Nicholas Goldsmith

Nicholas Goldsmith is a Senior Principal at FTL Design & Engineering Studio since 1978. Prior to joining the firm, he was a designer at Atelier Frei Otto in Stuttgart, Germany. He is a member of the College of Fellows of the AIA, the IASS, and former Chairman of the Lightweight Structures Association.

Nicholas Goldsmith was in charge of design for many of FTL’s projects, including the award winning Russell Aitken Seabird Aviary at the Bronx Zoo, the award winning DKNY Headquarters Building in New York, and the MOMRA Recreation Center in Saudi Arabia. In addition, he designed the Carlos Moseley Music Pavilion for the Metropolitan Opera and NY Philharmonic a deployable concert facility, traveling to all NYC’s parks.

Nicholas Goldsmith has designed exhibitions including “Under the Sun” an exhibition on solar energy for the Cooper-Hewitt, National Design Museum in NY and Smithsonian Institution in ‘98 and ‘99, a worldwide traveling interactive exhibition for the United Nations (UNFPA), and an exhibition for Material Connexion on “Tensions in Architecture”.

He has been featured in innumerable publications including an Architectural Monograph titled: FTL: SOFTNESS, MOVEMENT & LIGHT, published by Academy Editions in 1998, and the entire May 1995 Interiors Magazine.

Nicholas Goldsmith’s academic experience includes Adjunct Professor at the University of Pennsylvania from 1990 to 2004 and the 2001 Visiting Professor in Innsbruck, Austria. He was a visiting Professor at the Pratt School of Architecture from 1992 through 1997 and a wide range of international lectures and teaching in the US, the UK, Germany and South America.

Ron Van Sluijs

With a background in Architectural Engineering and training in Europe Ron has particular skills in the structural aspects of architecture, including designs of bespoke roofs and facades, long span structural design and analysis and construction detailing.

Throughout his architectural career, Ron has managed the architectural development and documentation of a variety of large scale buildings including sports stadia, multipurpose arenas, convention centers, airport terminals, subway stations and a number of office blocks.

Ron was the Project Architect for the innovative Forsyth Barr Stadium in Dunedin, New Zealand - the world’s only stadium with a natural grass pitch growing under a fully fixed roof. This project has been made possible through the use of ETFE - A transparent polymer originally developed for the space industry, to clad the stadium’s roof and facades.

He was the Project Architect for the Manila Arena in the Philippines, which is the world’s largest enclosed arena, with a capacity of 50,000, as well as the Taipei Dome - a baseball stadium which forms part of a large commercial mixed use development in Taiwan.

Nicholas Goldsmith is a Senior Principal at FTL Design & Engineering Studio since 1978. Prior to joining the firm, he was a designer at Atelier Frei Otto in Stuttgart, Germany. He is a member of the College of Fellows of the AIA, the IASS, and former Chairman of the Lightweight Structures Association.

Nicholas Goldsmith was in charge of design for many of FTL’s projects, including the award winning Russell Aitken Seabird Aviary at the Bronx Zoo, the award winning DKNY Headquarters Building in New York, and the MOMRA Recreation Center in Saudi Arabia. In addition, he designed the Carlos Moseley Music Pavilion for the Metropolitan Opera and NY Philharmonic a deployable concert facility, traveling to all NYC’s parks.

Nicholas Goldsmith has designed exhibitions including “Under the Sun” an exhibition on solar energy for the Cooper-Hewitt, National Design Museum in NY and Smithsonian Institution in ‘98 and ‘99, a worldwide traveling interactive exhibition for the United Nations (UNFPA), and an exhibition for Material Connexion on “Tensions in Architecture”.

He has been featured in innumerable publications including an Architectural Monograph titled: FTL: SOFTNESS, MOVEMENT & LIGHT, published by Academy Editions in 1998, and the entire May 1995 Interiors Magazine.

Nicholas Goldsmith’s academic experience includes Adjunct Professor at the University of Pennsylvania from 1990 to 2004 and the 2001 Visiting Professor in Innsbruck, Austria. He was a visiting Professor at the Pratt School of Architecture from 1992 through 1997 and a wide range of international lectures and teaching in the US, the UK, Germany and South America.

With a background in Architectural Engineering and training in Europe Ron has particular skills in the structural aspects of architecture, including designs of bespoke roofs and facades, long span structural design and analysis and construction detailing.

Throughout his architectural career, Ron has managed the architectural development and documentation of a variety of large scale buildings including sports stadia, multipurpose arenas, convention centers, airport terminals, subway stations and a number of office blocks.

Ron was the Project Architect for the innovative Forsyth Barr Stadium in Dunedin, New Zealand - the world’s only stadium with a natural grass pitch growing under a fully fixed roof. This project has been made possible through the use of ETFE - A transparent polymer originally developed for the space industry, to clad the stadium’s roof and facades.

He was the Project Architect for the Manila Arena in the Philippines, which is the world’s largest enclosed arena, with a capacity of 50,000, as well as the Taipei Dome - a baseball stadium which forms part of a large commercial mixed use development in Taiwan.

The name Frei Otto (1929-2015) is synonymous with the evolution and development of lightweight structures. Otto exerted a huge influence on the industry by way of his visionary creative concepts, exquisite soap-film and other 3D models and, of course, his completed structures.

Otto was born in Berlin in 1925 and studied architecture there, before serving as a fighter pilot in World War II. The ravages of war created an enormous housing shortage in Germany and Otto considered using tents as a temporary solution. While visiting the USA in the early 1950s he was inspired by the construction of the cable-net roof at the State Fair Arena in Raleigh N.C.

Otto began his architectural practice in 1952. His early hypar or saddle-shaped stressed canvas tent for the music pavilion at the 1955 Federal Garden Exhibition in Kassel brought him considerable attention. He worked alongside the tent-maker Peter Stromeyer, and together they took the art of tent-making to a new level. No longer did tents consist of planar panels. Instead, the surfaces were made from strips, each cut to different patterns to reflect the end-3D shape and the stresses in the structure.  Many contemporary outdoor stage coverings use a variant of this doubly-curved stressed tensile form.

LSAA 2016 Conference and Design Awards

Theme: Design Beyond the Boundaries of Architects or Engineers

Melbourne from Thursday September 1st to Friday September 2nd 2016.

The Venue is at the Caulfield Campus of Monash University Faculty of Art, Design and Architecture (Link for Description)


We are developing a theme based on the evolution of lightweight structures with the particular influence of the remarkable German Engineer - Architect Frei Otto who passed away in 2015. He had a profound impact on the use of new structural forms and materials. His work covered cablenets, fabric structures, timber gridshells and he was, and still is, an inspiration for many.

The Conference team are working on inviting several eminent overseas and local speakers who have had direct contact with Frei to share their memories as well as reflect on the enormous contributions made to the design process. Frei Otto often "workshopped" projects around sketches and evolving physical models to arrive at geometric forms that suited the materials, technology and the design brief.

The LSAA is also planning to have a "mini-workshop" as part of the conference where participants can interact and be mentored by guest speakers whilst they work towards a design outcome for a lightweight tensioned fabric structure.

Aside from the central theme, the committee would welcome contributions from LSAA Members in particular. Some Guidelines for Authors can be found HERE

 

There is a wealth of material dealing with Frei Otto is now on the internet.

Some links include:

Below are a few of his early cablenet structures - The IL, German Pavilion at Montreal 67 Expo and Munich Olympic Stadium Structures. 
Photo credits: Peter Kneen

28,15,0,50,1
600,600,60,1,5000,1000,25,2000
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Munich Olympic Stadiums
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Physical model of the cablenet structure
German Pavilion Expo 1967
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Frei Otto developed the free form cablenet roof structure for the striking German Pavilion at the 1967 Montreal World Expo. There was a tensioned fabric skin suspended below the cable net.
German Pavilion Expo 1967
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Details of the acrylic sheets showing multiple rubber supports to the cablenet under. Large amounts of expansion and contraction in the sheets lead to a system of flexible rubber gutters between the sheets.
Munich Olympic Stadiums
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Munich Stadium Entrance Area
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Munich Stadium Entrance Area
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Munich Stadium Entrance Area
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Munich Swiming Complex
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Munich Olympic Stadiums
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Munich Stadium Entrance Area
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Frei Otto developed the free form cablenet roof structure for the striking German Pavilion at the 1967 Montreal World Expo. There was a tensioned fabric skin suspended below the cable net.
Expo 1967 Details
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Frei Otto developed the free form cablenet roof structure for the striking German Pavilion at the 1967 Montreal World Expo. There was a tensioned fabric skin suspended below the cable net.
German Pavilion Expo 1967
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Prior to the German Pavilion at Expo 1967, Otto developed a smaller cablenet structure featuring a high peaked central mast. It housed his Institute for Lightweight Structures
Frei Otto IL Building Stuttgart
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Frei further developed the free formed stressed cablenets for the stadia at the 1972 Munich Olympics. The cladding used large flat rectangular sheets of acrylic supported by flexible rubber pads above the cablenet.
Munich Olympic Stadiums
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The now familiar saddle shaped anticlastic stressed surfaces which resist both uplift and downward loads. Nowadays seen more with tensioned fabric structures
Munich Olympic Stadiums
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Munich Olympic Stadiums
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Mast details
Munich Olympic Stadiums
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Main stadium edge cable
Munich Olympic Stadiums
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Munich Olympic Stadiums
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There are a number of lightweight structures in and around Melbourne.

There are the roof structures at the major sports stadia - Tennis Centre (Rod Laver and Margaret Court Arenas), the Melbourne Cricket Ground (MCG), the Rectangular AAMI Stadium, the Etihad Stadium and the Southern Cross train station.

The Victorian Arts Centre Spire, the Sidney Myer Music Bowl and the nearby Aquatic Centre are other examples.

Smaller tensioned fabric structures can be found throughout Melbourne.

Here are a few examples (images will be added to over time - April 2016).

28,15,0,50,1
600,600,60,1,5000,1000,25,2000
90,300,1,50,12,25,50,1,70,12,1,50,1,1,1,5000
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