230,000 GSF, 21,370 M2
Architecture, Engineering, Interior Architecture, Lab Planning, Landscape Architecture, Programming
LEED for New Construction & Major Renovations (NC)LEED-NC-Platinum
Green GOOD DESIGN Award -- Green Architecture
2030 challenge, academic research, chilled beam, cleanroom, collaborative environment, computational lab, computational research, computer engineering, cool roof, daylighting, daylighting analysis, dedicated outside air, deep green, displacement ventilation, dry lab, dry research, efficient lighting, electrical engineering, energy, energy efficiency, energy modeling, energy recovery, energy research, exterior sun shading, green design, high-efficiency irrigation, high-performance glazing, high-performance lighting, indoor environmental quality, interdisciplinary, interdisciplinary research, lab architect, lab design, lab planning, laboratory architect, laboratory design, laboratory planning, leadership in energy and environmental design, leed, lighting controls, material transparency, materials science, mechanical engineering, net-zero, net-zero energy, open lab, open laboratory, permeable paving, photovoltaic, radiant heating and cooling, renewable energy, research, research facility, research facility architect, salvaged material, science facilities, smithgroupjjr science ＆ technology, stormwater management, sustainability, sustainable building, sustainable design, thermal comfort, transit-oriented development, transparency, underfloor air distribution, united states green building council, university, usgbc, walkable community
Research laboratories are among the most energy-intensive building types. But with ECE planned as a center for research into energy-efficient technology, the client challenged SmithGroupJJR to deliver new standards in building energy performance – and even to explore opportunities that could potentially enable the building to supply its own energy.
Capturing the spirit of a department that pushes the limits of technological innovation, SmithGroupJJR’s ECE design also demonstrates a commitment to sustainability. Displacement and demand-controlled ventilation, heat-recovery chillers and chilled-beam technology help bring energy use to 46% below ASHRAE 90.1-2007 standards, an exceptional achievement considering the energy-intensive nature of a lab facility with an instructional clean room. In fact, the design targets LEED Platinum certification, and may even achieve an EPA EnergyStar rating of 99 out of 100.
But most importantly, ECE is programmed as a place where curiosity is celebrated and intellectual collisions occur naturally. Traffic flow and sightlines are carefully designed to foster collaboration, and interdisciplinary learning and cooperation.
Phillip Krein, User Committee Chair for ECE, discusses his experience working with SmithGroupJJR, noting the firm's attention to detail.
Interview with David King, Design Lead
ECE Illinois interviewed David King, SmithGroupJJR Chairman, about the new building project.
University of Illinois Drives Net-Zero Design
The goal for ECE is to only consume as much energy as it harvests, even with an energy-intensive clean room.