Thesis (MSc (.Architecture)) -- University of Pretoria, 2001. / Available on the Internet via the World Wide Web.

A Primer for Students of Architecture in Sustainable Design, to be used as a part of design studios at the second or third year level. The Primer is written to students as individuals it can be used independent of any particular course assignments or requirements. the Primer is organized in three parts and around the five S.H.I.R.T. Principles, that introduce the student to a method of incorporating the new environmental constraints involved in the more sustainable design approaches. / Department of Architecture

Thesis (M.S.)--Washington State University, May 2010. / Title from PDF title page (viewed on July 16, 2010). "School of Earth and Environmental Sciences." Includes bibliographical references (p. 51-57).

Sustainable building (SB) tools have been recognized and explored in different regions as among the most effective means to encourage, regulate and assist SB development. A large variety of SB tools have been developed and applied in the marketplace, while a number of new tools emerge each year. While the early-developed SB tools provide general references and resources, it is still not easy either to select from existing tools, to develop new tools, or to customize existing tools for any specific region. On the one hand, the quickly expanding number of tools is developed with different styles, contents, functions, underlying assumptions as well as limitations relating to the specific conditions in their origin regions. Without a comprehensive framework to classify the tools, it is difficult to select the right ones out for any specific task in hand. On the other hand, the conditions and requirements for developing SB tools in a specific region are multi-faceted and complex. Without a proper understanding of them from a holistic point of view, it is difficult to say which tools or which type of tools are indeed needed and appropriate in a region. Recognizing the demand for developing and applying specific SB tools in different regions and the confusion surrounding existing tools, this research establishes two comprehensive conceptual frameworks to classify SB tools and SB issues. The framework for SB tools includes four related categories that focus on building stakeholders, building activities, buildings, and building performances. The framework for SB issues constitutes two combined hierarchy structures each for the performance (P) factors and the decision-making (D) factors respectively. These two frameworks not only serve as guides toward identifying the types of tools (existing or not) that are needed and suitable in a specific region, but also facilitate the selection and customization of existing tools for specific regions. Guided by the two generic frameworks established in the research, China specific conditions and requirements for SB tools are investigated. China specific SB issues are first identified from three preliminary SB tools in the country and classified according to the generic frameworks for SB issues. A questionnaire survey targeting local architects is then conducted in four selected cities. Answers in the replied questionnaires are analysed with the SPSS software and the Content Analysis method. Local architects??? perception about the relative importance of SB issues and their preferences and expectation about the characters, orientations, functions and styles of SB tools are identified and compared with that in existing SB tools. Accordingly, similarities and contradictions between existing tools and local architects??? perceptions, preferences, and expectations regarding China specific SB tools are summarized and discussed. Synthesizing the above research and investigation about the generic and regionally specific aspects of SB tools, this thesis finally proposes a holistic approach to developing generic vs. regionally specific frameworks for SB tools. First, a more balanced approach for developing SB tools in both the broad and narrow senses is proposed and discussed; second, a suite approach for developing SB tools in both the functional and spatial dimensions is proposed and discussed. Conceptual frameworks are established in the discussions; examples are provided to illustrate the concepts; and recommendations are made for further development of the generic vs. regionally specific frameworks for SB tools in China.

Thesis (B.Sc)--University of Hong Kong, 2004. / Includes bibliographical references (p. 127-132)

Sustainable building (SB) tools have been recognized and explored in different regions as among the most effective means to encourage, regulate and assist SB development. A large variety of SB tools have been developed and applied in the marketplace, while a number of new tools emerge each year. While the early-developed SB tools provide general references and resources, it is still not easy either to select from existing tools, to develop new tools, or to customize existing tools for any specific region. On the one hand, the quickly expanding number of tools is developed with different styles, contents, functions, underlying assumptions as well as limitations relating to the specific conditions in their origin regions. Without a comprehensive framework to classify the tools, it is difficult to select the right ones out for any specific task in hand. On the other hand, the conditions and requirements for developing SB tools in a specific region are multi-faceted and complex. Without a proper understanding of them from a holistic point of view, it is difficult to say which tools or which type of tools are indeed needed and appropriate in a region. Recognizing the demand for developing and applying specific SB tools in different regions and the confusion surrounding existing tools, this research establishes two comprehensive conceptual frameworks to classify SB tools and SB issues. The framework for SB tools includes four related categories that focus on building stakeholders, building activities, buildings, and building performances. The framework for SB issues constitutes two combined hierarchy structures each for the performance (P) factors and the decision-making (D) factors respectively. These two frameworks not only serve as guides toward identifying the types of tools (existing or not) that are needed and suitable in a specific region, but also facilitate the selection and customization of existing tools for specific regions. Guided by the two generic frameworks established in the research, China specific conditions and requirements for SB tools are investigated. China specific SB issues are first identified from three preliminary SB tools in the country and classified according to the generic frameworks for SB issues. A questionnaire survey targeting local architects is then conducted in four selected cities. Answers in the replied questionnaires are analysed with the SPSS software and the Content Analysis method. Local architects??? perception about the relative importance of SB issues and their preferences and expectation about the characters, orientations, functions and styles of SB tools are identified and compared with that in existing SB tools. Accordingly, similarities and contradictions between existing tools and local architects??? perceptions, preferences, and expectations regarding China specific SB tools are summarized and discussed. Synthesizing the above research and investigation about the generic and regionally specific aspects of SB tools, this thesis finally proposes a holistic approach to developing generic vs. regionally specific frameworks for SB tools. First, a more balanced approach for developing SB tools in both the broad and narrow senses is proposed and discussed; second, a suite approach for developing SB tools in both the functional and spatial dimensions is proposed and discussed. Conceptual frameworks are established in the discussions; examples are provided to illustrate the concepts; and recommendations are made for further development of the generic vs. regionally specific frameworks for SB tools in China.

Sustainable building (SB) tools have been recognized and explored in different regions as among the most effective means to encourage, regulate and assist SB development. A large variety of SB tools have been developed and applied in the marketplace, while a number of new tools emerge each year. While the early-developed SB tools provide general references and resources, it is still not easy either to select from existing tools, to develop new tools, or to customize existing tools for any specific region. On the one hand, the quickly expanding number of tools is developed with different styles, contents, functions, underlying assumptions as well as limitations relating to the specific conditions in their origin regions. Without a comprehensive framework to classify the tools, it is difficult to select the right ones out for any specific task in hand. On the other hand, the conditions and requirements for developing SB tools in a specific region are multi-faceted and complex. Without a proper understanding of them from a holistic point of view, it is difficult to say which tools or which type of tools are indeed needed and appropriate in a region. Recognizing the demand for developing and applying specific SB tools in different regions and the confusion surrounding existing tools, this research establishes two comprehensive conceptual frameworks to classify SB tools and SB issues. The framework for SB tools includes four related categories that focus on building stakeholders, building activities, buildings, and building performances. The framework for SB issues constitutes two combined hierarchy structures each for the performance (P) factors and the decision-making (D) factors respectively. These two frameworks not only serve as guides toward identifying the types of tools (existing or not) that are needed and suitable in a specific region, but also facilitate the selection and customization of existing tools for specific regions. Guided by the two generic frameworks established in the research, China specific conditions and requirements for SB tools are investigated. China specific SB issues are first identified from three preliminary SB tools in the country and classified according to the generic frameworks for SB issues. A questionnaire survey targeting local architects is then conducted in four selected cities. Answers in the replied questionnaires are analysed with the SPSS software and the Content Analysis method. Local architects??? perception about the relative importance of SB issues and their preferences and expectation about the characters, orientations, functions and styles of SB tools are identified and compared with that in existing SB tools. Accordingly, similarities and contradictions between existing tools and local architects??? perceptions, preferences, and expectations regarding China specific SB tools are summarized and discussed. Synthesizing the above research and investigation about the generic and regionally specific aspects of SB tools, this thesis finally proposes a holistic approach to developing generic vs. regionally specific frameworks for SB tools. First, a more balanced approach for developing SB tools in both the broad and narrow senses is proposed and discussed; second, a suite approach for developing SB tools in both the functional and spatial dimensions is proposed and discussed. Conceptual frameworks are established in the discussions; examples are provided to illustrate the concepts; and recommendations are made for further development of the generic vs. regionally specific frameworks for SB tools in China.

Thesis (M.L.A) -- University of Texas at Arlington, 2008.

Thesis (M.C.R.P) -- University of Texas at Arlington, 2007.

Architectural sustainability is ambiguous. The contemporary understanding of sustainability is often debated on the basis of environmental and humanitarian focus. This focus often brings ambiguity when the concept of sustainability is promoted as an end product and not as a perpetual process. For ecologically harmonious and sustainable human survival, sustainable methods and processes are believed to encourage reworking the course of human development.The Component-based design approach is a promising and appropriate method for achieving sustainability. The method involves systems thinking and illustrates characteristics like flexibility, resilience, adaptability and generative system. The focus of design should be in making relationships among these various components and processes, rather than emphasis on end product. This creative project illustrates these conceptual processes using computational logic to create a project for graphics and multimedia presentation. / Department of Architecture