College of Lake County

Science and Engineering Building

Enhanced energy efficiency. Elevated educational experience.

A state-of-the-art addition to its Graysland Campus, the College of Lake County's new science and engineering building provides an energy-efficient, technically advanced academic facility designed to support quality education and environmental responsibility. Supporting a diverse range of programs — including chemistry, microbiology, biology, anatomy, physiology, and an engineering curriculum encompassing laser, photonics, and renewable energy — the new building features modern teaching labs, classrooms, offices, and associated support space.

Given the project's high sustainability goals, AEI's energy modeling helped determine the most effective means of achieving substantial energy-related savings. With a projected Energy Use Intensity of 88 kbtu/sf, the building is expected to use 66 percent less energy than the ASHRAE 90.1-2007 baseline — an energy cost savings of 52 percent. Key components of the building's high-performance engineered systems include:

Science and Engineering Building Geothermal Heating & Cooling

150-ton ground-coupled heat pump, with 47 single-U bores, 500 feet deep.

Campus-wide Geothermal Heating & Cooling

260-ton ground-coupled heat pump, with 80 single-U bores, 500 feet deep. Expandable to a total of 2,275 tons and 700 bores, 500 feet deep.

Location

Grayslake, IL

Partners

  • Legat Architects, Inc. - Architect of Record

LEED Status

LEED Platinum

Building Size

67,000 sq. ft.

Awards

  • 2019 AIA Sustainable Architecture Award
  • 2017 Green Building Innovation Award

Located in the far northeastern suburbs of Chicago, the College of Lake County is a two-year community college that offers a wide range of academic program choices to over 18,000 students.

Earning more points than any other LEED-certified project in Illinois — and a first for the College of Lake County system — the Science and Engineering building achieved LEED Platinum certification in 2019. AEI's design encompassed a wide range of sustainable design features, including variable volume building and a fume hood exhaust system with energy recovery; a 56 kW rooftop solar panel array; optimized envelope shading and daylight harvesting; and a rainwater recovery system.

Expanding the College's sustainability goals, an AEI-designed, campus-wide geothermal heating and cooling system provides optimal heating and cooling to all campus buildings. The initial phase includes primary infrastructure and eighty 500-foot-deep boreholes, expandable to a total of 700 wells with an estimated 2,275 tons of heating and cooling capacity.

90
LEED points
69%
less energy

An aerial view of the new Science and Engineering building.

Given the highly technical nature of the College's engineering programs, AEI's design includes the latest technology and equipment to support an advanced laboratory specializing in mechatronics — the integration of mechanics, electronics, and controls. The lab space fosters discovery-based instruction and hands-on learning in systems operations, troubleshooting, and automation technology, helping prep graduates for careers in manufacturing and engineering. Program Chair, Bill Kellerhals, states:

"These systems allow us to conduct more advanced experiments, and we now have the newest lab and more...equipment than any other program in the Midwest."

The building includes a variety of specialty labs, including mechatronics, high-power laser operations, photonics, and optics.

Project Leaders