University of Kansas

What you'll study

The programme is structured around independent research supported by advanced coursework and seminars. Core areas of study typically include building science and environmental systems, materials and construction technologies, computational design and digital fabrication, performance simulation and measurement, and research methods for the built environment. Students take a combination of graduate seminars and directed research credits that prepare them to develop and execute an original dissertation.

• Research methods and theory: qualitative and quantitative methods, experimental design, and scholarly communication.
• Building performance: thermal, acoustic and daylighting analysis; HVAC systems and indoor environmental quality.
• Materials and fabrication: advanced materials, construction technology, and digital fabrication techniques.
• Computation and simulation: parametric modelling, performance-driven design, scripting and analysis workflows.
• Seminars and electives: focused topics such as resilient design, sustainable systems, or smart building technologies.
• Dissertation: a sustained original research project culminating in written dissertation and public defence.

Entry requirements

Applicants are expected to hold a relevant master's degree (for example architecture, architectural engineering, building science, or a closely related field) and demonstrate capacity for independent research. A strong academic record, a statement of research interests, a detailed research proposal, and letters of recommendation are typically required. Candidates with significant professional experience and a compelling portfolio that demonstrates design and technical competence may also be considered. International applicants must meet the university's English language requirements.

Career prospects

Graduates go on to careers in academic research and teaching, design-led and technical practice, building science and consulting, industrial research and development, and positions in government or non-profit organisations concerned with the built environment. The programme prepares graduates to lead interdisciplinary teams, manage research projects, secure competitive research funding, and translate advanced technical research into practical applications in architecture, construction technology and urban systems.

Why study at University of Kansas

The University of Kansas offers a doctoral environment with close mentorship from faculty active in building science, digital technologies and materials research. Students benefit from interdisciplinary collaboration across architecture, engineering and computing, access to specialised workshops and labs for fabrication and testing, and opportunities to engage with regional design firms and research centres. The campus setting in Lawrence provides a balance of academic resources and professional connections within a midwestern context, supporting both focused research and applied projects.