Photo © Guillaume Blanc
Marc Fornes/TheVeryMany
Brooklyn, New YorkA small studio deploys computational design and digital fabrication to make inventive structures that define space.
details
At
first glance, the work of Marc Fornes, founder of Brooklyn-based Marc
Fornes/TheVeryMany, seems more like sculpture than architecture. His
geometrically complex pieces, developed through computational design and
fabrication, include museum installations, public art, and pop-up
environments. They appear to take their cues from natural forms
including those of crustaceans, plants, and wild animals. But Fornes,
who is a native of France but moved to New York in 2006 to work for
Skidmore, Owings and Merrill, insists that his approach is that of an
architect rather than a sculptor. TheVeryMany's formal language, he
says, is the product of exploiting curvature to make efficient
structures. “With each project, we are trying to produce space and
structure,” he explains. - See more at:
http://archrecord.construction.com/features/designvanguard/2013/1312-Marc-Fornes-TheVeryMany.asp#sthash.ZkVGP3lE.dpuf
Fornes's
objects are usually comprised of thousands of flat elements—hence the
name TheVeryMany. These are cut with a computer numerical control (CNC)
machine from sheets of aluminum and are held together with rivets to
form self-supporting skins. And, although they do not provide shelter in
the conventional sense, the finished works define space and are often
large enough to occupy. One example is Double Agent White, which Fornes
designed and built in 2012 while an artist-in-residence at the Atelier
Calder in Saché, France. Made of weblike aluminum surfaces describing
nine intersecting spheres, it is now at the FRAC Centre in Orléans
(record, October 2013, page 80), where visitors can walk under the
roughly 11-foot-tall canopy, 20 feet in diameter, and circulate around
its supporting “trunks.” - See more at:
http://archrecord.construction.com/features/designvanguard/2013/1312-Marc-Fornes-TheVeryMany.asp#sthash.ZkVGP3lE.dpuf
At
first glance, the work of Marc Fornes, founder of Brooklyn-based Marc
Fornes/TheVeryMany, seems more like sculpture than architecture. His
geometrically complex pieces, developed through computational design and
fabrication, include museum installations, public art, and pop-up
environments. They appear to take their cues from natural forms
including those of crustaceans, plants, and wild animals. But Fornes,
who is a native of France but moved to New York in 2006 to work for
Skidmore, Owings and Merrill, insists that his approach is that of an
architect rather than a sculptor. TheVeryMany's formal language, he
says, is the product of exploiting curvature to make efficient
structures. “With each project, we are trying to produce space and
structure,” he explains. - See more at:
http://archrecord.construction.com/features/designvanguard/2013/1312-Marc-Fornes-TheVeryMany.asp#sthash.ZkVGP3lE.dpuf
At
first glance, the work of Marc Fornes, founder of Brooklyn-based Marc
Fornes/TheVeryMany, seems more like sculpture than architecture. His
geometrically complex pieces, developed through computational design and
fabrication, include museum installations, public art, and pop-up
environments. They appear to take their cues from natural forms
including those of crustaceans, plants, and wild animals. But Fornes,
who is a native of France but moved to New York in 2006 to work for
Skidmore, Owings and Merrill, insists that his approach is that of an
architect rather than a sculptor. TheVeryMany's formal language, he
says, is the product of exploiting curvature to make efficient
structures. “With each project, we are trying to produce space and
structure,” he explains. - See more at:
http://archrecord.construction.com/features/designvanguard/2013/1312-Marc-Fornes-TheVeryMany.asp#sthash.ZkVGP3lE.dpuf
Photo © Guillaume Blanc
Marc Fornes/TheVeryMany
Brooklyn, New YorkA small studio deploys computational design and digital fabrication to make inventive structures that define space.
Photo © Guillaume Blanc
Marc Fornes/TheVeryMany
Brooklyn, New YorkA small studio deploys computational design and digital fabrication to make inventive structures that define space.
At first glance, the work of Marc Fornes, founder of Brooklyn-based Marc Fornes/TheVeryMany, seems more like sculpture than architecture. His geometrically complex pieces, developed through computational design and fabrication, include museum installations, public art, and pop-up environments. They appear to take their cues from natural forms including those of crustaceans, plants, and wild animals. But Fornes, who is a native of France but moved to New York in 2006 to work for Skidmore, Owings and Merrill, insists that his approach is that of an architect rather than a sculptor. TheVeryMany's formal language, he says, is the product of exploiting curvature to make efficient structures. “With each project, we are trying to produce space and structure,” he explains.
Fornes's objects are usually comprised of thousands of flat elements—hence the name TheVeryMany. These are cut with a computer numerical control (CNC) machine from sheets of aluminum and are held together with rivets to form self-supporting skins. And, although they do not provide shelter in the conventional sense, the finished works define space and are often large enough to occupy. One example is Double Agent White, which Fornes designed and built in 2012 while an artist-in-residence at the Atelier Calder in Saché, France. Made of weblike aluminum surfaces describing nine intersecting spheres, it is now at the FRAC Centre in Orléans (record, October 2013, page 80), where visitors can walk under the roughly 11-foot-tall canopy, 20 feet in diameter, and circulate around its supporting “trunks.”
Although Fornes has not yet completed any buildings, his projects nevertheless involve a host of practical, real-world concerns. For instance, TheVeryMany served as executive architect for a pop-up store at Selfridges in London that was the product of a collaboration between artist Yayoi Kusama and Louis Vuitton. Here, Fornes had to devise components that would be small and light enough to easily maneuver inside the department store, but also large enough to minimize the need for on-site assembly. The resulting environment, which features elements reminiscent of pumpkins or sea urchins perforated by Kusama's signature dots, represents a technical innovation, says Fornes. It is the first self-supported carbon-fiber shell used in a work of architecture.
Fornes and his team of five employees—all of whom are trained as architects—perform almost every stage of the work themselves. They take each project from conceptual design through development of fabrication files, and they ultimately assemble the pieces on-site. Only one step—the cutting and milling—is performed by others. This process, says Fornes, gives him tight control over the finished product.
TheVeryMany has begun to win more traditional types of architectural commissions: the firm was recently selected for an open-air theater in Columbia, Maryland, and has a house under construction in Fornes's hometown of Strasbourg. Fornes hopes that as his projects grow in size and complexity, there will still be opportunities to build smaller-scale pieces. These are the kinds of projects, he says, that allow him to keep testing new ideas in design and fabrication.
Photo © Guillaume Blanc
Marc Fornes/TheVeryMany
Brooklyn, New YorkA small studio deploys computational design and digital fabrication to make inventive structures that define space.
At first glance, the work of Marc Fornes, founder of Brooklyn-based Marc Fornes/TheVeryMany, seems more like sculpture than architecture. His geometrically complex pieces, developed through computational design and fabrication, include museum installations, public art, and pop-up environments. They appear to take their cues from natural forms including those of crustaceans, plants, and wild animals. But Fornes, who is a native of France but moved to New York in 2006 to work for Skidmore, Owings and Merrill, insists that his approach is that of an architect rather than a sculptor. TheVeryMany's formal language, he says, is the product of exploiting curvature to make efficient structures. “With each project, we are trying to produce space and structure,” he explains.
Fornes's objects are usually comprised of thousands of flat elements—hence the name TheVeryMany. These are cut with a computer numerical control (CNC) machine from sheets of aluminum and are held together with rivets to form self-supporting skins. And, although they do not provide shelter in the conventional sense, the finished works define space and are often large enough to occupy. One example is Double Agent White, which Fornes designed and built in 2012 while an artist-in-residence at the Atelier Calder in Saché, France. Made of weblike aluminum surfaces describing nine intersecting spheres, it is now at the FRAC Centre in Orléans (record, October 2013, page 80), where visitors can walk under the roughly 11-foot-tall canopy, 20 feet in diameter, and circulate around its supporting “trunks.”
Although Fornes has not yet completed any buildings, his projects nevertheless involve a host of practical, real-world concerns. For instance, TheVeryMany served as executive architect for a pop-up store at Selfridges in London that was the product of a collaboration between artist Yayoi Kusama and Louis Vuitton. Here, Fornes had to devise components that would be small and light enough to easily maneuver inside the department store, but also large enough to minimize the need for on-site assembly. The resulting environment, which features elements reminiscent of pumpkins or sea urchins perforated by Kusama's signature dots, represents a technical innovation, says Fornes. It is the first self-supported carbon-fiber shell used in a work of architecture.
Fornes and his team of five employees—all of whom are trained as architects—perform almost every stage of the work themselves. They take each project from conceptual design through development of fabrication files, and they ultimately assemble the pieces on-site. Only one step—the cutting and milling—is performed by others. This process, says Fornes, gives him tight control over the finished product.
TheVeryMany has begun to win more traditional types of architectural commissions: the firm was recently selected for an open-air theater in Columbia, Maryland, and has a house under construction in Fornes's hometown of Strasbourg. Fornes hopes that as his projects grow in size and complexity, there will still be opportunities to build smaller-scale pieces. These are the kinds of projects, he says, that allow him to keep testing new ideas in design and fabrication.
Photo © Guillaume Blanc
Marc Fornes/TheVeryMany
Brooklyn, New YorkA small studio deploys computational design and digital fabrication to make inventive structures that define space.
At first glance, the work of Marc Fornes, founder of Brooklyn-based Marc Fornes/TheVeryMany, seems more like sculpture than architecture. His geometrically complex pieces, developed through computational design and fabrication, include museum installations, public art, and pop-up environments. They appear to take their cues from natural forms including those of crustaceans, plants, and wild animals. But Fornes, who is a native of France but moved to New York in 2006 to work for Skidmore, Owings and Merrill, insists that his approach is that of an architect rather than a sculptor. TheVeryMany's formal language, he says, is the product of exploiting curvature to make efficient structures. “With each project, we are trying to produce space and structure,” he explains.
Fornes's objects are usually comprised of thousands of flat elements—hence the name TheVeryMany. These are cut with a computer numerical control (CNC) machine from sheets of aluminum and are held together with rivets to form self-supporting skins. And, although they do not provide shelter in the conventional sense, the finished works define space and are often large enough to occupy. One example is Double Agent White, which Fornes designed and built in 2012 while an artist-in-residence at the Atelier Calder in Saché, France. Made of weblike aluminum surfaces describing nine intersecting spheres, it is now at the FRAC Centre in Orléans (record, October 2013, page 80), where visitors can walk under the roughly 11-foot-tall canopy, 20 feet in diameter, and circulate around its supporting “trunks.”
Although Fornes has not yet completed any buildings, his projects nevertheless involve a host of practical, real-world concerns. For instance, TheVeryMany served as executive architect for a pop-up store at Selfridges in London that was the product of a collaboration between artist Yayoi Kusama and Louis Vuitton. Here, Fornes had to devise components that would be small and light enough to easily maneuver inside the department store, but also large enough to minimize the need for on-site assembly. The resulting environment, which features elements reminiscent of pumpkins or sea urchins perforated by Kusama's signature dots, represents a technical innovation, says Fornes. It is the first self-supported carbon-fiber shell used in a work of architecture.
Fornes and his team of five employees—all of whom are trained as architects—perform almost every stage of the work themselves. They take each project from conceptual design through development of fabrication files, and they ultimately assemble the pieces on-site. Only one step—the cutting and milling—is performed by others. This process, says Fornes, gives him tight control over the finished product.
TheVeryMany has begun to win more traditional types of architectural commissions: the firm was recently selected for an open-air theater in Columbia, Maryland, and has a house under construction in Fornes's hometown of Strasbourg. Fornes hopes that as his projects grow in size and complexity, there will still be opportunities to build smaller-scale pieces. These are the kinds of projects, he says, that allow him to keep testing new ideas in design and fabrication.
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