Profile> John D. Cerone & Hashim Sulieman of SHoP Construction

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Wednesday, February 1, 2012
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John D. Cerone (left) and Hashim Sulieman (right).

John D. Cerone (left) and Hashim Sulieman (right).

On Feburary 17, John D. Cerone and Hashim Sulieman of SHoP Construction will lead Computational Design & 4D Sequencing, a workshop focusing on parametric modeling as part of DAY 2 of COLLABORATION, a conference on facades and fabrication sponsored by The Architect’s Newspaper.

John is a Virtual Design & Construction Coordinator and a member of the Advanced Technology Group at SHoP Construction; specializing in Building Information Modeling (BIM), he has helped SHoP develop its technology and process, and served as an Adjunct Professor at the Parsons New School for Design teaching BIM and digital representation. John received his Bachelor of Arts degree from the School of Architecture at Miami University in Oxford, Ohio (2002), and his Master of Architecture degree from the Graduate School of Architecture, Planning and Preservation at Columbia University (2008).

Hashim is a Virtual Design and Construction Manager at SHoP Construction and a member of the Advanced Technology Group. His work at SHoP has focused on implementation of parametric models, BIM, and direct-to-fabrication technology. Hashim has worked at SOM as a Digital Design Specialist and as an Adjunct Assistant Professor at Columbia University’s Graduate School of Architecture, Planning, and Preservation’s C-BIP project.

SHoP Construction is behind the under-construction Barclay’s Center and Atlantic Yards development site in Brooklyn. The stadium is clad in an undulating steel and glass enclosure made up of 12,000 unique steel latticework panels; to facilitate installation, the firm developed a 4D construction sequencing model of the structure and facade that allows the project team to make informed decisions in real-time as the panels are installed.

The first session of their COLLABORATION workshop will focus on parametric modeling that allows design variability and tests the limits of form, and the second session will be a step-by-step guide to 4D construction sequence modeling. Software used will include Catia/Digital Project, Rhinoceros, Navisworks® Manage, Microsoft project, and Microsoft Excel. Register here.

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