Cost & earnings at University of Colorado Boulder What students borrow here, and what they go on to earn
Architectural Engineering Technology graduates earn a median $44,356 Across 17 US programmes, two years after finishing
See the degree grade →The PhD in Architectural Engineering at the University of Colorado Boulder is a research-focused doctoral programme for students who want to advance knowledge in building systems, structural performance and the interaction of technology and the built environment. It suits engineering graduates aiming for leadership in research, higher education, advanced consulting or technology development in areas such as building science, structural engineering and sustainable design.
The PhD in Architectural Engineering is centred on original research complemented by advanced coursework. Students typically take classes in structural mechanics and dynamics, advanced building science, thermal and fluid systems for buildings, control systems, daylighting and lighting systems, acoustics, computational design and simulation, and sustainable/low‑energy building technologies. The programme emphasises quantitative methods including finite element analysis, computational fluid dynamics, building energy modelling, sensors and data analytics, and experimental methods for assessing structural and building performance.
Program structure normally includes a combination of graduate coursework, qualifying examinations, a research proposal or candidacy milestone, and a doctoral dissertation. Course selection is tailored to the student’s research focus and is taken under the guidance of a faculty advisor and a doctoral committee. Research areas represented by faculty and groups include structural resilience and seismic engineering for buildings and infrastructure, building energy systems and decarbonisation strategies, indoor environmental quality, controls and cyber‑physical systems for buildings, material and façade performance, and computational design and optimisation.
Applicants are expected to hold a relevant master’s degree (or equivalent) in architectural engineering, civil engineering, mechanical engineering, building science, or a closely related discipline. Candidates with a strong bachelor’s degree and substantial research experience may also be considered. Typical application components include a statement of purpose describing research interests, a curriculum vitae, academic transcripts, letters of recommendation from academic or professional referees, and evidence of quantitative coursework and research experience.
Strong preparation in mathematics, mechanics, thermodynamics or fluid mechanics, and basic structural or building systems coursework is required. International applicants whose first language is not English must demonstrate English proficiency through approved qualifications unless exempt. Selection places significant weight on fit with available faculty supervisors and the applicant’s potential for independent research.
Graduates of the PhD in Architectural Engineering typically pursue careers in academic research and teaching, leading roles in engineering and consulting firms, research and development in industry, and technical leadership in government agencies and non‑profit research organisations. Common career paths include university faculty positions, senior roles in structural or building systems consultancy, research scientist or engineer positions in laboratories and think tanks, roles in building performance and energy policy, and technical leadership in construction technology and smart buildings companies.
Doctoral training also prepares graduates for interdisciplinary collaborations with architects, urban planners, material scientists and computer scientists, enabling leadership in projects that integrate structural resilience, occupant health, energy efficiency and digital technologies.
University of Colorado Boulder hosts the Architectural Engineering programme within a department known for strong interdisciplinary research in civil, environmental and architectural engineering. Students benefit from access to specialised laboratories and experimental facilities for structural testing, environmental chambers, and building systems instrumentation. Faculty research is active across building science, structural engineering, energy systems and computational methods, providing a broad range of potential supervisors and collaborative projects.
The university’s location in the Denver–Boulder region supports partnerships with industry, national laboratories and start‑ups working on energy, resilience and sustainable buildings. Doctoral students also gain from a research culture that encourages real‑world impact through applied experimentation, field studies and technology transfer, while being supported by a community that values outdoor living and a high quality of life.
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