Architectural design
Award-winning Wesleyan University Restoration Designed in ArchiCAD Award-winning Wesleyan University Restoration Designed in ArchiCAD |
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| Monday, 12 November 2007 | |
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Boston, November 13, 2007 - Boston-based Robert Olson + Associates recently won an AIA New England 2007 Design Excellence Award for a project that restores and links Wesleyan University's two hallmark buildings, the Memorial Chapel and Patricelli '92 Theater. The $22 million project rejuvenated and modernized the deteriorated historic buildings and integrated them with a new transparent pavilion uniting the two gothic buildings. The pavilion entry unites the structures to create a center for theater, music, worship and teaching at the historic center core of the campus. As the AIA jury described it, "It is restrained but elegant, very appropriately scaled, very handsome. The sum is greater than the parts and makes the trio of buildings much stronger."
The new Pavilion also houses building systems for both of the historic buildings and an accessible path from the campus to all levels of both buildings. Locating all systems and audience services outside the historic buildings enabled excellent interior performance spaces. Glass as the primary building material enabled a consistent contrast with the historic structures. It also displayed-in ways historic buildings cannot-the center's activities: audiences, exhibitions and campus events. The AIA Awards program recognizes design excellence by New England architects. The award winners were announced, and their projects featured, at the AIA New England Annual Conference in New Canaan, Conn., earlier this month. About Graphisoft"The best way to predict the future is to invent it," Alan Kay. Graphisoft is the pioneer and leader in developing Virtual Building™ solutions. It is widely acknowledged as the world's #1 supplier of model-based software and services for the building industry. Our clients are at the forefront of the industry - delivering projects that are better designed, more predictable to construct and less expensive to operate.
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