Doctor of Philosophy in Architecture with Specialization in Technologies of the Built Environment
52 credit hours beyond the master’s degree
Written qualifying examination
Dissertation and oral defense
The Doctor of Philosophy (Ph.D.) in Architecture program is for those individuals who desire to pursue careers in academia and/or in research-based professional practice. As the most advanced academic degree, the Ph.D. recognizes both the highest level of expertise and the production of significant novel work. The program, which is offered in two tracks, Technologies of the Built Environment (TBE) and History, Theory, and Criticism (HTC), demands a deep understanding of the related theories in contemporary intellectual terrain, a command of advanced research methodologies, and a commitment to critical inquiry that extends the frontiers of knowledge.
The program begins with advanced coursework and culminates in a dissertation that is the result of extensive, original, and rigorous research and thought. The Ph.D. program grows out of the school’s collective commitment to progressive research that is grounded in the realities of the workplace and devoted to contesting existing values and ideologies. Doctoral students also have the opportunity to participate in the experiments of design studios and later help guide these efforts in mentoring roles, helping to shape the debate within the college through their involvement in the college’s “cloud studio.”
An applicant to the doctoral program generally must hold a professional Master of Architecture degree (M.Arch.), or Master of Science in Architecture (M.S.Arch.) from a NAAB-accredited U.S. university or Master of Landscape Architecture (M.L.A.) from an LAAB-accredited U.S. university or the equivalent. Students with graduate degrees in allied fields, such as engineering and art history, are also eligible. Students holding a Bachelor of Architecture (B.Arch.) can apply through the Master of Science program at the College of Architecture.
The applicant should meet all entrance requirements of the university’s Graduate College, plus a minimum cumulative grade point average of 3.5 on a 4.0 scale, a TOEFL score of at least 80/550, and at least three letters of recommendation from immediate supervising professors. The applicant should also submit a statement of purpose indicating a subject of study or research work and should provide a portfolio demonstrating the qualities of his or her accomplishments and expertise.
The program requires a minimum of 52 credit hours usually completed in three-and-a-half to four years beyond the M.Arch. degree. The majority of the coursework will be selected from the curriculum with the College of Architecture, though students are encouraged to have their research find connections to other doctoral programs at the university.
Upon completion of the first academic year, the candidate will be required to pass a qualifying examination in both written and oral formats. The student is also required to take and pass a comprehensive examination, often at the end of the second year, before he or she will officially be admitted to Ph.D. candidacy. At the end of the program, the candidate will take a final examination which will consist of an oral presentation and defense of the dissertation. Current areas of study include urban energy modeling, high-rise and long-span buildings, technology applications, energy conscious design, emerging urbanisms, housing, history/theory, and advanced computer applications. Work for the Ph.D. must be completed within six years after admission to doctoral candidacy.
Specialization in Technologies of the Built Environment
Architecture is a discipline encompassing both theory and practice. Engineering is a science applied to many industries of design and the construction trades, including energy systems, materials, structural efficiencies, acoustics, lighting, etc. Thus the professional reach of the two fields overlap in many ways. This joint specialization between the College of Architecture and the Department of Civil, Architectural, and Environmental Engineering provides a new pathway for qualified architecture and engineering students with suitable backgrounds to pursue doctoral research in various fields of building technologies, which span subjects including building physics, architecture, structural engineering, design, and others.
The program requires a minimum of 52 credit hours, usually completed in three-and-a-half to four years beyond the M.Arch. degree, which will include six credit hours of core courses. Another six credit hours will be chosen from a list of courses, depending on the student’s dissertation research interests. Students must also complete at least 24 credit hours of dissertation research courses (ARCH 691 or CAE 691).
|CAE 513||Building Science||3|
|ARCH 601||Doctoral Methodology Pre-Seminar||3|
|Select a minimum of two courses from the following:||6|
|Acoustics and Lighting||3|
|Building Enclosure Design||3|
|Measurement and Instrumentation in Architectural Engineering||3|
|Indoor Air Pollution||3|
|Structures I: Structural Analysis -- The System||3|
or ARCH 486
|Structures II: Building Design|
|Long-Span and Special Structures||3|
|Design Communications III||3|
|Topics in Advanced Technology||3|
|Design of Energy-Efficient Buildings I||3|
or ARCH 552
|Design of Energy-Efficient Buildings II|
|Crafting a Dissertation||3|
|Select 16 credit hours 1||16|
|ARCH/CAE 691||Doctoral Research||24|
|Master's Transfer Coursework||(32)|
|A maximum of 32 credit hours may be transferred from master's degree||32|
|Total Credit Hours||84|
Elective coursework should be taken within the student's field of concentration and/or to supplement their research interests. Courses within ARCH, CAEE, MMAE, and a number of other departments are allowed but are subject to adviser approval.