School of Nursing

IMEG provided structural, mechanical, electrical, fire protection, technology, and acoustics engineering services and design, along with architectural lighting and commissioning, for the new classroom, research, and administrative facility for the Loyola University Niehoff School of Nursing. The four-story, 60,000-square-foot complex contains a state-of-the-art Clinical Performance Center with simulation labs where students work with computer-driven mannequins

New High-Rise Office Building

This one million-sf speculative office building in Houston’s Central Business District is designed to cater to user needs while also meeting the explosive need for Class A office space in an iconic building. The lobby features a soaring pyramid-shaped 110’ clear vertical span. There is also an urban green space sitting atop a 1,500-car integrated

New Office Building and Parking Garage

IMEG provided structural engineering design services, and parking consultation, for the 185,000-sf, four-story steel frame corporate office building for MetLife, with plans for a future lateral office expansion. The project also features a 132,000-sf, three-level, 400-car precast concrete parking garage. The office building façade consists of architectural precast concrete panels on the lower floors with

Indoor Practice Facility and Football Operations

The Hansen Football Performance Center Indoor Practice Facility and Football Operations, designed by IMEG, was modeled by The Weidt Group to use 66 percent less energy than the ASHRAE 90.1.2007 baseline as part of the MidAmerican Energy Commercial New Construction Program. The two-story operations building includes strength and conditioning space, locker rooms, a lobby and

New City Hall

Designed to be an example of innovation, energy conservation, and sustainability for its community, the City of Johnston’s new 24,000-square-foot city hall is the centerpiece of an overall town center redevelopment project that brings new civic, retail, hospitality, office, and entertainment opportunities to the area. The city hall is a showcase of civic engagement and

New Education and Research Building

IMEG provided P/FP design and CA with an early under-slab work package. Work included design of advanced grey water and water-reuse systems; a UV filtration system for stormwater re-use; a fire pump, domestic water booster pumps, and wet and dry sprinkler systems; two separate P/FP pressure zones; and all systems for the vivarium, including cage

Perry Hall Renovation and Expansion

IMEG was engaged to perform electrical engineering design and construction for the $50M, 50,000-sf renovation and addition in the School of Engineering at UMass Lowell. The scope of work included replacing the existing electrical system, reusing the existing generator, designing a new distribution system for the primary transformer and secondary power, new lighting and controls,

Laboratory Renovation

IMEG prepared a complete building study and evaluation of existing MEP systems to determine suitability for reuse, and subsequently, completed final design of MEP/FP systems. The scope involved a complete building renovation with new central chilled water service from the campus distribution system and reuse of existing steam service. Project included a new sprinkler system,

New Luxury Condominium Development

IMEG provided structural engineering and design services for Crescent Nob Hill, a LEED Gold 7-story new multi-family residential building over 2 levels of basement for residential parking, storage and mechanical located at the top of Nob Hill at the intersection of Powell and California Streets, a tight urban site in San Francisco. Designed to blend

New Student Housing Facility

IMEG provided plumbing design of Haggin Hall Student Housing at the University of Kentucky as part of a design-build team. Project design included sanitary, storm, and domestic water design. The facility was constructed due to the need for additional student housing at the University as well as revitalizing the core of campus. The 5-story, 154,000-sf