New Two-Story High School

IMEG provided mechanical, plumbing, fire protection, electrical, and lighting design services for the new two-story, 300,000-sf Laramie High School in Wyoming. As the largest high school in the state, this facility is equipped with the latest technology; a state-of-the-art theatre; a heated, Olympic-sized indoor swimming pool; main and auxiliary gyms; auditorium; and production labs. This

Mixed-Use Facility

New City is a mixed-use development project that anchors the south end of Chicago’s Clybourn corridor. The development includes:  19-story high-rise residential tower, with 199 apartment units, located on top of a three-story retail base  363,000-sf of retail space in three separate buildings  14-screen ArcLight cinema  80,000-sf Mariano’s Grocery Store (IMEG provided interior build-out of this space) 

Cannabis Manufacturing Facility

IMEG provided engineering design and construction administration services for MedPharm Iowa’s new cannabis manufacturing facility in Des Moines – the first facility granted a license to produce medical cannabis in Iowa. The project included renovating a 64-year-old freight distribution warehouse for growing, processing, extraction, and packaging of medical cannabis. Engineers provided MEP, fire protection, and

School of Medicine Couch Biomedical Research Building

The 200,000-sf, LEED Gold certified Couch Biomedical Research Building is located on open space (surface parking and landscaped areas) at Washington University. In years past, this was a residential neighborhood with small single family masonry residences that have been razed leaving buried subsurface rubble. The facility replaces older, less efficient research space with new, highly

Middle and High School Building Renovation

IMEG provided engineering design and services for Ripon School District’s $24 million addition and renovation to the middle and high school building. The design allows for more efficient use of the existing building space and provides a showcase for the community and visitors. IMEG provided structural, MEP, fire protection, and technology design, as well as

K-12 Referendum Projects

IMEG provided engineering design and services for multiple construction projects funded by a voter-approved $34.6 million referendum to improve the Sauk Prairie School District’s K-12 facilities. The largest project was the new, 101,000-sf Bridges Elementary School with capacity for 550 students in 4K through 2nd grades. The west side of the building includes district administrative

New Two-Story Elementary School

IMEG provided engineering design for the Muscatine Community School District’s new, 64,000-sf Jefferson Elementary School. The two-story structure replaced an outdated, 86-year-old facility. The existing adjacent middle school on the same site remained. The utility transformer had to be replaced in order to serve the new elementary school and the existing middle school.  The first

Alternative High School Renovation

IMEG provided engineering design for Davenport Community School District’s new Mid City High School. The facility previously was a medical office building, and the scope consisted of renovating the entire building into an alternative high school. The existing systems were replaced as part of the renovation, including the HVAC systems. IMEG engineers reviewed life-cycle cost

New Cancer Center

IMEG provided engineering design and services for Aurora Medical Center’s new, LEED Silver cancer treatment center. The single-story, 29,000-square-foot center includes 15 exam rooms, 15 infusion bays, a linear accelerator, PET CT, CT, and pharmacy. Future expansion provisions will consist of a single-story expansion and an additional linear accelerator. The project met a number of

New Business Instructional Facility

The University of Illinois’ new College of Business (Business Instructional Facility – BIF) was among the first certified LEED Platinum facilities at a public university in the U.S. The facility’s high-performance building design reduces energy consumption by 48% compared to ASHRAE 90.1-2004, saving the University more than $300,000 per year in utility costs. The building