Georgia Institute of Technology

What you'll study

This doctoral programme combines advanced studio work, theoretical and historical inquiry, and empirical research methods to support original contributions to design and applied arts. Core elements include advanced design studios, seminars in design theory and criticism, qualitative and quantitative research methods, and electives that may be taken across Georgia Tech's colleges. Students typically undertake coursework to build depth in areas such as interaction design, material and fabrication practices, critical design, digital media, design for health and wellbeing, sustainability, and cultural policy.

After completing required coursework, students prepare and pass a qualifying examination or portfolio review, propose an original research project, and progress to sustained dissertation research under faculty supervision. Training emphasises methodological rigour (e.g. ethnography, participatory design, experimental prototyping, computational design methods), professional practice, and pedagogical skills through teaching assistantships or practicum opportunities. Students have access to campus facilities such as the Invention Studio, fabrication labs, digital media studios, and interdisciplinary research centres for prototyping and exhibition of work.

Entry requirements

Applicants are normally expected to hold a relevant master's degree (for example in design, fine arts, architecture, human–computer interaction, media studies or a closely related discipline), though applicants with a strong bachelor's degree plus significant professional or research experience may also be considered. A competitive application typically includes the following:

• Academic transcripts demonstrating strong performance in prior degree(s).
• A research statement outlining proposed doctoral topics, questions and relevant background.
• A portfolio of creative and/or research work that evidences design thinking, process and outcomes.
• Letters of recommendation from academic or professional referees who can speak to research potential.
• A current CV or résumé summarising education, relevant employment, exhibitions, publications and projects.

GRE requirements vary and applicants should check the programme admissions page for current policy; programmes at Georgia Tech often treat GRE submissions as optional or contextual. International applicants must meet English language proficiency requirements as set by the institute.

Career prospects

Graduates of the PhD in Design and Applied Arts pursue diverse careers in academia, industry and the cultural sector. Typical career paths include:

• Faculty positions and research posts in universities and art schools, leading research labs or design studios.
• Research scientist or design researcher roles in technology companies, research organisations and think tanks focused on human-centred design and innovation.
• Leadership positions in design strategy, product innovation, experience design and service design within private and public sector organisations.
• Curatorial and programme-director roles in museums, cultural institutions and arts organisations that bridge creative practice and public engagement.
• Founding or joining design-led startups and social enterprises where deep research informs new products, services or cultural interventions.

Why study at Georgia Institute of Technology

Georgia Tech offers a research-intensive environment where design and applied arts are pursued in close dialogue with computing, engineering, business and the built environment. The College of Design is internationally recognised for its emphasis on rigorous design research and cross-disciplinary collaboration. Students benefit from working with faculty whose expertise spans interaction design, material practices, digital fabrication, critical theory and community-engaged design.

The institute's strong ties to industry and to Atlanta's vibrant cultural scene provide opportunities for funded research collaborations, internships and public-facing projects. Extensive maker and fabrication facilities, interdisciplinary research centres, and a collaborative student community support ambitious experimental work. Teaching and mentoring opportunities further prepare graduates for academic careers and leadership roles in research and professional practice.