Design & Construction Management: A Division of Facilities & Campus Services

Physical Sciences Building
Physical Sciences Building

Project Description

The project includes construction of a new Physical Sciences Building, housing laboratory and office space - the PSB; relocation and rehabilitation of the West Experiment Station laboratory structure - the WES; renovation and expansion of the existing loading dock at the Lederle Graduate Research Tower; and related site and utility work.

The PSB will be seeking LEED Silver certification. 

The project will provide labs, lab support, and offices for 20 faculty (9 chemists and 11 physicists) and approximately 130 bench positions. The building will include 44,255 nsf, consisting of lab and lab support space, offices/conference space, and building support.

The site for the PSB is referred to as 'the West Experiment Station (WES) site.' This site was selected primarily for its proximity to the Chemistry and Physics departments in the neighboring buildings. The site occupies approximately 100,000 square feet and is bounded to the north by the Lederle Graduate Research Center (LGRC), to the west by Goessmann, to the east by North Pleasant Street, and to the south by the proposed pedestrian walkway known as 'Ellis Way.'

The PSB is planned to be approximately 82,500 gsf of new construction on three levels. The building will have a basement, accommodating physics laboratories with high bay capacity sitting on foundations that will telegraph very low levels of vibration.

The PSB program includes a flexible planning module that can accommodate a wide range of research pedagogies including Physics Laboratories, Computational Laboratories, and Synthetic Chemistry Research Laboratories. The interior labs will be designed to provide the greatest possible degree of flexibility. Building systems will be delivered to each floor via 'bookend' shafts located at the west and east ends of the labs to allow for 135 feet of flexible space that can easily be reconfigured many times over the life of the structure. Office spaces and lab support spaces will closely adjoin each other to enable free flow of activity and personnel.

West Experiment Station

In order to make more effective use of the PSB's site, the WES has been dismantled and reconstructed about 20 feet to the south and 65 feet to the west and placed on a new deeper foundation.

Connection to the PSB will enable WES to become accessible on 2 of its 3 levels and increase its usable space by more than 50%. This link connection will accommodate accessibility and infrastructure requirements for WES that would otherwise have been required within WES, which would have caused alterations to its structure and appearance. The building is being reconstructed, including new utility connections, seismic upgrades, exterior envelope stabilization, and new building systems and finishes. The 12,300 gsf structure will house offices for the Physics faculty and graduate students, whose labs will be located in the PSB.

As part of its rehabilitation, the exterior of WES is being preserved to the extent possible. Materials that are too deteriorated to salvage are being replaced in kind to the extent possible.  New construction will not replicate, but rather complement the historic character of the building.

New mechanical, electric, plumbing, and fire protection infrastructure, as well as new weatherproofing and insulation, are being carefully integrated into the building and concealed from view.

Phased Construction

Construction is being accomplished in phases.  The first two phases, running from March 9 to June 30, 2015, and June 1 to October 31, 2015, respectively, covered preliminary utility construction and upgrades in the area; a third phase, from July 1 to October 31, 2015, involved abatement, selective demolition and dismantling to allow for the relocation and reconstruction of West Experiment Station; and the final fourth phase, begun in November, 2015, and ending in April, 2018, will be for the reconstruction of WES and the construction of the PSB itself.