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Constantine N. Papadakis Integrated Sciences Building: Leading the Way for Scientific Research

Integrated Sciences Building Rendering Integrated Sciences Building Biowall

Drexel University opened the doors to its new science building, Pennsylvania's newest landmark for scientific research and the future of integrated science, on Sept. 20, 2011. The $69-million Constantine N. Papadakis Integrated Sciences Building serves as the new home of Drexel's biology department and includes North America's largest living biowall, the only such structure at a U.S. university. The biowall, a 75-ft. high wall of plants, serves as a biological air filter, demonstrating Drexel's longstanding commitment to sustainability and progressive research.

"The form and function of the Papadakis Integrated Sciences Building have grown out of Drexel's commitment to environmental sustainability and biological science," said Drexel President John A. Fry. "This unique facility serves as a hub for some of Drexel's most important research and innovation, while responding to the demands of good campus stewardship."

The 150,000 square-foot building, located at 33rd and Chestnut Streets, was designed by world-renowned architects Diamond & Schmitt. It is expected to become Drexel's first building to achieve LEED certification by the U.S. Green Building Council, and is also anticipated to receive at least a 3 Green Globes rating from the Green Building Initiative.

The biowall, designed and installed by NEDLAW Living Walls and located in the atrium of the Papadakis Building, measures 75 ft. tall and 22 ft. wide and is five stories high. The plant installation was conducted by Parker Plants, who will also maintain the wall. Biowalls of this type were first introduced in Canada by Diamond & Schmitt Architects. The wall uses plants' natural respiratory properties to cool the indoor air in the summer and function like a humidifier in the winter. Contaminated air is drawn through the roots of the plants where microbes help to remove particulates and volatile compounds. At Drexel, professors and students will use the wall to examine its effect on the interior atmosphere and its potential health benefits for commercial and academic applications.

After choosing Toronto's Diamond & Schmitt Architects, Dr. Aleister Saunders, an associate professor in the College of Arts and Sciences, worked with the Toronto designer and H2L2, the local architects who oversaw construction. The value of their collaboration is visible throughout the building, including the 44 research and teaching laboratories for biology, organic chemistry, and biomedical engineering. Natural light fills all of the labs, and open spaces throughout the building encourage discussion and collaboration among researchers.

A transparent glass cylinder four stories high comprises small lounges or interactive "collaboratories" where students and faculty can network on the building's second, third, and fourth floors. "The essence of this structure -- a place for faculty and students to meet, to discuss ideas, and to be inspired -- is felt from the open atrium up to the elegant skylights. I am proud and excited to welcome our students into this new space," said Dr. Donna Murasko, dean of the College of Arts and Sciences.

In May 2009, Drexel's Board of Trustees unanimously approved naming the Integrated Sciences Building in honor of the late-president Dr. Constantine Papadakis for his legacy of innovation and excellence while serving as president from 1995 to 2009. The University community joined President Fry and the Papadakis family for the dedication ceremony of the Constantine N. Papadakis Integrated Sciences Building on September 20, 2011.

Financial Assistance Provided by the Commonwealth of Pennsylvania, Redevelopment Assistance Capital Program, Honorable Governor Edward Rendell.

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