Worcester Polytechnic Institute Electronic Theses and Dissertations Collection

Title page for ETD etd-072814-174326


Document Typedissertation
Author NameAlborz, Nakisa
Email Address nalborzfard at wpi.edu
URNetd-072814-174326
TitleA Post Occupancy Evaluation (POE) Framework for Certified Sustainable Higher Education (HE) Residence Halls
DegreePhD
DepartmentCivil & Environmental Engineering
Advisors
  • Umberto Berardi, Advisor
  • Keywords
  • Occupant Thermal Comfort Parameters
  • Residence Hall Water Consumption Tendencies
  • Post Occupancy Evaluation
  • Residence Halls
  • Student Occupant Feedback Techniques
  • Sustainable Performance Indicators
  • Sustainability Rating Systems
  • LEED
  • Water and Energy Benchmarking
  • Date of Presentation/Defense2014-05-09
    Availability unrestricted

    Abstract

    Numerous higher education (HE) institutions in the United States (US) have created sustainability agendas, including construction of sustainable buildings. More than 200 US HE institutions, have at least one Leadership in Energy and Environmental Design (LEED) certified building on their campus (Princeton Review 2012). With the growing student population and need to house them, residence hall construction is rising nationwide. A profile of newly constructed building types shows residence halls hold the largest median area (Princeton Review 2012). In an effort to assess if sustainable residence halls are performing sustainably, a series of post occupancy evaluation (POE) indicators were selected. POE indicators were chosen through a review of widely adopted sustainability rating systems, scientific literature and student occupant feedback. The selected indicators address a range of parameters including: water and energy consumption, occupant thermal comfort, occupant consumption behavior and education, noise insulation (indoor and outdoor), and Facilities Management (FM) operational feedback. Furthermore, specific indicators such as building energy management systems (BEMS), building automation control systems (BACS) and artificial intelligence (AI) agents were examined. The proposed POE indicator framework data was collected from various key stakeholders including: designers, HE FM departments, residential life personnel, and student occupants. The dataset includes: actual temperature (T) and relative humidity (RH) measurements of a LEED-Gold residence hall, actual water (9 residence halls) and energy consumption (4 residence halls) data, and feedback from designers, HE FM departments and 593 student occupants (LEED and non-LEED residence halls). The proposed POE indicator framework triangulates quantitative and qualitative data, via investigative and diagnostic techniques; creating a comprehensive building performance picture, vis--vis technical and non-technical parameters.

    Files
  • NAlborz.pdf

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