Session Information
ASHE 2012 International Conference and Exhibition on Health Facility Planning Design and Construction
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Rebooting the Existing Hospital: Performance Improvements in Satisfaction, Outcomes and Energy Use
Track : Clinical Redesign
Program Code: 266580
Date: Wednesday, March 7, 2012
Time: 8:40 AM to 9:40 AM  EST
Location: Rm 106: PCC West Bldg
PRIMARY SPEAKER :   Click the plus sign to see more detailed information about each speaker.
 Ryan Hullinger, Senior Associate, NBBJ
CO-SPEAKER :
 Eric Thompson, RA, AIA, LEED AP, Associate, NBBJ
Description
This session will focus on four hospital performance areas—patient experience, staff operations, brand transformation, and sustainability—and how each of these can be improved through design. Each topic will be presented in two forms: as an illustration of the collaborative design process and as a series of metrics that tie design concepts directly to patient outcomes, patient and staff satisfaction, and energy use. This session will enable you to:

● Describe how simulation and building information modeling can improve design collaboration between the architect and the owner.
● Explain how rapid prototyping can be used to improve the design process and significantly increase staff buy-in.
● Summarize the implications of the 2030 Challenge for hospitals, and describe how an integrated approach to energy load reduction can help meet this challenge.
● Diagnose challenges related to transitioning staff from outmoded departments into new facilities that demand new operational processes.

LEARNER OUTCOMES:
  • Address the challenges of transitioning staff from outmoded departments into new facilities that demand new operational processes
  • Identify novel approaches for enhancing design collaboration between the Architect and the Owner through simulation and BIM visualization
  • Learn how Rapid Prototyping can be used to improve the design process and significantly increase staff buy-in
  • Understand the implications of the 2030 Challenge, specifically for hospitals, and how this challenge can be met through an integrated approach to energy load reduction.


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