IMEG provided structural engineering design services, along with parking consulting, for the new 684,000-sf, 14-story mixed-use residential building with 424 residential apartments, 30,000-sf ground level retail, outdoor pool and fitness center, and integral parking for 416 cars. The project also includes a freestanding 6,650-sf gymnasium building and public outdoor spaces. Located by the Palisades Cliffs,
IMEG provided structural engineering design services, along with parking consultation, for the Vantage 471,000-sf mixed-use student housing building. Located on a 4.6-acre parcel at the edge of the Temple University campus, the project varies in height — portions of the project are 7, 12 and 18 stories — and includes one- to five-bedroom apartments; ground
Temple University’s new Aramark STAR Center is an athletics and recreation facility that also provides enhanced space for students in the College of Public Health to hone their clinical skills. IMEG provided structural engineering design services, as well as parking consultation, for the 110,000-sf, 2.5-story facility that features an indoor 70-yard synthetic turf football practice
IMEG is providing structural engineering design and parking consulting services for the new 470,000-sf, 19-story healthcare facility. The new pavilion will include ambulatory surgery, imaging, oncology and examination rooms atop a 120,000-sf, three-level, below-grade, cast-in-place filigree concrete parking garage. The office building structural systems consist of structural steel framing and slab on metal deck with
When the main campus parking lot was replaced with student housing, the University needed to add more parking spaces at other campus locations. The existing two-level, 270-space SAC parking garage was given a vertical expansion of two additional levels, increasing the campus parking supply by 223 parking spaces and transforming an existing plain parking structure
This five-level, 412,796 sf garage for Villanova University is an open, long-span, precast structure consisting of architectural wall panels, columns, double tees, light walls, flat slabs and inverted tee girders. The perimeter wall panels are a colored and sandblasted architectural precast with a field installed stone veneer. The garage foundation system is comprised of 40-foot-deep
This project consists of a six-level, 115,890 sf, open, long span, precast parking garage adjacent to a new 266,000 sf residential building with 242 apartments. The top of the parking garage contains an amenity deck with a swimming pool, pool cabana and outdoor terrace areas for the residents. The functional design of the garage consists
This six-level precast parking garage provides parking for the adjacent Gaylord National Harbor Resort Hotel and Convention Center. The architectural precast features horizontal rib patterns at the top of the spandrels as well as vertical precast column covers. The north end of the garage roof supports planters with full size trees. The garage is designed
This mixed-use development located near the George Washington Bridge connecting to New York City consists of eight floors of residential apartments over a three-level parking garage for 858 cars and 175,000 sf of ground-floor retail. Additional retail space and a movie theater are located in adjacent structural steel buildings. The structural system of the garage
This nine-level, open, long span, precast parking garage provides parking for the adjacent Bakery Square mixed-use campus. The garage was added along with a new nine-story, 300,000-sf office building. The functional design of the garage consists of a double threaded helix with one-way drive aisles and angled parking stalls. An elevated pedestrian bridge connects the
