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part of the platforms protected from the elements by platform width canopies, but the tracks were not covered. This arrangement is typical of New York elevated stations, but often resulted in a drenching experience for boarding crowds caught in a sudden summer squall. The new train shed, with structural engineering by Jacobs Engineering Group, covers the major part of all four platforms with a multiple-arched canopy evocative of European railway stations. The architectural firm of Kiss + Cathcart designed the triple-vaulted canopy as a glass and steel structure using a panelized construction system of semi-transparent photovoltaic panels. The novel provision of these solar modules will function both as enclosure and a source of renewable energy for the station.
The new station is to open in 2004.
*     *     *
For their invaluable help in preparing this article, we wish to thank:

John di Domenico, AIA, Andrew Berger, AIA, ASLA
and Richard Alomar, ASLA, of
di Domenico + Partners, LLP

Colin Cathcart, AIA, and Betsy Seder, of Kiss + Cathcart, Architects

Tony Daniels, AIA
, of Jacobs Engineering Group
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NEW
STILLWELL AVENUE
TERMINAL
PROJECT CREDITS

METROPOLITAN
TRANSPORTATION
AUTHORITY /
NEW YORK CITY TRANSIT

Michael Kyriacou, PE
Lead Design Manager
Fazla Hassan
Project Manager
Michael Proto
Assistant Design Manager
Uday Durg
Lead Construction Manager
SHPO & Art Commission Coordination
Hollie Wells
Administrative Project Manager
STATION HOUSE
AND ENTRANCE

Parsons
Structural, Civil Engineers
di Domenico & Partners, LLP
Architecture,
Historic Preservation
Chu & Gassman
Mechanical Electrical and HVAC
HAKS Engineers, P.C.
Survey

PLATFORMS
AND TRAIN SHED


Kiss + Cathcart Architects
PV System Design and Architecture
Jacobs Engineering Group Structural Engineering and Architecture
Domingo Gonzales Associates
Lighting Design
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©2003 The Composing Stack Inc. ©2003 Paul Matus
Updated May 5,  2003