Vertical Expansion & Conversion to Residential

This 160,000-sf, six-story concrete factory building (circa 1908) underwent a renovation and vertical expansion for conversion into a residential building. Formerly known as the Middishade Clothing Factory, this historically certified building in the Franklintown section of Philadelphia was converted to office usage in the 1980s and formerly housed the U.S. Citizenship and Immigration Services. Renovations

New Urban Infill Project

Structural engineering and design services were provided for this remodel and adaptive-reuse project that transformed the outdated 1974 office building into a 510,000-sf modern apartment building. The 29-story building includes 418 units with indoor and outdoor amenities including a dramatic roof deck providing residents with 360° views of the Bay Area, garden space, grass lawn,

413-Space Mixed-Use Municipal Garage

This 174,200-sf, five-level, mixed-use, open, precast parking garage consists of four supported levels of parking for 413 cars above 35,000-sf ground-floor office space. Located across the street from the recently constructed City Hall Annex building, the offices in the garage contain additional city departments and community spaces. Comprised of architectural precast concrete with thin brick

Office Campus & Parking Garage Restoration

This existing six-building, 780,000-sf office campus on 17 acres of waterfront property underwent an extensive renovation. Condition appraisal, restoration and construction documents, and construction administration were provided for an existing two- to three-level podium, post-tensioned and mild-reinforcement parking deck. The scope of work included the following: Extensive concrete partial depth repairs to the cast-in-place post-tensioned

597-Space Corporate Campus Parking Garage

This 180,581-sf, five-level, open, precast parking garage provides parking for the adjacent Eisenhower Corporate office building and conference center. This parking garage was constructed to provide parking for the increased density of office workers that presently occupy the building. The parking garage consists of a single helix functional design with two-way drive aisles and 90-degree

506-Space Municipal Parking Garage For an Urban Mixed-Use Development

This redevelopment project consists of a new eight-level, open, precast parking garage and two 14-story residential towers on the former site of a municipal parking lot. Owned by the City of West New York, the garage provides parking for the public as well as the residents of the new towers. The private developer for the

Urban High-Rise Mixed-Use Development

Located on a 1.2-acre site across from the New Jersey Performing Arts Center in Newark, NJ, One Theater Square is a 268,500-sf, 22-story mixed-use residential building. The curved glass tower features 242 studio, one-, two- and three-bedroom apartments, a fitness center and lap pool, community rooms and an outdoor deck. The development also includes 15,000-sf

Urban Mixed-Use Residential Building

This 310-417-sf, nine-story mixed-use development consists of eight floors of residential apartments containing 229 units over 21,622-sf of ground floor retail and a basement-level parking garage for 165 cars. A filigree concrete structural system was utilized for the building’s superstructure. Green roofs are provided on several roof levels of the building. The north side of

New Building and Campus Modernizations

Structural engineering services are being provided for the modernization of the Scripps Encinitas campus. The existing hospital consists of eleven structures with several of the original single-story structures built in the 60’s and 70’s. These buildings require replacement due to SB1953 and Scripps determined additional capacity was needed for the campus. The proposed plan to

Seismic Evaluation & Upgrade

IMEG provided seismic SPC-4D, NPC-4D, and SPC-2 evaluation & upgrades for: Main Building Patient Tower ICU/Emergency & Lab Building East Wing Pediatrics Building Cafeteria Building Boiler Building Dining Building The existing Buildings, constructed from 1920’s to 1970’s with various structural systems, mostly masonry and concrete. Our firm provided efficient seismic retrofit plans with consideration given