adjaye associates 130 william
CategoriesArchitecture

adjaye associates’ first skyscraper evokes fortress ruin in new york

now complete: new york’s modern ruin by adjaye associates

 

130 William stands completed in New York City‘s financial district, marking Adjaye Associates‘ first skyscraper. Designed as a rejection of the common glass tower, the architecture takes its inspiration from the industrial heritage of the city with its facade of rhythmic, arched windows and its hand-cast concrete skin — this way, the project evokes a ‘ruin’ in the city, proposing an alternative history of New York architecture. The building rises 800 feet and 66 stories above the city, and introduces 242 residences along with a luxurious collection of amenities and a welcoming public plaza at street-level. See designboom’s previous coverage here.

adjaye associates 130 williamimage © Ivane Katamashvili

 

 

a hand-cast concrete facade evokes the texture of lava rock

 

From the street, 130 William’s entrance plaza opens up as a lush public ‘pocket park,’ which Adjaye Associates designed as a quiet retreat from the density of the Financial District. This park is wrapped on three sides by the building’s custom hand-cast facade with its stack of arched windows. From here, visitors can observe the rich texture of the blackened concrete skin, cast to evoke the porous surface of lava rock, which is highlighted by refined bronze accents. The distinctive silhouette of large-scale arched windows are a reminder of the historic lofts that once defined the fabric of lower Manhattan.

 

This idea of making a ‘pocket park’ as an outdoor room for the city was the compelling part of the project for me,’ architect David Adjaye said during an opening celebration at 130 William.Making not just a condo but a piece of public infrastructure, a piece of the city, was really important.’

adjaye associates 130 william
image © Ivane Katamashvili

 

 

inside the airy residences

 

While Adjaye Associates designs its 130 William tower with a dark, fortress-like exterior, the team curated its interiors with a light and airy ambience. The 242 residences range from studios to four-bedroom units, and take shape with materials gathered from across the globe. With wide-plank white oak flooring and large, bronze-framed arched windows, the each residence is designed with open and spacious interiors and a meticulous attention to detail. The team at Adjaye Associates custom-designed all the residences’ burnished bronze fixtures and hardware — including all faucets, showerheads, accessories, and door handles — along with textiles and textural wallpaper.

adjaye associates 130 william
image © Ivane Katamashvili

 

 

sheltered loggias bring private outdoor space

 

Within the top ten floors of 130 William, Adjaye Associates fits the Penthouse and Loggia Residences, which feature spacious rooms and high ceilings ranging from 11 to 14 feet. These interiors seamlessly connect to expansive outdoor areas with breathtaking views. The Loggia terraces envelop these residences from one end to the other, offering substantial outdoor space starting at a height of over 600 feet. These distinctive residences are further enriched with exclusive touches, such as sink countertops and soaking tubs crafted from exquisite marble.

adjaye associates 130 william
a ‘pocket park’ is open for residents and the public alike | image © Dror Baldinger

 

 

the luxury amenities of 130 william

 

130 William presents an extensive range of lifestyle and wellness amenities spanning over 20,000 square feet. These offerings encompass a comprehensive health and wellness club featuring a luxurious infinity-edge spa pool, invigorating cold and hot plunge pools, a rejuvenating dry sauna, and tranquil massage rooms. Additionally, there is a cutting-edge fitness center with a terrace, a serene yoga studio, and a versatile basketball court. Residents can indulge in various entertainment facilities, including a private IMAX theater, one of just two in all of New York City. Indoor and outdoor lounges offer a chef’s catering kitchen, a club room, a golf simulator, and a children’s play space. 

adjaye associates 130 williamthe blackened, textural facade wraps the public park on three sides | image © designboom

 

 

For panoramic views across the city and beyond, a private rooftop observation deck crowns 130 William, situated almost 800 feet above ground level. Convenient services include a 24-hour attended lobby, a concierge service catering to personal needs such as reservations and theater tickets, as well as a pet spa. Additional amenities comprise bicycle storage, private storage options, and exclusive rooftop cabanas.

Reference

Angular basalt-clad house in Mexico
CategoriesArchitecture

Reims 502 places pool atop basalt-clad Mexican home

Local studio Reims 502 has unveiled an expansive residence in Querétaro, Mexico with warm walnut and dark basalt finishes and a rooftop pool and garden area.

Mexico-based designers Eduardo Reims and Andrea Maldonado, who work under the name Reims 502, completed the 1,000-square metre Casa Basaltica on a quarter-acre lot in 2023.

Angular basalt-clad house in Mexico
Warm walnut and dark basalt define the Mexican home

The house sits along a bike path that surrounds a lake. The challenge of the site was to create private interior space for the residents that did not sacrifice the view.

“The answer was simple,” the team told Dezeen, “Reverse the planting of the program compared to the neighboring houses.”

Walnut-clad rooms at house by Reims 502
Private, recreation and family spaces are located on the ground floor

All of the private, recreation and family spaces are located on the ground floor, creating a foundation that comprises the site’s entire buildable footprint.

Four suites are lined along one side of the property, creating a layered sawtooth transition with a screened porch that runs down the slanted edge of the trapezoidal house.

Casa Basaltica by Reims 502
Casa Basaltica sits on a quarter-acre lot

Movable shutters made out of thin basalt stone bars enclose the porch like blinds and serve as a thermal buffer that negates the need for air conditioning.

All of the public spaces – living room, dining room, kitchen and terrace – were placed on the top floor and arranged around a large garden and pool. The upper floor spaces are set back from the perimeter of the house on the park side to create another layer of privacy.

Rectilinear home and swimming pool by Reims 502
Reims 502 added a swimming pool to the garden

The service areas are located underground with a side courtyard for ventilation and natural lighting.

The home’s dark material palette is also a departure from the light-coloured schemas used for the neighbouring houses.

Dining table within home by Reims 502
Walnut also features on the interior

The exterior is clad in bands of durable, resilient basalt stone, arranged in thin vertical panels. The material changes where the facade steps back from the build line, trading stone for multi-toned walnut planks at the garage and the rounded corner entryway.

The walnut staves continue to the interior “creating an atmosphere of warmth and timelessness inside.”

The top-floor public zones have a walnut-wrapped colonnade that creates a transition from the garden to the interior and shades the floor-to-ceiling glass, which maintains the views out to the park.

In addition to the cross ventilation that cools the top floor areas, solar panels for water heating and energy generation as well as a water recycling system were implemented to “contribute to its overall sustainable performance,” the studio explained.

Movable shutters made from basalt
Movable shutters made out of thin basalt stone bars enclose the porch

Rather than departing from Querétaro’s vernacular architecture like Reims 502 did, Gestalt Associates took cues from the area’s colonial roots with light, airy spaces in a brick and concrete home nearby.

Other projects that have basalt elements on the facade include a holiday home in Hawaii by Walker Warner Architects.

The photography is by Ariadna Polo.


Project credits:

Architecture: Reims 502
Team: Eduardo Reims, Andrea Maldonado
Contractor: Ramon Campillo
Structure: Sergio Ruiz
Decoration: Mavi González

Reference

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CategoriesArchitecture

Infrastructuring Nature: Appropriating the Industrial Ruins of New York City

Architizer’s new image-heavy daily newsletter, The Plug, is easy on the eyes, giving readers a quick jolt of inspiration to supercharge their days. Plug in to the latest design discussions by subscribing. 

In his essay Nature, Infrastructure and Cities, Antoine Picon writes, “Before the rise of the environmental crises we now face, nature served as the support for infrastructures. Roads, bridges and canals were generally located in natural settings. However, in our contemporary technologically driven world, nature increasingly appears as a fragile entity that is itself in need of infrastructure support.”

New York has been the melting pot for architectural experimentation and innovation as well as the home to many industrial settings and infrastructures that are no longer operative. This, along with the more environmentally conscious approach architects are enforcing, has led to the appropriation of many of these settings fused with natural elements. These seven architectural projects showcase new, intuitive ways of “infrastructuring nature” by repurposing old industrial systems to create a “greener” New York City. As Antoine Picon points out, nature will never be prevalent in current metropolitan cities, nor will it be sustainable without artificial support. Nevertheless, the damage of overdevelopment is not irreversible as long as there are projects that recognize the hidden opportunities of these forgotten industrial ruins.


High Line

By James Corner Field Operations & Diller Scofidio + Renfro, Manhattan, New York, United States

Jury Winner, 2014, A+Awards, Concepts – Architecture + Light

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alt=How can an abandoned railroad be reused by the citizens of New York City? Connecting the Meatpacking District with the Hudson Railyards, 1.5 miles (2.5 kilometers) of elevated rail tracks have been transformed into the High Line project: a public park that stands as an agricultural oasis amidst the franticness of the big city. Prior to the project’s realisation, the deserted railroad had already been “reclaimed” by nature. Consequently, when James Corner Field Operations and Diller Scofidio + Renfro designed the High Line they celebrated these natural diversities, by employing the strategy of “agri-tecture”. Irregular paving patterns and planting beds form a series of asymmetrical pathways, allowing the people of New York to experience the city through a different, more impromptu, type of lens.


Terminal Warehouse

By COOKFOX Architects, Manhattan, New York, United States

alt= alt=Built in 1891, the Terminal Warehouse is an iconic post-industrial ruin of New York. No longer needing the traditional warehouse in West Chelsea district, the Terminal Warehouse is gradually being transformed into a collection of biophilic office spaces. As part of their design strategy, COOKFOX Architects have preserved the building’s historic architectural typology and used its masonry structure as an infrastructure for supporting a series of gardens and green terraces. Additionally, through a set of rail tracks, the Terminal Warehouse is directly linked with Hudson river. The disregarded railroad becomes an opportunity for reuse and is transformed into a pedestrian route that reestablishes the link between city and water.


Governors Island Park and Public Space

By West 8, Manhattan, New York, United States

Jury Winner, 2017, A+Awards, Public Park
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Photo by Iwan Baan

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Photo by Noah Devereaux

Infrastructure comes in all shapes and sizes. The Governors Island, located south of Manhattan, is a piece of land that has been repurposed countless times. From an unspoiled landscape to a military base to a hotel and racetrack, the island was expanded through artificial means to host a number of contradicting functions. Finally, in 2006, West 8 won the competition for creating a masterplan that transforms the island into a public destination and landmark. They designed a historic park, a plethora of public spaces and a large promenade that wraps around the island. Nowadays, Governors Island has formed a symbiotic relationship with the New York harbor, eventually becoming its natural extension.


F.R.E.D., Fostering Resilient Ecological Development

By Ennead Architects, Queens, New York, United States

Jury Winner, 2017, A+Awards, Unbuilt Masterplan

alt= alt=Located in a beach-front site in the Rockaways, the F.R.E.D. proposal introduces a new type of pairing between nature and infrastructure. Ennead Architects used the iconic Row House typology and the local sand dunes as the two components for designing a resilient infrastructure system. Their aim was to create a flexible strategy, which could be easily repurposed for other waterfront sites with the same characteristics and expand upon the research on “infrastructuring nature”.


Hunter’s Point South Waterfront Park

By SWA/Balsley & WEISS/MANFREDI Architecture/Landscape/Urbanism, Queens, New York, United States

alt="Hunter'sPoint-01" alt="Hunter'sPoint-02"For two hundred years, Hunter’s Point was a series of wetlands on the East river. Later on, the site was turned into an industrial hub and rail station. Eventually, it was diminished to a post-industrial ruin filled with decaying piers and steep landfills, inaccessible to the wider public. Finally, in 2018 it became one of the most transformative and ecologically driven projects in the city. A coastal park, a footbridge, a cantilevered overlook and even a landfill peninsula transformed what used to be an empty industrial site into an adaptable infrastructural system that reinvented the once iconic water edge.


Pier 35

By SHoP Architects, Manhattan, New York, United States

alt= alt=Enclosed by the Hudson and East rivers, the island of Manhattan is naturally surrounded by many raw, uninviting concrete piers. Fortunately, the Pier 35 proposal transformed one of these flat blocks of artificial land into a much needed esplanade project. Pier 35 is literary “infrastructuring nature”. It consists of a folded landscape that gradually slopes down to the surface of the water. Its crinkled form interacts with the varying tidal currents, while replicating the physical characteristics of the East river shoreline. Above the water, a series of landscape lawns, dunes and inclined plant-covered screens form pedestrian walkways filled with vantage points towards Brooklyn and Manhattan bridge.


The Dryline

By Rebuild by Design & BIG – Bjarke Ingels Group, Manhattan, New York, United States

Jury Winner, 2015, A+Awards, Masterplan

alt= alt=Also known as “The Big U,” this conceptual 10-mile-long (16 kilometer) protective ribbon around Manhattan was imagined in the wake of Superstorm Sandy. Ultimately, it was deemed unfit to respond to the challenging weather conditions that increasingly threaten the city. Subsequently, the Dryline is a project that redesigns lower Manhattan’s water edge, proposing a series of components that will aid to both the physical and social infrastructure requirements of the neighboring districts. More specifically, the project consist of a continuous protective element that also operates as playful street furniture, an elevated pathway and finally, a series of overarching greenways. In short, the Dryline project has essentially become the blueprint for effectively designing social as well as physical infrastructure strategies for coastal cities, providing new insights for “infra structuring nature” practices.

Architizer’s new image-heavy daily newsletter, The Plug, is easy on the eyes, giving readers a quick jolt of inspiration to supercharge their days. Plug in to the latest design discussions by subscribing. 

Reference

sealand architects' timber residence australis takes after noosa's traditional homes
CategoriesArchitecture

sealand architects’ australis takes after noosa’s traditional homes

Australis: a family home that opens to the australian bush

 

Australis House by Queensland-based sealand architects is designed to foster users’ family and friends connections and blend with the surrounding landscape of the Australian bush. The project allows for flexibility in the design to accommodate the changing requirements of the family’s living conditions. The concept follows a traditional character and draws from early Noosa building structures that present elegant roof forms and timber construction. Externally the facade applies materials such as local hardwood, stone, and metal roof sheeting that are relatively low maintenance and bushfire resistant.

 

The layout forms large central areas in the house for gathering, cooking, dining, and relaxing. The more intimate zones nestle at either end of the house. The architecture provides a strong connection to the surrounding landscape and responds to the local climate and lifestyle. Large sliding glass doors and windows set up in every room open onto the gardens and landscape beyond. The apertures allow natural light and ventilation throughout the interior.

sealand architects' timber residence australis takes after noosa's traditional homes
all images by David Chatfield and Emma Bourne

 

 

Australian hardwood, stone, concrete adorn the interior

 

Internally, the project primarily applies local hardwood, stone, concrete, and plaster. The design team‘s selection of robust materials provides a warm feel throughout and ease in maintenance and cleaning. The design references the farmhouse typology that characterizes the Noosa hinterland, traditionally made up of rural properties. Modeling on the typical layout of a central main house, that was surrounded by a series of smaller buildings, the architecture breaks up the structure into a series of smaller pavilions that follow the natural topography, and connect to the landscape. As the house is surrounded by Australian native forests, the bushfire risk is one of the principal challenges of the design. To reduce the risk, the flammable eucalyptus trees are removed from around the house and replaced with native rainforest plants that have higher water content and will create a natural bushfire buffer around the construction. 

sealand architects' timber residence australis takes after noosa's traditional homes
the design draws from early Noosa timber building structures

sealand architects' timber residence australis takes after noosa's traditional homes
traditional Queensland gable roofs and bushfire-resistant Australian hardwood cladding

sealand architects' timber residence australis takes after noosa's traditional homes
the large pool looking interacts with the natural surroundings

Reference

Glass canopy at buffalo museum
CategoriesArchitecture

Studio Other Spaces museum courtyard in “canopy of glass and mirrors”

Artist Olafur Eliasson and architect Sebastian Behmann’s firm Studio Other Spaces has created a sculptural work called Common Sky to enclose an open-air courtyard at the Buffalo AKG Art Museum.

Created as part of a renovation of the museum led by architecture studio OMA’s New York office, Common Sky is a massive glass and mirror canopy created from hundreds of overlapping mirror and glass panels.

The installation encloses an open-air courtyard in the 1962 modernist Seymour H Knox Building designed by American architect Gordon Bunshaft, which was largely unused.

Glass canopy at buffalo museum
Studio Other Spaces created a canopy to enclose a courtyard in a mid-century Buffalo museum

“Common Sky is a dynamic, sculptural statement that combines a geometric language and a playful, poetic approach,” said Studio Other Spaces (SOS) co-founder Olafur Eliasson.

“As an artwork, it sensitizes you to the world outside, to the surrounding environment of Buffalo.”

“It draws your attention to things that are difficult to measure, and to things that depend on emotion and on your active involvement.”

View of the canopy from under the canopy
The canopy is made of alternating glass and steels layered on top of each other with a steel frame

The canopy is made from alternating mirror and glass panels, with two layers supported by white-painted steel, giving the structure depth.

At the centre of the courtyard, the panels coalesce into a funnel that meets the ground at the place where a hawthorn tree once stood in order to reference the history of the space. This tree-like form also supports the structure so as to eliminate the need for an additional support system, keeping the canopy open.

The choice to use mirrors instead of having an all-glass canopy came from a desire to create an insulating effect for the canopy.

Close up view of panels
The glass panels reflect sunlight, minimising heat gain

The mirrors reflect sunlight away from the canopy, which minimises heat gain within the canopy and reduces the need for air conditioning.

Light coming through the alternating panels creates a play of glare and shadow on the stone floor of the space, which is lined by a covered veranda on two sides.

SOS said that the choice in material and form was chosen to keep the connection with the environment that existed with the courtyard through “non-classical architectural” while respecting the style of the Bunshaft design.

Museum exterior view
The new courtyard is accessible to the public

“The structure forms a unique design that takes into account all of the surrounding elements from the Buffalo AKG Art Museum, including the park, and neighboring buildings,” said SOS co-founder Sebastian Behmann.

“We created a site-specific artwork that amplifies the existing situation and combines it with the idea of a modern courtyard.”

The use of glass also mirrors the new museum building designed by OMA for the site, which is enveloped in a glass facade.

As part of the revamp of the museum, OMA also created a new entrance to the Seymour H Knox Building, so the public can access the courtyard from the adjacent Frederick Law Olmsted-designed Delaware Park.

The studio worked with engineer Herwig Bretis from ArtEngineering and Petersberg-based steel constructor Hahner Technik on the project.

Low-light view of the canopy
the canopy funnels down to the ground at the spot where a hawthorn tree once stood

Studio Other Spaces was founded in 2014 in Berlin by Behmann and Eliasson.

Its other works include an “anti-monument” consisting of several diverse buildings in Ethiopia and a colourful, conical glass pavilion for a winery in California.

The photography is by Marco Cappelletti and Studio Other Spaces.

Reference

These Terracotta Experts Are Redefining the Architectural Possibilities of an Ancient Material
CategoriesArchitecture

These Terracotta Experts Are Redefining the Architectural Possibilities of an Ancient Material

The One Rendering Challenge is now part of the Architizer Vision Awards, honoring the best architectural photography, film, visualizations, drawings, models and the talented creators behind them. Winners are published in print! Start your entry >

Great architecture marries function with aesthetics. Often, the expression of this negotiation between form and use plays out in materials, the many assemblies and combinations that define what we experience. Terracotta is a clay-based ceramic that can be glazed and has been used throughout history. But it wasn’t until the 19th century that the material began gaining new architectural applications outside roofing. With varying colors and textures depending on the type of clay, terracotta is now produced in a vast array of shapes, styles and varieties.

Shildan has become known for its rainscreens and terracotta products, which bring iconic and energy-efficient building façades to life. With over 300 institutional projects, they specialize in designing and engineering systems for high-performing facades. While a large majority of contemporary terracotta buildings include cultural institutions and arts facilities, the material can also be used in residential and commercial construction. Durable as it is beautiful, Shildan’s terracotta is used in contemporary architecture to redefine building envelopes in both rainscreens and cladding. Each of the following projects explores how Shildan rethinks terracotta and its application in diverse building types.


Mercy Corps Global Headquarters

By Hacker, Portland, OR, United States

Designed to teach and encourage visitors to engage with contemporary issues, the Mercy Corps building was built to exemplify a sustainable, community-focused approach. Doubling the size of the historic Portland Packer-Scott Building, the landmark project combined a green roof, with resource-friendly landscaping and a glass and terracotta envelope.

Certified LEED Platinum, the project uses the LONGOTON Terracotta Rainscreen Panels with extruded, double leaf, 1.6 inch (40 mm) panels. The panel has increased strength from a chain of internal I-beam supports. The panels were chosen because of their flexibility in being able to be incorporated in both horizontal and vertical support systems, as well as a flexible orientation in layout. The headquarters also includes the Action Center — a “window to the world” — featuring interactive exhibits that educate visitors about the changing nature of relief and development work.


NASA Langley Research Center – Headquarters Building

By AECOM, Hampton, VA, United States

For NASA’s Langley Research Center, a $23 million, 72,000-square foot administrative office building, AECOM provided full bridging architectural and engineering services for the headquarters. The building is conceptualized as a parallelogram on a triangular site with a two-sided entry at ground level linked by a continuous lobby. The southern entrance plaza links both through the lobby and around the building to the north plaza, which is oriented to the heart of the campus.

The headquarters building was required to achieve LEED-NC Gold certification but achieved LEED-NC Platinum certification, focusing on the reduction of operating and maintenance costs, energy efficiency, comfort for the occupants, and a low environmental impact. The project features the Shildan/Moeding ALPHATON Panel, an extruded, double leaf, 30 mm (1.18”) terracotta panel. The ALPHATON panels can be incorporated in both horizontal and vertical support systems, and they were used in the Langley project to for durability and to denote the change in building form.


NOAA Southwest Fisheries Science Center

By Multistudio, San Diego, CA, United States

For the design of the National Oceanic and Atmospheric Administration (NOAA)’s Southwest Fisheries building, the team partnered with the University of California San Diego to design a facility that would pay homage to a world-class site and create a sustainable building for environmental stewards of the ocean.

The Southwest Fisheries building takes advantage of the local microclimate while respecting the ever changing needs of the research scientists. The new facility continues the California-style legacy of an open architectural environment, and courtyards encourage interactions among researchers from different disciplines. Terracotta sun shades, green roofs, photo-voltaic panels, and a state-of-the-art 528,000 gallon ocean technology tank help this building rethink scientific building design.


UCLA Evelyn & Mo Ostin Music Center

By Kevin Daly Architects, Los Angeles, CA, United States

For this music center in Los Angeles ,the project includes a high-tech recording studio, spaces for rehearsal and teaching, a café and social space for students, and an Internet-based music production center. Music industry executive and philanthropist Morris “Mo” Ostin donated $10 million to UCLA for the music facility, now known as the Evelyn and Mo Ostin Music Center. Adjacent to the Schoenberg Music Building and the Inverted Fountain, the new structures provide faculty and students access to the latest advances in music technology, research and technology.

The design utilized Shildan’s Terracotta Baguette Sunscreen to provide subtle variation and add texture to a building. This was combined with the ALPHATON terracotta panel. Kevin Daly Architects utilized these materials and assemblies, as well as proposed a series of additions, subtractions, and modifications to the existing facilities that transformed the building into a dynamic complex that supports a new vision for music education at UCLA.


Lesley University, Lunder Arts Center

By Bruner/Cott & Associates, Inc., MA, United States

The Lunder Arts Center at Lesley was designed to be the new heart of the College of Art and Design. A center for art teaching and making, the campus is a crossroads for academic, artistic, and neighborhood communities. The terra-cotta and glass design foregrounds the site’s important historic church, initiating a dialog between 19th century religious and 21st century educational icons. An art gallery in the new glass building and a library in the historic church anchor the building at both ends; both are open to the public.

The complex is a transition from Porter Square’s large-scale industrial buildings to the smaller, finer-scaled residences and stores along the avenue. The scale and detail of the historic church inform the new building; terra cotta reflects back neighboring brick and clapboard. Registered for LEED Gold, the complex exceeds Cambridge’s strict new Stretch Energy Code. The project team used both the ALPHATON terracotta panel system, as well as Shildan’s Patinated Terracotta Rainscreen Panels.


Stephen M. Ross School of Business

By Kohn Pedersen Fox Associates, Ann Arbor, MI, United States

Key to the success of the design of the new Stephen M. Ross School building was relating the typical tiered classroom to group study spaces. To do so, the design team developed a model for early site planning studies to address the pedagogical needs of the school, which focused on assessing the capacity of existing buildings to accommodate new teaching spaces. Equally important was a sense of local identity, both for the building on the university campus and for distinct groups within the school.

Respect for the language and history of nearby buildings on campus had to be balanced with the goal of projecting a forward-looking image for the school. The new building meets these challenges set by the Ross School with an organization of elements around a central winter garden which opens directly to the street, providing a distinctive presence and a new “front door” for the school on the University of Michigan campus. Through both phases, glass, terracotta, and warm sandstone define the material vocabulary of the building. The mixture of textures offers smooth glass that is clear and fritted, machined terracotta, split-faced sandstone and water-jet finished granite to provide a contrast in color, texture and feel. Terracotta is the building’s most prominent material.

The One Rendering Challenge is now part of the Architizer Vision Awards, honoring the best architectural photography, film, visualizations, drawings, models and the talented creators behind them. Winners are published in print! Start your entry >

Reference

6 Colorful Public Spaces Painting the Urban Canvas
CategoriesArchitecture

6 Colorful Public Spaces Painting the Urban Canvas

Architizer’s new image-heavy daily newsletter, The Plug, is easy on the eyes, giving readers a quick jolt of inspiration to supercharge their days. Plug in to the latest design discussions by subscribing. 

Amidst the ever-changing urban landscapes characterized by towering structures and bustling streets, there is a captivating force that deserves attention: color. In these concrete jungles, color holds the key to turning ordinary public spaces into vibrant havens that capture the imagination and uplift the spirits of passersby.

From the soothing blues that bring tranquility to the energetic bursts of red that ignite passion, color plays a vital role in shaping our emotions. It’s no wonder that architects and urban planners are constantly on the lookout for new and innovative ways to harness its transformative potential.

In this article, we’ll showcase six inspiring use cases that celebrate the magic of color and serve as a testament to its ability to create dynamic and engaging environments. From China to Canada, these chromatic interventions will demonstrate how color breathes life into spaces and offers enjoyable experiences for all.


Songzhuang Micro Community Park

By Crossboundaries, Tongzhou, Beijing, China

Popular Choice, 2022 A+Awards, Architecture +Community

Situated in the vibrant art village of Songzhuang, this park was specifically designed to cater to the diverse needs of both artists and the local population. Color plays a pivotal role in capturing attention and creating an inviting atmosphere within the park.

Along with connecting various outdoor “rooms,” a yellow track serves as a visual link between different areas. This track not only physically connects the spaces but also injects vibrancy and dynamism into the overall design. The park incorporates colorful accents, such as a vivid yellow room for children’s play and alternating perforated grey brick walls with double layers of perforated Corten steel. Through strategic color choices, the Songzhuang Micro Community Park stands out as an exemplary well-designed public space that promotes well-being, social interaction and artistic engagement within the community.


POPCourts!

By Lamar Johnson Collaborative, Chicago, IL, United States

PopCourts is a vibrant pop-up park in Chicago’s Austin neighborhood that served as an outdoor haven during the pandemic. It exemplifies the transformative power of community, collaboration and innovative design in revitalizing underutilized spaces. Color plays a central role in PopCourts, reflecting the neighborhood’s energy and cultural identity. The bold color palette creates an engaging backdrop for community events. Divided into three zones, the park offers versatile spaces. The basketball court doubles as a community plaza, while the gravel drive hosts food trucks and vendors. The shaded lawn becomes a food court with seating. Artwork, including murals of influential figures and a Pop Art theme, unifies the space and celebrates the community’s history.


Paint Drop

By 100architects, Shanghai, China

The Paint Drop project is a visually captivating public space intervention that effectively utilizes color to create a noticeable, attractive and vibrant environment. The primary goal of the installation was to draw attention to a newly opened retail space and entice pedestrians to explore it. To achieve this, a tunnel of splashing color paint was designed as the central theme.

The installation features a series of interconnected catenary arches that span along the intended path, resembling paint dropping from above. As the arches reach the ground, vibrant splashes of color form functional seating features and resting areas. The immersive floor graphics further enhance the experience, creating an engaging and visually striking atmosphere. To add an interactive element, the arches are equipped with a lighting system that is triggered by movement sensors, illuminating flexible LED strips embedded within the arches as people pass by. This combination of dynamic colors, interactive lighting and playful design successfully transformed the area into a hotspot, attracting both children and adults and increasing pedestrian circulation in the desired location.


Face to Face | Tête à Tête

By PLANT Architect Inc, Toronto, Canada

The Face to Face/Tête à Tête project is a charming installation that creates a space for shared conversation along a 44-foot (13-meter) roadway. Featuring two remarkably long tables accompanied by continuous benches and surrounded by lush greenery, its design stands out. Yet, what truly distinguishes this project is its brilliant utilization of color.

The narrow room is adorned with captivating blue and orange tones, which not only make it noticeable but also infuse it with vibrancy and a sense of excitement. With the combination of these bold colors and projections, the installation manages to catch the eye, even amidst the bustling King Street. By purposefully incorporating color and visual elements, an intimate atmosphere is created within the busy surroundings, enticing people and intensifying the ongoing conversations. The design accommodates individual occupations as well as larger collective gatherings, making it an appealing and welcoming space for various activities, from co-working to simply enjoying the lively ambiance.


Puzzle Maze

By 100architects, Shanghai, China

As an urban intervention within an open-air Retail Street, the Puzzle Maze project aims to transform a privately-owned public space into an engaging and lively area. To create an innovative kids’ playground that surpasses traditional expectations, the marketing team of Life Hub @ Daning sought to turn a stagnant pedestrian street into an attractive and bustling space.

The installation is a gigantic puzzle designed as a walkable urban object, serving as both a game and an openly used urban element. The use of color in the maze adds vibrancy and excitement, capturing the attention of children and families. By employing a vertical design, the maze optimizes the limited space available and allows for proper circulation along the corridor. The colors utilized in the maze not only make it visually appealing but also contribute to its role as an interactive and engaging play area, inviting visitors to explore, interact and have a memorable experience.


Industry City Courtyard 5-6

By terrain-nyc, Brooklyn, Kings County, NY, United States

Once a cargo loading dock, this space within the historic manufacturing complex has been reborn as a vibrant and diverse landscape, breathing new life into the old factory. Serving as a vital public green space for over 600 creative businesses and the local community, Courtyard 5-6 stands apart from the surrounding buildings with its captivating colors and an array of design elements.

The landscaping boasts a spectrum of hues, infusing the space with energy and visual allure. A welcoming grove of Honey Locusts creates a bright and shaded area for outdoor dining and work. For performances, relaxation and children’s play, a flexible turf and timber bleacher space accommodates diverse activities. Additionally, a native forest with meandering walkways hides scenic vistas and offers secluded seating nooks. The deliberate use of color throughout the courtyard cultivates an inviting and visually stimulating environment, fostering social interaction and contributing to the overall revitalization of the site.

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climate-resilient great barrier reef house by JDA takes cues from surrounding marine life
CategoriesArchitecture

climate-resilient great barrier reef house by JDA takes cues from surrounding marine life

the house at lizard island by JDA Co.

 

Australian architecture practice JDA Co. constructs a climate-resilient residence on the rugged fringes of Queensland’s Great Barrier Reef. Located on Lizard Island, the project emerged from the client’s aspiration to build ‘the greatest reef house in the world’. Employing a design that harmonizes with the surroundings, the house showcases a resilient exterior crafted from board-formed concrete. This robust material protects against extreme weather conditions while maintaining a gentle impact on the environment. Perforated copper blades lining the exterior act as debris shields that can withstand powerful cyclonic winds synonymous with the reef location.

climate-resilient great barrier reef house by JDA takes cues from surrounding marine life
the house is located on the Lizard Island on the Great Barrier Reef | all images by Peter Bennetts

 

 

JDA introduces SITE-RESPONSIVE AND CLIMATE-RESILIENT design

 

In the challenging environmental context of its location, the construction of the house demanded ingenuity. Collaborating closely with the builder, JDA Co. (find more here) achieved a delicate balance between minimizing disturbance to the environment and creating a durable structure that stands the test of time.

 

The house is inspired by the rich geology and marine life on Lizard Island. The architectural plan is reminiscent of the stingrays. Narrow slit windows to the south and west act as ‘gills’ and are placed to direct prevailing breezes and allow the house to breathe on hot days. Every detail of the residence is meticulously crafted to create a shelter and a protective haven when needed. The exterior design seamlessly combines functionality and visual appeal with its robust concrete construction. This carefully chosen material ensures resilience in the face of the region’s winds, offering strength and stability. Enhancing the concrete exterior, perforated copper blades serve as dependable shields, capable of withstanding the strong winds that may arise.

climate-resilient great barrier reef house by JDA takes cues from surrounding marine life
the house is inspired by the rich geology and marine life on Lizard Island

 

 

360-degree views of the great barrier reef

 

A central, curved stairwell serves as the heart of the house, seamlessly connecting its levels. As users ascend the stairs, they can gaze upward to find an oculus, allowing them to track the sun and moon’s patterns. The house is completed by a roof terrace and spa, offering panoramic 360-degree views of the surrounding landscape. Each of the three bedrooms is individually designed to capture vistas of nearby and distant scenic locations.

 

To bring warmth to the residence and showcase the vibrant natural environment, Rosewood timber, and copper materials are utilized. A large curving Emerald Quartzite kitchen bench, reminiscent of a conch, adds a touch of subtle green tones that harmonize with the hues of the landscape and reef beyond. The material selection is deliberately restrained, allowing the surroundings to take center stage.

climate-resilient great barrier reef house by JDA takes cues from surrounding marine life
narrow slit windows to the south and west act as ‘gills’ directing breezes and allowing the house to breathe

 

 

JDA’s 3D LASER technology

 

To ensure the project harmoniously integrates with the landscape, it was crucial for JDA Co. to understand the challenging rock bed formation on-site. Before detailed design and construction, the design team utilized their in-house 3D laser technology, Spatial Ops, to explore, walk through, and seamlessly incorporate the landscape, even from off-site. This technology also documented the construction progress, accurately capturing building elements like the spiral stair formwork for contractors.

 

Fabricating most building elements off-site and shipping them to the island required a precise digital model, achieved through laser scanning. JDA’s experience on Lizard Island showcases the benefits of Spatial Ops technology, enabling the scanning of objects and places worldwide. It minimizes on-site time and facilitates data analysis within days of the site visit. The scanning technology and processes eliminate the need for travel to and from inaccessible locations, streamlining the entire project.

Reference

Hopkins House
CategoriesArchitecture

High-tech pioneer Michael Hopkins dies aged 88

Breaking news: RIBA Royal Gold Medal-winning architect Michael Hopkins, who was one of the early pioneers of high-tech architecture, has died aged 88.

Hopkins, who was one of the UK’s most influential architects, “died peacefully at the age of 88 surrounded by his family”, his wife Patty Hopkins told the Guardian.

A pioneer of high-tech architecture in the 1970s and 80s, Michael Hopkins along with Patty Hopkins, was responsible for some of the style’s most significant early works and developing the later historicist high-tech style.

“I first met Michael in the AA refectory – he was a tall, stylish, somewhat enigmatic figure,” said Patty Hopkins. “We worked together and shared a life with a beautiful family for 61 years. Michael was obsessive about architecture and tenacious in refining a design until he was absolutely satisfied with it.”

“He was usually (and annoyingly) right,” she continued. “He made the world – and the buildings so many people live work, and learn in – more beautiful. We will miss him more than we can imagine”.

Hopkins House
Hopkins House was an early influential building designed by Michael and Patty Hopkins. Photo courtesy of Historic England Archive

He was awarded the RIBA Royal Gold Medal, jointly with Patty Hopkins, in 1994. Projects designed by his studio have been shortlisted for the UK’s top architecturee award – the Stirling Prize – four times.

Influential buildings designed by Hopkins Architects include the industrial-looking Hopkins House, the Schlumberger Research Centre, Westminster Underground Station, Portcullis House and the Olympic Velodrome.

Born in Poole, Dorset, Michael Hopkins studied at London’s Architectural Association under tutors Cedric Price, Bob Maxwell and Peter Smithson, before joining Foster Associates (now Foster + Partners).

At Foster Associates he was the project architect for the highly influential Willis Building in Ipswich, before leaving to establish Hopkins Architects with Patty Hopkins in 1976.

The studio’s first project was Hopkins House in Hampstead. The stripped-back home, which combined glass and a modular framework of mass-produced components, was a translation of the industrial aesthetic being developed by the high-tech architects to a domestic scale. The couple would go on to live in the house their entire lives.

High-tech architecture: Anthony Hunt is the high-tech architect's engineer
The Schlumberger Research Centre was another early high-tech work. Photo courtesy of Historic England Archive

Following the Hopkins House, the studio continued to develop high-tech buildings throughout the 1980s including the Greene King warehouse in Bury St Edmunds, Patera Building System concept, Schlumberger Research Centre in Cambridge and Mound Stand at Lord’s Cricket ground in London.

In the 1990s, the studio developed the style to include more historical elements with Bracken House in London and Nottingham’s Inland Revenue Centre both incorporating brick and stone.

High-tech architecture guide: Portcullis House by Michael Hopkins
Portcullis House is an example of the later style

The development of historic high-tech culminated at Portcullis House alongside the UK Parliament, which was shortlisted for the Stirling Prize in 2001.

Hopkins Architects remains one of the UK’s largest studios and was shortlisted a further three times for the Stirling Prize in the 21st century for the Evelina Children’s Hospital, Olympic Velodrome and 100 Liverpool Street – all in London.

“With Michael the process was always intensely focussed and the conversation that led to the buildings always began as a voyage of discovery typically centred on establishing a sense of place, about how to make historic connections, how to put the materials together in an honest and contemporary way so that the building would appear calm and make immediate sense to the end user,” said  Hopkins Architects principal Michael Taylor.

“Nothing was ever taken for granted. It was a demanding and enlightening process and we all had great fun on the journey together. Whatever the demands of the moment Michael was always true to himself,” he continued.

“With this approach he changed the course of architecture in the UK and will be a point of reference across the profession long into the future. He was greatly respected both as an architect and as a person of integrity and we will all miss him enormously.”

The photography is courtesy of Hopkins Architects.

Reference

Low Energy, Big Views: OKALUX Reimagines Insulated Glazing
CategoriesArchitecture

Low Energy, Big Views: OKALUX Reimagines Insulated Glazing

Architizer’s new image-heavy daily newsletter, The Plug, is easy on the eyes, giving readers a quick jolt of inspiration to supercharge their days. Plug in to the latest design discussions by subscribing. 

Insulated glazing revolutionized architecture as we know it. Throughout history, windows let in light but also cold and heat. In the 1930s, a refrigeration engineer created the Thermopane window, featuring two panes of glass with a layer of air in between, it could better control temperature. From that moment on, architects began to utilize larger glazing, eventually creating the modern glass skyscrapers we see today.

Known for innovations in architecture and materials, OKALUX has been a leader in the glass manufacturing industry for more than 50 years. OKALUX originated from Heinrich Otto KG, a weaving and textile spinning company based in the South of Germany during the 1960s. Now headquartered in Marktheidenfeld, Germany, with an office in New York, OKALUX continues to redefine materials for a wide range of applications. They continue to develop and supply insulating glass for daylighting, shading and insulation. Featuring products that enhance the efficiency of facades and interiors, the following projects represent OKALUX glazing around the world. Together, they showcase how glazing can help make the most of light, reducing energy consumption and creating more comfortable places to live, work and unwind.


Des Moines Library

Designed by David Chipperfield Architects, Des Moines, IA, United States

As the centerpiece of the Des Moines Western Gateway Park urban renewal project, this public library was sited between the center of the city and a newly designed public park. As well as library facilities, the building contains a flexible activity space, education facilities, children’s play areas, a conference wing and a cafeteria. In plan, it responds to the orthogonal nature of the city blocks to the east while stretching out into the park to the west. This plan is extruded vertically with a glass-metal skin, which gives the building its distinctive appearance.

The triple-glazed panels incorporate a sheet of expanded copper mesh between the outer panes. The three-dimensional quality of the copper mesh reduces glare and solar gain, ensuring that views from the inside into the park are maintained at all times. The project uses OKATECH, an insulated glass unit. A wide variety of metal meshes can be placed within the glass cavity for a distinctive aesthetic. At the same time, the mesh faces the sun and screens out high solar gain.


Halley VI Antarctic Research Station

Designed by Hugh Broughton Architects and AECOM, Antarctica

Harkening back to the beginning of insulated glazing itself, the Halley VI Antarctic Research Station was designed for polar research. As the world’s first re-locatable research facility, it was constructed by Galliford Try for the British Antarctic Survey (BAS). The project aimed to demonstrate ground-breaking architecture characterized by a compelling concept, but also a structure that’s executed with careful attention to detail and coordination.

As the team explains, the Antarctic Research Station sought to push the boundaries of design in a life critical environment. The designers created a beacon for sustainable living in the Polar Regions to draw attention to some of the most significant science conducted on our planet. The central module accommodates the majority of the stations social areas; it consists of double height space with a large east-facing window made of OKAGEL. The insulating glass system features an inter-pane cavity filled with translucent Nanogel, a special noncrystalline solid.


Damesalen

Designed by MIKKELSEN Architects, Copenhagen, Denmark

Extending an existing university gymnastic hall with a testing laboratory, the Damesal project was designed with a new building on top. The project offered an opportunity to explore an architectural concept where the geometry of the additional floor is designed with a simple box shape in glass. The architectural and functional variation happens as the glass façade responds to the program and functions within the building. The building’s envelope embodies design and performance as a collaboration between the architect and the supplier of the customized glass solution.

Working closely with Dow Corning led to a strategy that deals with the local energy frame, and at the same time takes orientation and solar exposure into account. Both horizontal and vertical layouts were studied and calculated, as well as solutions integrating OKALUX components redirecting daylight while creating a level of shading. By positioning an insulating material in the cavity of the triple glazed units, there was an opportunity to experience the same material inside and outside.


Greenpoint EMS Station

Designed by Michielli + Wyetzner Architects, Brooklyn, NY, United States

The Greenpoint Emergency Medical Service (EMS) Station was designed as a two-story facility that supports FDNY ambulance crews and vehicles. The project was made with a strong, distinctive form occupying a prominent site in the rapidly developing neighborhood. The station’s requirements led to a four-part division of the facility. Because the space for housing vehicles called for a higher ceiling height than the rest of station, one side is taller than the other. This change organizes the building’s functions.

The first floor’s different ceiling heights create different levels at the second floor and that shift in levels repeats at the roof line. This shift and programmatic division is marked with a skylight extending from the front to the back of the building. The 90-foot-long, second-story translucent glass wall appears to float above the ground and contributes to the building’s strong identity. This works with the transparent staircase by OXALUX that connects the entrance to the second floor. It is framed by a glass façade with OKATECH Expanded Mesh. The aluminum inserts act as a design element while providing effective sun and glare protection.


David H. Koch Center, New York-Presbyterian Hospital

Designed by Pei Cobb Freed & Partners, New York, NY, United States

The Koch Center was designed to provide advanced integrative healthcare and complex outpatient services. Patient-centered and family-centered care is at the forefront of the building’s medical program, announced by a triple-height lobby that offers respite from the surrounding streets. Infusion and radiation oncology areas, as well as diagnostic imaging, typically found in basement areas, are located on upper floors. This gives patients and staff the benefit of natural light.

Functional and clinical program areas are set back from the building perimeter, so patients and families travel along light-filled corridors. This strategy also gives the curtain wall a consistent level of opacity across the facade, whose appearance subtly shifts in response to the changing light throughout the day. The curtain wall owes its rich architectural character to the OKALUX wood screen inserted into its triple-glazed assembly — the first such application on this scale — and to the undulating frit pattern applied to the inner surface of the outer pane.


Cité de l’Ocean et du Surf

Designed by Steven Holl Architects, Avenue de la Plage, Biarritz, France

SHA designed the Cité de l’Océan et du Surf museum to raise awareness of oceanic issues and explore educational and scientific aspects of the surf and sea. Centered around leisure, science, and ecology, the project was made in collaboration with Solange Fabião. The design includes the museum, exhibition areas, and a plaza, within a larger master plan. The building form derives from the spatial concept “under the sky”/“under the sea”.

A concave “under the sky” shape creates a central gathering plaza, open to sky and sea, with the horizon in the distance. The convex structural ceiling forms the “under the sea” exhibition spaces. This concept generates a unique profile and form for the building, and through its insertion and efficient site utilization, the project integrates seamlessly into the surrounding landscape. The project utilized KAPILUX by OKALUX, an insulating glass which incorporates a capillary slab within the glass cavity. This capillary slab is comprised of honeycombed, clear or white tubes.

Architizer’s new image-heavy daily newsletter, The Plug, is easy on the eyes, giving readers a quick jolt of inspiration to supercharge their days. Plug in to the latest design discussions by subscribing. 

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