Description
By closing the gap between conceptual design and the documentation required for construction, building information modelling (BIM) promises to revolutionise contemporary design practice. This issue of AD brings together a group of pioneering academics, architects, engineers and construction managers all of whom are engaged in the use of building information models in the actualisation of complex building projects, from design stage to construction. Key texts trace the development of building information modelling technologies and address issues of collaboration, design and management, while featured projects systematise the use of BIM in contemporary design practice for students and professionals alike faced with considering these tools within the changing marketplace.
About the Author
Richard Garber is an assistant professor at the New Jersey School of Architecture (NJSOA), where he teaches design studios and directs the school's FABLAB. His work involves the use of computer simulation and computer numerically controlled (CNC) hardware in the generation of innovative design, construction and assembly solutions. In 2007 his practice, GRO Architects, won the Lower Manhattan Cultural Council's re:Construction Competition. The resulting work, Best Pedestrian Route, was fabricated at NJSOA's FABLAB and was installed at the corner of Broadway and John Street in Lower Manhattan. In 2008 GRO won an AIA Merit Award and a NY Designs Award from the Architectural League of New York for these efforts. He was also the 'Emerging Architect' Visiting Assistant Professor at Barnard College in 2007, with Nicole Robertson. He was previously a project manager at SHoP Architects, where he worked on the firm's 2000 winning PS_1 entry, Dunescape, and at Greg Lynn FORM where he worked on the Presbyterian Church of New York. His writing and design work has been published in the New York Times, the Star Ledger, The Architect's Newspaper, Azure, Art News, Metropolis and Architectural Record. He holds architecture degrees from Rensselaer Polytechnic Institute and Columbia University. www.groarc.com
Book Information
ISBN 9780470998205
Author Richard Garber
Format Paperback
Page Count 144
Imprint Academy Press
Publisher John Wiley & Sons Inc
Weight(grams) 590g
Dimensions(mm) 272mm * 208mm * 10mm
*Covers a core area of technological development: BIM systems that span the gap between the design, manufacturing and construction processes.
*Key contributions from: Chuck Eastman, Cynthia Ottchen and Dennis Shelden of Gehry Technologies.
*Features work by: Asymptote, Greg Lynn FORM, KieranTimberlake, Morphosis and SHoP Architects.
About the Author
Richard Garber is an assistant professor at the New Jersey School of Architecture (NJSOA), where he teaches design studios and directs the school's FABLAB. His work involves the use of computer simulation and computer numerically controlled (CNC) hardware in the generation of innovative design, construction and assembly solutions. In 2007 his practice, GRO Architects, won the Lower Manhattan Cultural Council's re:Construction Competition. The resulting work, Best Pedestrian Route, was fabricated at NJSOA's FABLAB and was installed at the corner of Broadway and John Street in Lower Manhattan. In 2008 GRO won an AIA Merit Award and a NY Designs Award from the Architectural League of New York for these efforts. He was also the 'Emerging Architect' Visiting Assistant Professor at Barnard College in 2007, with Nicole Robertson. He was previously a project manager at SHoP Architects, where he worked on the firm's 2000 winning PS_1 entry, Dunescape, and at Greg Lynn FORM where he worked on the Presbyterian Church of New York. His writing and design work has been published in the New York Times, the Star Ledger, The Architect's Newspaper, Azure, Art News, Metropolis and Architectural Record. He holds architecture degrees from Rensselaer Polytechnic Institute and Columbia University. www.groarc.com
Book Information
ISBN 9780470998205
Author Richard Garber
Format Paperback
Page Count 144
Imprint Academy Press
Publisher John Wiley & Sons Inc
Weight(grams) 590g
Dimensions(mm) 272mm * 208mm * 10mm
