Expansion and Renovation

This project included both renovations and additions to the high school. The additions included a larger kitchen, a new classroom wing with science labs, art rooms, general classrooms, music areas, an auditorium and field house. All new air handling units had energy recovery incorporated into the design. IMEG designed a new high efficiency 1250-ton water-cooled

New Science Laboratory

Wheaton College wanted to provide their students and faculty with a state-of-the-art science facility for academic instruction and faculty research. A new 128,000-sf facility includes all disciplines of the science curriculum at Wheaton College. The building houses chemistry, environmental science, physics, biology, geology, math and computer science departments with specific labs for anatomy, physics/chemistry NMR,

Research Space for Behavior Neurobiology (RSBN) Lab Remodel

IMEG provided mechanical, electrical, fire protection, plumbing and technology engineering services for a 24,000-SF renovation on the second and third floors of an existing 11-story building. The space houses animal research, human research, and chemical laboratories. Key elements of the research space include: revamped acoustical chamber microscopy lab freezer room that will house approximately 24

New Advanced Chemical Technology Building – Pursuing LEED Silver

The new Advanced Chemical Technologies Building (ACTB) Laboratory facility supports collaboration of 180 principal investigators and graduate students in organic chemistry, biochemistry and chemical science; biophysics and physical chemistry; neuroscience; nanoscience/materials science; and laser dynamics. Future growth and space flexibility was a component of the MEP design. The mechanical design includes custom air handling units

New Headquarters and Manufacturing Building

IMEG provided structural engineering design services for SunStar America’s new, three-story office headquarters and single-story manufacturing facility. The headquarters consists of a cafeteria, training classrooms, offices, and gathering and executive spaces. The goal of the structural design for the office space was to bring the outdoors inside. The building’s gallery space provides a gathering space

Heavy Timber Multi-Use Building

IMEG provided structural engineering design services, along with construction administration, for the new 45,000-sf multi-use building in Chicago’s historical Fulton market district. This project was the first new heavy timber multi-story building in the City of Chicago in over 50 years. IMEG first developed a couple of different structural system schemes for the Owner to

SBN Near Detector Building

IMEG provided engineering design and services for Fermilab’s new Short Baseline Neutrino Near Detector Building in Batavia, IL. The Detector building includes a liquid argon neutrino detector to support Fermilab’s neutrino research. Extensive coordination was provided to allow the detectors to be installed in the facility after the building was built. Engineers provided MEP, fire

SBN Far Detector Building

The Far Detector Building is home to one of three particle detectors used in Fermilab’s Short-Baseline Neutrino Program. The particle detector, and associated computer racks and equipment, are located on the building’s lowest level approximately 36 feet below grade. The facility’s main level has skylights, high ceilings, an indoor loading dock, and an overhead bridge

WELL Platinum Office Relocation

IMEG provided architectural lighting design and services for the 9,450-sf renovation project for Perkins Eastman’s Chicago office relocation, which has achieved WELL v2 Platinum certification.

New Corporate Headquarters and Manufacturing Plant

Magnetrol, a manufacturer of level and flow process control instrumentation, consolidated its operations to a new 200,000-sf corporate office building and production facility, doubling production capacity while housing corporate operations under one roof. The build-out of the existing shell building includes 30,000-sf of office and 150,000-sf of manufacturing and research space. The project involved the