Florida International University

What you'll study

The programme combines advanced coursework and an independent research dissertation to develop expertise in building technology and performance. Core study areas typically include building science (heat, moisture and energy transfer), environmental systems and HVAC interactions, daylighting and acoustics, materials and construction technology, façade engineering, and building performance simulation and analysis.

Students also engage in computational design and digital fabrication, parametric and data-driven design methods, sensor networks and performance monitoring, and advanced research methods and statistics for design and the built environment. The programme structure normally includes taught research seminars, elective specialised courses, a qualifying/comprehensive examination and a sustained original research dissertation under the supervision of a faculty advisor.

• Research methods and advanced statistics for architectural research
• Building performance simulation and energy modelling
• Thermal, hygrothermal and daylighting analysis
• Materials and construction technology; façade and envelope systems
• Computational design, parametric workflows and digital fabrication
• Field monitoring, sensor networks and data analysis
• Doctoral seminar and dissertation research

Entry requirements

Applicants are normally expected to hold a recognised master’s degree in architecture, architectural technology, building science, civil or mechanical engineering, environmental design or a closely related field. Strong academic performance in previous degrees and evidence of research potential are required.

Typical application materials include a curriculum vitae, academic transcripts, a statement of purpose outlining proposed research interests, at least three academic or professional letters of recommendation, and a research proposal or writing sample. A portfolio showing design and technical work is usually requested from applicants with architecture or design backgrounds. International applicants must demonstrate English language proficiency according to university regulations.

Selection is competitive and based on alignment of applicant research interests with faculty expertise, prior preparation for advanced research, and available supervision and resources. Some applicants may be invited for an interview with potential supervisors.

Career prospects

Graduates of the PhD in Architectural Sciences and Technology pursue a range of careers in academia, industry and research: teaching and tenure-track positions in architecture and engineering schools; research scientist roles in university or private research centres; technical leadership and R&D positions with engineering consultancies, façade and building systems manufacturers, and construction technology firms.

Other career paths include building performance and sustainability consultancy, specialised roles in building simulation and energy modelling, computational design leadership in digital practice, positions with government agencies or non-profit organisations focused on resilience and climate-responsive design, and entrepreneurship in construction technology and advanced materials.

Why study at Florida International University

Florida International University offers a doctoral environment that emphasises interdisciplinary research across architecture, engineering and environmental studies, with opportunities to work on issues particular to subtropical and coastal contexts. The School of Architecture and allied colleges provide access to technical laboratories, digital fabrication facilities and performance-testing equipment, alongside software and sensor platforms used in contemporary building science research.

FIU’s location in Miami creates proximity to a diverse built environment and a regional industry base engaged with climate adaptation, resilience and sustainable urban development, enabling applied research partnerships with local practice and public agencies. Doctoral students benefit from faculty with active research programmes, collaborative opportunities across departments, and a university infrastructure that supports grant-funded research and public engagement.