic ecosystems. Ultimately, these solutions could make existing communities more resilient and allow them to keep living in the places they are closely connected to.

Tides of Change: The Integration of Floating Houses in Urban Spaces

Waterwoningen

Waterwoningen by Architectenbureau Marlies Rohmer. Amsterdam, Netherlands | Photo by Marcel van der Burg.

Waterwoningen

Waterwoningen. Site plan.

Floating houses are integral to an urban design ethos. Financially categorized as immovable properties, they rival traditional land-based housing in both interior volume and comfort. The appeal of waterfront living lies in its practical response to climate considerations and its role in reshaping urban development paradigms. Additionally, there’s an aesthetic dimension, as living on the water fosters a sense of liberty and closeness to nature. This not only addresses environmental challenges but also contributes to the reinvigoration of urban areas and the sustainable utilization of available space.

Waterbuurt-est, within Amsterdam’s IJburg development, features a density akin to the central Jordaan district, with around 100 homes per hectare. The Netherlands has a history of living close to water. That means living on land protected by dykes, on mounds, ashore, or floating. Only recently have floating homes been eligible as a significant solution to Holland’s modern housing needs. The design challenge was highlighting water as a distinctive feature. Floating houses on jetties and the Quay building on a water-protruding platform solved this, providing an acoustic barrier and parking, considering the ban on vehicles on jetties. Jetties accommodate four to twenty-five houses each, creating a dynamic community. Three towering “pile dwellings” punctuate the landscape, aligning with bridges connecting jetties. This intentional arrangement ensures uninterrupted water views, blending architectural innovation with the natural setting.

Water Cabin: A Tranquil Oasis in Seattle’s Floating Home Legacy

Water Cabin

Water Cabin by Olson Kundig. Seattle, Washington, United States. | Photo by Aaron Leitz.

Water Cabin continues a long history of floating homes in Seattle. Located in a floating home community on Portage Bay, just south of the University of Washington, it establishes a cabin sensibility in an urban environment. Low to the water and small in stature, the home’s interior program is thoughtfully arranged across two levels to maximize connections to the surrounding marine environment. Water Cabin’s materiality draws inspiration from the weathered informality of a cabin. Lightly stained knotty western red cedar exterior siding will weather over time with minimal maintenance. Durable, low-maintenance metal elements like galvanized steel and flame-sprayed zinc nod to the demanding marine environment and will complement the color of the siding as it silvers.

Seascape Metropolis: Rethinking Urban Living with Vertical City

The visionary idea of residing on water transcends being solely an architectural marvel; it emerges as a comprehensive solution for coastal cities navigating the complexities of climate change. It is a testament to the possibility of redefining urban living to be not just sustainable but also regenerative, turning the threats of climate change into an opportunity for creating resilient, vibrant, and environmentally conscious urban spaces along our coastlines.

Vertical Cities

Vertical City by Luca Curci Architects. Dubai, United Arab Emirates.

Vertical City presents a visionary project proposing a water-settled “city-building” designed for 25,000 residents. This innovative initiative fosters a lifestyle deeply connected with water, challenging traditional notions of community and society. Integrating various renewable energy sources such as wind and water turbines, solar panels, energy storage solutions, water desalination, and inclusive food production and farming the project is dedicated to promoting a healthier lifestyle and reimagining urban living by eliminating suburban sprawl. By seamlessly blending sustainability with elevated population density, Vertical City aims to establish a zero-energy “city-building.”

While the challenges of developing land in contact with water are significant, they also offer a compelling canvas for reimagining urban landscapes. By embracing a holistic and sustainable design approach, we have the opportunity to transform potential drawbacks into catalysts for positive change, fostering resilient, inclusive, and harmonious urban environments along coastlines.

Architizer’s 12th Annual A+Awards are officially underway! Sign up for key program updates and prepare your submission ahead of the Main Entry Deadline on  December 15th.  

Reference

Ductus design apartment complex in Switzerland
CategoriesInterior Design

Ductus coats blocky apartment complex with red plaster in Switzerland

Architecture studio Ductus has designed an apartment complex coated with a monochrome red plaster facade into a sloping site in Schwarzenburg, Switzerland.

Located on the outskirts of the village of Schwarzenburg in eastern Switzerland, the complex was designed by Ductus to have the appearance of a series of intersecting blocks of various heights that protrude and recede throughout the design.

Ductus design apartment complex in SwitzerlandDuctus design apartment complex in Switzerland
The red plaster-covered block was has a blocky appearance

Accommodating 16 apartments, the complex comprises two buildings sat perpendicular to one another that are connected by a shared garden.

Balconies constructed from pressure-impregnated white fir and green columns contrast with the red plaster facade and overlook the garden and neighbouring buildings.

Apartment complex coated in red plaster by DuctusApartment complex coated in red plaster by Ductus
Adjoining balconies are constructed from pressure-impregnated white fir, which contrast with the red facade

Flat roofs lined with untreated copper top the apartment complex, which distinguishing it from the surrounding more traditional pitched-roof buildings.

On the exterior, untreated copper was also used for downpipes, while red-toned window frames and mechanical shutters match the plaster’s colour.

Within the apartments, textured white walls were set off by wooden flooring, while stylish bathrooms were characterised by red-toned fittings and decorative tiles to match the facade.

Bright living spaces are lit by floor-to-ceiling doors that also provide access to the adjacent balconies.

Apartment interior in Schwarzenburg, SwitzerlandApartment interior in Schwarzenburg, Switzerland
The complex contains 16 apartments split across two buildings

“All 17 apartments were designed as condominiums,” Ductus partner Marcel Hauert told Dezeen.

“The client’s desire was for all buyers to determine the interior finishes themselves. We provided a basic concept that could be adapted virtually without restrictions.”

Interior view of Swiss apartment complexInterior view of Swiss apartment complex
Red-toned fittings and tiles feature in the bathroom

Ductus is an architecture studio operating between Sweden and Switzerland.

Elsewhere in Switzerland, BE Architektur recently used intersecting sculptural blocks to form a barn-like house and Enrico Sassi has transformed a wood store into a micro home.

The photography is by Rasmus Norlander.

Reference

Turning seaweed into clothing - Springwise
CategoriesSustainable News

Turning seaweed into clothing – Springwise

Spotted: The textile industry is recognised as one of the most polluting. This is due to manufacturing methods that often require lots of water, energy, and harmful chemicals, and the sector as a whole generates 8-10 per cent of global carbon emissions. But now, one fashion tech startup is harnessing the power of seaweed to create cleaner and more sustainable fashion. 

After being frustrated with how harmful the fashion industry can be, Phycolab founder, Thamires Pontes, turned to the potential of seaweed – both as a crop that boosts marine ecosystems while it grows and as a greener material for textiles. The startup is developing natural-based textile fibres derived from macroalgae, called PhycoFiber, to replace existing polluting materials.  

Notably, seaweed does not require arable land, pesticides, or insecticides, and the plant absorbs more carbon than terrestrial forests, while also helping to de-acidify and re-oxygenate the ocean. Phycolab also promotes seaweed cultivation as a promising alternative for creating job opportunities in coastal communities; particularly in areas that have been overfished, seaweed farming offers more stable and sustainable employment. 

In June this year, Phycolabs was selected as one of the winners of H&M’s Global Change Award. Upon finalising its prototype, the company is looking to test the product with interested players both in Brazil and internationally to prove its viability. 

Seaweed has proven to be an effective solution in helping various industries cut their carbon footprints. Springwise has spotted many ways the plant is being used, like in home interiors and as a methane-reducing livestock feed.

Written By: Anam Alam and Matilda Cox

Reference

monolithic concrete volume houses sports hall in vernayaz of switzerland
CategoriesArchitecture

monolithic concrete volume houses sports hall in switzerland

COMAMALA ISMAIL takes over the design of Sports hall in Vernayaz

 

Vernayaz commune in Switzerland initiated the construction of a new sports hall dedicated to school sports activities through an open architectural competition. Awarded in spring 2015, the planning by Comamala Ismail commenced, incorporating additional spaces for FC Vernayaz. By August 2017, construction began, concluding in spring 2020. The architectural approach focused on placing the sports hall on the east side of the Swiss Federal Railway line within the sports area. The building’s design prioritized practicality and simplicity, developing non-standard solutions to address community needs while maintaining elementary yet diverse spatial qualities.

monolithic concrete volume houses sports hall in vernayaz of switzerland
all images courtesy of Comamala Ismail

 

 

stone and concrete interact with the neighboring mountains

 

The project by Comamala Ismail centered on two vital aspects: reinforcing the connection between public spaces on either side of the rail tracks and establishing a dialogue with the neighboring mountainous character. The sports hall, strategically positioned at the main entrance to Valais, serves as both the head of the sports complex and a connecting element to the village center, creating a new public space for sports activities.

 

Materials employed in the project engage with the distinctive mountain environment, establishing a dialogue with the stone and nature of the mountains. The monolithic concrete volume, featuring a single opening per facade, is complemented by warm wooden cladding on the interior, contributing to a balanced and comprehensive architectural perception that prioritizes light and acoustic comfort. Synthetic building materials were minimized in favor of emphasizing the inherent characteristics of raw materials.

monolithic concrete volume houses sports hall in vernayaz of switzerland
Comamala Ismail’s project emphasizes practicality while maintaining diverse spatial qualities

monolithic concrete volume houses sports hall in vernayaz of switzerland
initiated by Vernayaz commune, the sports hall project was designed through an architectural competition

monolithic concrete volume houses sports hall in vernayaz of switzerland
two key aspects include reinforcing connections across rail tracks and engaging with the mountainous environment

monolithic concrete volume houses sports hall in vernayaz of switzerland
the sports hall acts as a head of the sports complex and connects to the village center

monolithic concrete volume houses sports hall in vernayaz of switzerland
the monolithic concrete volume features a single opening per facade

monolithic concrete volume houses sports hall in vernayaz of switzerland
the design establishes a new public space for sports activities while engaging with the mountain environment

Reference

Neri&Hu Ota Fine Arts gallery
CategoriesInterior Design

Neri&Hu highlights simplicity and functionality at Shanghai art gallery

Chinese studio Neri&Hu has designed a contemporary art gallery for Ota Fine Arts in Shanghai with a focus on the “sublime beauty of the banal”.

The gallery sits on the ground floor of a mixed-use tower at Rockbund, a development amidst the historical Bund in Shanghai along the Huangpu River, where a series of restored colonial art deco buildings are located.

Neri&Hu Ota Fine Arts galleryNeri&Hu Ota Fine Arts gallery
The entrance of the gallery features an oversized sliding door

“The primary design challenge was to utilise the areas along the facade for both storage and display, blurring the distinction between functional and experiential space,” explained Neri&Hu.

“This deepened threshold condition found on both facades defines the visitor’s arrival sequence and journey within.”

Neri&Hu Ota Fine Arts galleryNeri&Hu Ota Fine Arts gallery
The facade of the gallery is framed in aged steel to contrast the contemporary gallery

The facade of the gallery was framed in aged steel, with portions of solid metal and large glass panels arranged to form a window display for the artworks.

Handmade ivory tiles line the inner side of the window in a subtle woven pattern, serving as a neutral backdrop for the art pieces.

Neri&Hu Ota Fine Arts galleryNeri&Hu Ota Fine Arts gallery
A warehouse-sized door can be fully open on the west facade for easy transport of large art pieces

An oversized sliding door marks the entry to the gallery on the eastern facade. When opened, the entrance of the gallery is revealed, with the outer sliding door framing the window display next to it.

When closed, the door slides back to its original position and allows the full-height glazed window to be exposed.

The western facade features a warehouse-sized door that can be fully opened using a custom-designed handle. This allows large artworks to be delivered directly from a designated parking area into the gallery.

Neri&Hu also added fluted glass to the exterior, which glows in the evening to illuminate the adjacent Rockbund courtyard and add elegance to the functional facade.

Inside the gallery, the 350 square-metre space is divided into two zones – a 150-square-metre main public viewing gallery and a private zone that houses VIP rooms and office space.

The pared-back, white VIP rooms feature contemporary furniture pieces with custom-made white tiles and a stained oak floor and were designed to create a relaxing environment, in which the attention can be focused on the art itself.

Neri&Hu Ota Fine Arts galleryNeri&Hu Ota Fine Arts gallery
The interior of the gallery has a neutral and simplistic tone

“The project’s understated material palette and overall conceptual underpinning lies in the juxtaposition of old and new, raw and refined, ordinary and spectacular,” said Neri&Hu.

“We hope one can appreciate the sublime beauty of the banal, as much as the brilliance of contemporary art,” it added.

Neri&Hu Ota Fine Arts galleryNeri&Hu Ota Fine Arts gallery
Clean white rooms are intended to highlight the art piece

Neri&Hu was founded by architects Lyndon Neri and Rosanna Hu in 2004 in Shanghai.

Other recent projects completed by the studio include the Sanya Wellness Retreat hotel on the Chinese island of Hainan and a fashion boutique with fabrics and marble screens.

The photography is by Zhu Runzi.


Project credits:

Partners-in-charge: Lyndon Neri, Rossana Hu
Associate-in-charge: Jacqueline Min
Senior interior designer-in-charge: Phil Wang
Design team: Rovi Qu
FF&E procurement: Design Republic
Contractors: ETQ Project (Shanghai) Limited

Reference

Life Cycles exhibition at MoMA
CategoriesSustainable News

“Our task is not to live forever” says Paola Antonelli

MoMA curator Paola Antonelli believes humans will go extinct as a result of climate change, but is “very positive” about how designers can help to slow the decline, she tells Dezeen in this interview.

The Museum of Modern Art curator is the author of several books including Design Emergency (co-written with Alice Rawsthorn), and runs the Instagram account of the same name that explores how design can help build a better future in the face of serious global issues.

Among the exhibitions she has curated is Broken Nature: Design Takes on Human Survival, which showcased architecture and design projects from the last 30 years that explore our fractured relationship with the planet.

To Antonelli, the vital importance of focusing on these issues is obvious.

“When one has a pulse and a brain, one can not be aware of the climate emergency and not be concerned and tempted to do whatever one can, whatever is possible,” she told Dezeen.

“Design is a force for any kind of change that needs to happen”

Antonelli believes that design is well-placed to play a leading role in the global effort to solve or mitigate issues relating to climate change.

“Design is a force for any kind of change that needs to happen,” she said. “It’s a force for propaganda, for changing people’s behaviour, for re-addressing issues, for changing products so that they can become more attuned to needs.”

“It is like an octopus that has different tentacles and can touch multiple point pressures in the ecosystems that make up our life.”

Life Cycles exhibition at MoMALife Cycles exhibition at MoMA
Life Cycles: The Materials of Contemporary Design is Paola Antonelli’s latest exhibition

“When it comes to the climate emergency, design can take on many different roles,” she added.

“I don’t feel that design by itself can change or save the world – that is always a utopia, and it’s unrealistic – but I find that it is a fundamental part of any team effort, and all efforts have to be team efforts at this point to change the status quo.”

One way in which designers can work towards slowing the climate emergency is by creating products which, rather than using materials that contribute to the pollution of the planet, focus on upcycling, re-use and using waste instead of new materials.

MoMA exhibition explores design’s impact on the ecosystem

This is the theme of Antonelli’s latest exhibition at MoMA, Life Cycles: The Materials of Contemporary Design, which explores “the regenerative power of design”, examining how design can be elegant and innovative while still respecting the ecosystem.

Among the pieces on show are works by Mexican designer Fernando Laposse, who has created a marquetry material from the husks of heirloom corn species, and by designer Mae-Ling Lokko, who has a company in Ghana that creates building products from mushroom mycelium and coconut shells.

Corn by Fernando LaposseCorn by Fernando Laposse
Fernando Laposse works with heritage corn species

“[Lokko’s work] is about agricultural waste, but very localised to where it is, and I see many designers behaving that way,” Antonelli remarked.

In that vain, she believes designers should look to how people in their local environment have dealt with disastrous natural events in the past to help prepare for a future in which they will become more frequent.

“When you’re dealing with a disaster, it’s usually is a disaster that happens near you, so you could learn a lot from how things are done near you,” Antonelli explained.

“Floods have happened for centuries and they might be more frequent now, but cities and regions of the world have been dealing with them for a really long time,” she added.

“So they might have some structures already in place that need to be either relearned or deepened.”

This is already underway, Antonelli believes, with designers and architects increasingly “studying the local”.

“That is happening at many different levels,” she said. “There are architects and landscape designers that are really trying to understand Native and First Peoples approach to land, respect, land-use or land non-use.”

“Global technological efforts are important, but without that attention to local realities they will be simplifying, or at least overlooking, many important aspects.”

Coronavirus pandemic “gave us a feeling of what clean skies could be”

She argues the coronavirus pandemic also underlined how quickly things can change and that we can have an impact on the climate and how it behaves.

“The pandemic brought everything to a stop and gave us a feeling of what clean skies could be – I mean, we rapidly forgot about it, but there was still this moment of stunned recognition of the fact that skies can be blue if we all stop using cars for a few days,” Antonelli said.

Life Cycles exhibitionLife Cycles exhibition
MoMA’s Life Cycles exhibition looks at design’s relationship with the ecosystem

And with much of the world currently in turmoil, whether from the climate emergency or other human-driven disasters and wars, she thinks there is more of a willingness to take these questions seriously.

“There are so many tragedies that are happening in the world right now, there’s no respite, but I feel like it brings everybody more on an alert kind of attitude,” she said.

“So I feel that the climate emergency is considered with more seriousness because it undergirds many of the other crises.”

“Our task is to leave the planet in a better condition”

While Antonelli doesn’t think humans can design our way out of our own extinction, she believes design can play an important role in slowing the decline.

“Slowing the decline is very, very positive; I am very positive,” Antonelli said.

“Even though – as I was saying at the time of Broken Nature – I believe we will become extinct, we have a little bit of control on the when and a lot of control on the how,” she added.

“I’m optimistic that we can be dignified, responsible, and compassionate towards other people, towards other species and towards the planet.”

“And that is our task. Our task is not to live forever. Our task is to leave the planet in a better condition than we found it, or at least as good as possible.”

The exhibition photography is courtesy of MoMA.

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