IMEG provided structural, mechanical, electrical, plumbing, fire protection, and technology engineering and design services for the new Affiliated Construction Services (ACS) headquarters and manufacturing facility that replaced the original flood-damaged ACS facility. The new structure, located on higher grounds in the Liberty Business Park, houses 13,000-sf of office space and 37,000-sf of fabrication, machining, and
IMEG Corp. provided engineering design and services for phase I of the new headquarters campus for Nvidia, the world’s largest stand-alone manufacturer of 3D graphics chips. The $300 million, all-glass façade building includes 525,000-sf of office space for more than 2,200 employees and a two-level, below-grade parking garage for 1,500 cars. Engineers provided structural engineering
ExxonMobil constructed a state-of-the-art campus in Houston that is home to its Upstream, Downstream, and Chemicals companies and associated employees. The campus is located on 385 wooded acres about 25 miles north of downtown Houston. Designed to accommodate 10,000 employees, the campus design incorporates extensive research into best practices in workplace design and benchmarking from
IMEG’s Los Angeles structural team provided engineering design and services for Symantec’s Corporate Headquarters, which consists of two 250,000-sf, four-story office buildings and a parking structure for about 900 vehicles. The parking structure includes two levels above grade and three levels below grade and was constructed using poured-in-place concrete. The two office buildings highlight several sustainable features including
IMEG’s San Francisco structural team provided engineering design and services for the Sobrato Office Tower at 488 Almaden Boulevard in San Jose, CA. The tower is an 18-story, 100% structural steel-frame office building with a precast concrete, glass and stone exterior skin. The building area includes 390,000 square feet of office space and parking for 1,100 cars.
IMEG’s San Francisco structural team (formerly Nishkian Menninger) provided engineering design and services for Phase I of the Electronic Arts Corporate Campus, a four-building complex consisting of an eight-story office building, six-story office building, two-story commons building, and four-story parking structure with 874 parking spaces. Phase II includes three buildings with a four-story office building, four-story parking structure, and a free-standing, one-story auditorium building.
In excess of 1.5 million square feet, this LEED Gold Certified project is comprised of four buildings and occupies each of the four corners at First and Howard Streets in Downtown San Francisco. IMEG’s San Francisco structural team (formerly Nishkian Menninger) provided engineering design and services for the project. Building 1 is a 420,673-sf concrete high-rise with ten floors of
IMEG’s San Francisco structural team provided engineering design and services for the Franklin Templeton Headquarters, a nine-building project that included trash enclosures, loading docks, landscape features and mechanical equipment space. The nine buildings include a one-story warehouse with loading docks; two three-story, 120,000-sf office buildings over a subterranean garage; two four-story, 120,000-sf office buildings over a subterranean garage; and
IMEG’s San Francisco structural team provided engineering design and services for Electronics For Imaging’s new campus, which consists of a 350,000-sf, five-story structure and a 0180,000-sf, six-story building. A six-story, 300,000-sf parking structure is also included in the campus and provides parking for 1,190 cars. The structural system used on the project is a one-way, cast-in-place, post-tensioned concrete slab supported on precast, pre-stressed
IMEG’s San Francisco structural team provided engineering design and services for Oracle Headquarters’ high-profile campus, which is comprised of six office buildings varying in height from eight to 16 stories. In addition, there are four structured parking lots totaling over 1,000,000-sf, a fitness center, and a conference center. Structural steel construction was used for the
