The Committee on Environmental Design and Planning offers a collegewide interdisciplinary program leading to the Ph.D. degree in Environmental Design and Planning. Three areas of concentration are available: design; history, theory, and criticism; and planning. The faculty of the Schools of Architecture, Design, and Planning and Landscape Architecture participate in offering the degree. Faculty from disciplines outside of the College of Architecture and Environmental Design may participate in offering the program if appropriate to the interdisciplinary nature of the student’s research interest.
DOCTOR OF PHILOSOPHY
The Ph.D. degree in Environmental Design and Planning is an individualized collegewide interdisciplinary degree that integrates graduate courses and faculty research expertise from a variety of academic areas: architecture, building design, environmental planning, environmental resources, graphic design, industrial design, and interior design. The program is at the cutting edge of creating new knowledge in environmental design and planning. It complements interdisciplinary research in other disciplines within the university. Broad in scope, the program involves multidisciplinary research interests at both micro- and macro-scale levels of design and planning. The program provides research experience for students wishing to pursue careers in academe and in industry as members of interdisciplinary design and planning teams on environmental and energy issues, as well as for those wishing to teach in the architecture, design, or planning fields.
Areas of Concentration
The Ph.D. degree in Environmental Design and Planning offers concentrations in the following areas based on the research and teaching expertise of participating faculty.
Design. Design—microscale issues in the designed environment—includes the study of architecture, building science, graphic design, industrial design, interior design, and landscape architecture. Research fields include acoustics, affordable housing, climate-responsive building, computer-aided design, energy modeling, exhibit design, human factors in design, facilities planning and management, fire protection, industrialized housing, landscape architecture, lighting, passive solar energy and conservation, and site planning and wayfinding.
History, Theory, and Criticism. History, theory, and criticism—cultural and theoretical issues in the history of the environment—includes the study of architecture, environmental planning, industrial design, interior design, landscape architecture, and urbanism. Research fields include study of the arts and crafts movement, contemporary criticism and analysis, design theories and methods, history of building science, history of city planning, landscape theory and criticism, and the history of architecture and design.
Planning. Planning—macroscale issues in the planned environment—includes the study of environmental resource management, landscape architecture, planning, and urban design. Research fields include contemporary urban design, economic development, environmental assessment, environmental planning, ethics in planning, housing and urban development, international development planning, landscape ecology, legal aspects of planning, planning for ethnically diverse populations, the protection of environmentally sensitive areas, public participation, social dimensions of planning, urban design policy, urban planning, and urban and regional development.
Admission Requirements. Students are admitted to the Ph.D. program only upon completion of a master’s degree in architecture, industrial design, interior design, landscape architecture, or planning or upon the demonstration of equivalent standing.
In addition to meeting Graduate College admission requirements, applicants must submit the following to:
A Test of English as a Foreign Language score of at least 600 is required of all applicants whose native language is not English.
Submitted materials are returned after final admission procedures, provided sufficient prepaid postage is enclosed, or if the materials are claimed in person within one year of submission. Unclaimed materials are retained for only one year. The Ph.D. program assumes no liability for lost or damaged materials.
Application Deadlines. All application materials should be received on or before February 15 for fall semester admissions. Applications for associateships and scholarships normally are considered at the same time.
Selection Procedures. The Ph.D. Executive Committee evaluates the applications and supporting materials and recommends to the Graduate College whether the applicant should be granted admission or if admission should be denied. Admission decisions are based on the compatibility of the applicant’s career goals with the purpose of the degree program and research interests of faculty, previous academic training and performance, GRE scores, reference letters, and the ability of the potential mentor to devote time to the student.
If admission is provisional, the Graduate College specifies in its letter of admission the provisions to be met to gain regular status. The Ph.D. Program informs successful applicants of the procedures for enrollment.
Program of Study. The Ph.D. degree in Environmental Design and Planning is structured as a 54-semester-hour post-master’s program, not asan 84-semester-hour postbaccalaureate program. Students must be thoroughly familiar with design and planning and are expected to demonstrate a high level of academic maturity before being admitted to the program.
Each student entering the Ph.D. program is required to submit a program of study during the first year. The director of the Ph.D. program appoints a program committee composed of a minimum of three faculty from the areas of concentration. This committee includes a prospective mentor and is responsible for approving the student’s program of study and monitoring the student’s progress in the program. The program of study consists of a minimum of 54 semester hours of graduate work beyond the master’s degree. Of the 54 semester hours, 24 must be research and dissertation credit. At least 30 semester hours of the remainder, exclusive of dissertation and research hours, must be completed after admission to the Ph.D. program at ASU. No transfer credits are allowed to fulfill the 54-semester-hour minimum requirement for the program.
The student is required to take 15 semester hours in the area of concentration and a minimum of nine semester hours of specialized course work outside the area of concentration; an additional six semester hours in current research and research methods is required.
Preliminary Candidate Evaluation. Before the end of the first academic semester of course work, the student’s mentor and the program director conduct a preliminary evaluation of the student. The evaluation is based on the student’s program check sheet, a progress evaluation by the mentor, and an informal meeting with the program director. It is directed at the student’s selected area of concentration at the time of their admission to the program.
Performance on the preliminary evaluation candidate serves as a guide to the student’s program committee as the committee members counsel the student and formulate a program of study.
Academic Standard and Evaluation. Each student in the program will receive an annual evaluation. Students will submit, to their mentor and the program director, a two-page summation of the academic year. The summation must include proposed research, including progress toward dissertation; a list of goals accomplished during the past academic year; and projected goals for the upcoming academic year. In addition students will present their summation to the CAED core faculty.
Students must meet the minimum Graduate College requirements, but program standards may exceed these requirements. For example, students are expected to
Foreign Language Requirements. None.
Comprehensive Examinations. Upon completion of course work in the Ph.D. program of study and before admission to candidacy and the start of dissertation research, the student must take a written examination on his or her knowledge of the chosen area of concentration and interdisciplinary knowledge, including the ability to communicate across disciplines. The student’s program committee conducts an oral examination following the review of the written examination.
Dissertation Requirements. The dissertation must consist of a fully documented written analysis of a problem that is original in nature and extends the knowledge and/or theoretical framework of the field. The research must demonstrate the student’s creativity and competence in independent research.
Final Examinations. A final oral examination in defense of the dissertation is required. A candidate must pass the final examination within five years after completing the comprehensive examination.
RESEARCH ACTIVITY
The College of Architecture and Environmental Design maintains a rooftop testing laboratory for solar research, a high-bay research facility, a lighting simulation laboratory, a human factors laboratory, an urban design laboratory, an extensive shop facility, computing resources and laboratories, a material resource center, a general rangeland ecology laboratory, a soils and riparian research laboratory, a GIS laboratory, and a range-wildlife nutrition ecology laboratory. These facilities are augmented by the CAED library, media center, and the Gallery of Design.
Facilities for basic research activities and community service oriented programs in energy technology, design, real estate development, and planning are also provided by the college through the Herberger Center for Design Excellence and the joint urban design program.
Faculty from the three schools participate in research in the following broadly defined areas.
School of Architecture. Architectural design methodology, solar architecture design, energy performance in buildings, architectural computing and graphics, facilities development and management, environments for aging, housing, urban design, building technology, environmental analysis and programming, passive cooling and heating, ecotechniques, arid region building and systems design, and architectural history.
School of Design. Problem-solving strategies; problem definition; aesthetic, political, economic, and social theories; design history, methodology, theory, and criticism; methods as applied to materials culture and human expression; theories and methods of human factors and ergonomics; design production, planning, and marketing; acoustics and lighting design; perception and visual performance; computer imaging, visualization, analysis, and perception; human-machine interface design; product semantics, appropriate technology, and environmental issues; environmental graphics; environmental psychology; corporate, institutional, and healthcare design; postoccupancy evaluation; aging and design; public welfare and safety; rehabilitation, restoration, and preservation design; facility management methodology; design education theory; design forecasting; and collaborative learning and design journalism.
School of Planning and Landscape Architecture—Environmental Planning. Research is primarily conducted in the following four areas.
Urban and Regional Development. Housing, economic and community development, citizen participation, policy analysis, transportation, and the politics of planning.
Urban Design. Urban landscape design, planning and land-use law, urban design theory, development controls, and design guidelines.
Landscape Ecological Planning. Public land management, the conservation of renewable and nonrenewable resources, sustainable development, hazards planning, environmental impact assessment, riparian and wetlands protection, and land-use planning.
International Planning. Housing, economic and community development, urban design, landscape ecology, and agroforestry.
School of Planning and Landscape Architecture—Environmental Resources. Research programs include applications of geographic information systems to resource management, monitoring of ecological change, wildlife habitat ecology, vegetation dynamics, fire ecology, soil ecology and ecosystem restoration.
Range ecology studies investigate various problems, from shrub control and hydrologic research in Arizona chaparral to the use of microcomputers in field data acquisition and the effects of power plant emission on vegetation. Other research has considered the relationships between both livestock and wildlife and their environments.
Environmental Design and Planning
In addition to the EPD 700-level courses, refer to the course listing under the following majors for courses that are available to support the collegewide interdisciplinary degree program in Environmental Design and Planning: architecture, building design, environmental planning, environmental resources, industrial design, interior design, and landscape architecture.
Omnibus Graduate Courses: See omnibus graduate courses that may be offered.
Page last updated:
Visits to this page: