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-sf complex contains a state-of-the-art Clinical Performance Center with simulation labs where students work with computer-driven mannequins

Book Depository Renovation

The project: The renovated and revitalized Book Depository in Detroit is one of the first buildings to open in Ford Motor Company’s multi-year adaptive reuse and repositioning of the iconic Michigan Central Station and surrounding landmark buildings. The 275,000-sf historic renovation of the abandoned book warehouse building was converted into a new urbanized office building

Medical Simulation Suite

The Project: University of Texas Medical Branch (UTMB) Health Education Center’s new Immersive Learning Suite The Goal: Transform the existing UTMB medical programs by creating a globally recognized learning center providing immersive technologies and simulated care experiences for students. The Design Approach: The design team engaged UTMB’s educational leadership, care providers, and operational staff to

Bio-Med Science Academy Addition

This project included a four-story addition with space for Bio-Med Science Academy and program space for NEOMED. The new 58,000-sf school houses 600 students in grades 7-12. The additional space for NEOMED includes 30,000-sf of medical simulation spaces, classroom and potential university related retail spaces on the first level. IMEG provided technology engineering services for

New Health Sciences and Technologies Studies Building

IMEG is currently providing mechanical, electrical, plumbing, fire protection, technology, structural, energy modeling, acoustics, and commissioning engineering services for the new Health Sciences and Technology Studies building at St. Louis Community College at wildwood. The $58.75 million project is part of the community college’s district-wide master plan which identified a growing student population around the

New Medical Group Clinic

IMEG provided structural, mechanical, electrical, fire protection, and technology engineering design services, along with energy modeling, acoustics, and WELL consultation, for the new 39,800-sf SSM Health Dean Medical Group clinic in Beaver Dam, WI. The new clinic will be the first WELL certified medical clinic and includes procedure and exam rooms, conference rooms and center,

452,000-SF New High School

IMEG provided mechanical, electrical, and technology engineering and design for a new 452,000-sf high school and site buildings. The new high school includes a complete applied tech area with an auto shop, wood shop, power lab and welding lab; TV studio; natatorium; greenhouse; football stadium with press box, concession area and restrooms; baseball stadium; and

Infrastructure Upgrade

Leading the project as the Prime Consultant, IMEG was contracted to support the Linac Coherent Light Source – II project (LCLS-II) at SLAC National Accelerator Laboratory. The LCLS-II project sought to expand the capabilities and capacities of the campus’ existing LCLS facility, which was originally developed with future expansion potential. LCLS-II will construct a 4

New Laser Lab Suite

IMEG provided design services for this renovation which consisted of converting approximately 1,000-sf of existing electronics laboratory space into the Laser Laboratory Suite for Cheng Chin’s research in the University of Chicago’s Gordon Center for Integrative Sciences (GCIS) Building. The scope included developing bridging documents to relocate the existing space users to an adjacent building.

New Natatorium

Carmel High School’s well-recognized swim team attends the U.S. Olympic qualifications each year. Despite the school’s exemplary swimming program, however, its existing natatorium has very poor speech intelligibility, high background noise, long reverberation, and the loudspeaker design was inadequate. Due to the lack of acoustic treatment and high mechanical noise, it is difficult to understand