No description available.

In the United States, Habitat for Humanity is at the forefront of the providing affordable housing to low income homeowners. Because of this work, Habit for Humanity is one of the leading homebuilders in the United States. A recent development in the assessment of home building is an increased emphasis on the use of technology and methods that reduce the impact of housing construction and occupation on the world’s environment. Numerous methods exist to assess this impact, a major one in the United States is the LEED system developed by the US Green Building Council. Two problems exist with the LEED system, one being cost and the time of preparation of the necessary paperwork. Other research work exists on these implementation problems for the broader community, but this study looks at the specific impact and impediments to obtaining LEED certification for Habit for Humanity housing, specifically in Texas. This study assesses Habit for Humanity affiliate’s involvement with LEED and sustainable building. This is accomplished in two parts, a survey and an analysis of LEED scorecards. To gauge the current state of sustainable building in Habitat for Humanity affiliates of Texas a survey was conducted. There were 15 participants out of 84 affiliates. The survey looked in to the current sustainable practices and barriers for the affiliates to participate in the LEED program. Then LEED score cards were obtained and analyzed, eleven scorecards total were obtained. Six scorecards were from homes built by Habitat for Humanity affiliates across the United States, and the other five scorecards came from a production home builder in Texas. The scorecards were then compared by determining the mean of points for each question. From this case study, the survey shows cost and knowledge to be the largest barriers to LEED certification. The data from the LEED scorecards showed Water Efficiency and Indoor Environmental Quality to be the two weakest categories for the HFH affiliates compared to the production homes. These barriers can potentially be overcome by the availability of grants for sustainable building and by educating the affiliates on LEED and sustainable building. The fact that HFH is a leader in affordable housing means if HFH affiliates can build to LEED standard so can other affordable builders.

No description available.

When US veterans return home from serving their country reintegrating into civilian society is difficult. Adjustment is often associated with mental health stress and personal instability. One of the biggest predictors of successful reintegration is homeownership. The research is in partnership with Dallas Area Habitat for Humanity. The research seeks to explore the challenges veterans face when seeking homeownership.

This thesis chronicles my experiences with developing a panelized wall system for use by Habitat for Humanity and with testing that system in the design and construction of a house. Presented as a series of narratives, it follows the progress of the project from August 2003 to December 2005. Described is my motivation to test my theories through design and construction, the applicability of prefabrication to Habitat for Humanity’s use of unskilled volunteer labour, the incorporation of panelization into the design of a house for the Waterloo Region affiliate of Habitat for Humanity, the prefabrication of preclad wood framed wall panels for this house by students at the University of Waterloo School of Architecture, the erection of these wall panels on-site, and the completion of the house to a weathertight state. The thesis concludes with discussions of the understanding I gained through my experiences, the necessity for further development and testing of the panelized wall system, and the future use of prefabrication by Habitat for Humanity.

This thesis chronicles my experiences with developing a panelized wall system for use by Habitat for Humanity and with testing that system in the design and construction of a house. Presented as a series of narratives, it follows the progress of the project from August 2003 to December 2005. Described is my motivation to test my theories through design and construction, the applicability of prefabrication to Habitat for Humanity’s use of unskilled volunteer labour, the incorporation of panelization into the design of a house for the Waterloo Region affiliate of Habitat for Humanity, the prefabrication of preclad wood framed wall panels for this house by students at the University of Waterloo School of Architecture, the erection of these wall panels on-site, and the completion of the house to a weathertight state. The thesis concludes with discussions of the understanding I gained through my experiences, the necessity for further development and testing of the panelized wall system, and the future use of prefabrication by Habitat for Humanity.

No description available.

The mobility of low-income students who do not have access to stable housing creates numerous challenges both at home and in school. Among these challenges, academic performance certainly is one of the most important. The lack of a more permanent, familiar, and safe environment is presumed to impact home life as well as students' performance in the classroom. This research compares two groups of current and former students of Orange County Public Schools (OCPS) in Florida (1) children of families who are Habitat for Humanity (HFH) homeowners, and (2) a matched socioeconomic control group. The HFH program is designed to provide a stable, affordable housing for families who cannot acquire it through standard means. The research question is: Does stability in housing make an impact on academic performance in the particular area of FCAT scores and attendance? Data were gathered from OCPS and the HFH homeowners themselves. This data were used to evaluate the impact of HFH homeownership on students' academic environment. Results showed better attendance at school, but HFH students fared worse in FCAT performance when compared to control group especially in reading.