Projects: Educational Institutions
Rutgers State University,
Busch Campus Student Center
East Brunswick, New Jersey
2008 American Concrete Institute Honorable Mention
Rutgers University redesigned the existing entrance of the Busch Campus Student Center in 2007, and Let It Grow came in as the General Contractor for the project. The project started with soil erosion control, earthwork and drainage. A custom designed black powder coated drain cover frame and grate was installed in the center of the plaza.
Surrounding the plaza, we built brick veneer walls and seat walls & supported them with poured in place concrete footings. The walls were created in a radial pattern from the center point in the plaza to give the entrance character as well as offer a definition to the outside center itself. The brick color and mortar color was custom mixed to match the existing brick and mortar on the building wall and the character of the surrounding architecture.
Eco Pavers were used for this project as well as, installed at the top of one of the walls to act as a stage. We then specially cut 4x8 Pavers in a Henry Harvest Blend to achieve a radial pattern with varying color bands. A decorative stone was used to fill the separation spaces between the pavers, which allows for proper drainage in the sub base and soil. Belgium block curbing was added for an upscale and unique look.
One highlight of the project was installing a brand new storefront façade entrance complete with new glass, and automatic door, which gave new life to the center. Let It Grow handled all the electric installation, wiring and conduit work. We restored the asphalted areas around the center. Other work included concrete walkways around the entrance center and foundations for bench pads.
Let It Grow, Inc. is proud to work with Rutgers University on a number of renovation and new construction projects for the university, including a current project at the Livingston Campus.
The outstanding work on this project earned Let It Grow, Inc. an honorable mention at the 2008 American Concrete Institute.


