Engineers + Architects

14 Wall Street
New York, NY 10005
(212) 505 1133

General Information

Career Opportunities


    Please contact us if you think our professional services can be of value to you.


    Email Address*

    Phone No.

    Preferred Method of Contact


    Company Address





    Please provide proposals for Local Law 11 (FISP) Critical Examination(s) at the following addresses:

    Attach Files
    Attach multiple files if necessary, 10MB limit.

    Newsletter Signup

    SuperScript is a quarterly newsletter from SUPERSTRUCTURES. Founded in 1981, we are a firm of architects, structural engineers, and conservators dedicated to the art and science of exterior restoration.


      Facades / Cladding

      The spectrum of solutions for facade problems runs from cautious observation to total replacement. The large middle ground between these two extremes involves a variety of repair materials and techniques. As practitioners of the art and science of exterior restoration, SUPERSTRUCTURES specializes in selecting the optimum facade restoration path.

      The great American architect, Louis Kahn, said that before designing a brick building, he’d ask the brick, “What do you want to be?” The brick would answer, “I want to be an arch.” From Roman times until fairly recently—including many of Kahn’s buildings—bricks got their wish. But during the past century, bricks have rarely gotten to be an arch, or even a solid wall.

      Instead, bricks are supported on steel shelf angles, sharing their space with flashing, metal anchors, and weep vents. Often, bricks barely get to be bricks—they’re glazed or cored, or used as a single 3 – 5/8″ thick veneer.

      New York City has thousands of buildings, in a variety of architectural styles, constructed over a span of two centuries, in which brick, stone, terra cotta, metal, glass, and concrete have been used alongside one another.

      These materials have different physical characteristics: strengths, moduli of elasticity, coefficients of thermal expansion, and porosities. They expand, contract, and move differently, but must be fastened together to form an assembly that resists imposed loads while keeping air and water out. Inevitably, these systems succumb to the city’s environment—a rare combination of freeze / thaw cycling and a saline coastal environment.

      View representative projects…