An Ideas Based Practice

Illinois Institute of Technology

University Technology Park at IIT, Technology Business Center

Chicago, IL

Overview

Converting some 300,000 sf of existing and unused engineering research facilities into state-of-the-art biomedical and chemical research laboratories, the first phase of Illinois Institute of Technology’s LEED certified University Technology Park preserves an architecturally and historically significant Mies van der Rohe-inspired building while replacing outdated, inefficient building systems. The extensively renovated and redesigned complex integrates three existing structures – the IITRI Life Science Research Center, Incubator Building, and Technology Business Center – into one sustainable facility.

Original single-pane wood windows, restored to meet the stringent requirements of historic preservation guidelines, were made more energy-efficient with an innovative secondary interior glazing and insulation system. Exterior facades were carefully restored and reused. The Technology Business Center is part of a LEED pilot program for shell and core construction, with tenant standards developed for subsequent tenant buildouts.

Sustainable Sites

  • Campus is served by commuter trains and buses
  • Project was developed in urban area with existing infrastructure, protecting greenfield sites and natural habitats
  • Site was reclaimed from underutilized urban setting
  • Highly reflective roofing materials reduce heat-island effect
  • Low-cutoff exterior fixtures avoid contributing to night-sky pollution
  • Extensive onsite stormwater retention system reduces municipal stormwater load

Innovation and Design

  • Historically significant structure revitalized to meet contemporary standards for energy efficiency and air quality

Indoor Environmental Quality

  • Carbon dioxide monitoring system provides feedback on ventilation performance
  • Indoor air quality management plan, no-smoking policy, and low-VOC paints, carpets, adhesives, and sealants preserve indoor air quality
  • New skylight introduces natural light into an interior atrium
  • Natural daylight introduced throughout lab spaces

Materials and Resources

  • Dedicated storage and collection area provided for recyclable materials
  • 100% of existing building shell was retained
  • 50% of collected construction waste was recycled or salvaged
  • 10% of building materials were reused
  • 20% of building materials were manufactured regionally; 50% of these were harvested locally
  • 50% of all wood-based materials are Forest Stewardship Council certified
  • 5% of building materials are rapidly renewable

Energy and Atmosphere

  • Building systems commissioning verifies implementation and performance
  • HCFC-free and halon-free refrigeration and fire-suppression equipment prevent ozone depletion

Water Efficiency

  • Water-efficient plumbing fixtures such as low-flow faucets and toilets reduce potable water usage
  • Indigenous plant species in landscape design eliminate need for irrigation

Key Program Components

  • Renovation and reconstruction of incubator building and portions of Technology Business Center, IITRI Center, and vivarium and toxicology suites
  • Wet and dry labs
  • Office and major equipment shared tenant support spaces
  • BSL-3 labs
  • Analytical chemistry and molecular and cell biology labs
  • Expanded offices and research archives