University of Iowa

What you'll study

This PhD programme brings together coursework and original research in visual communication, biomedical imaging, clinical informatics and data visualisation. Core study areas typically include human anatomy and physiology for illustrators, principles of scientific visualisation, digital imaging and graphics, medical imaging modalities and image processing, clinical data standards and health information systems, data analytics and machine learning for biomedical data, research methods and statistics, and pedagogy for medical education.

Programme structure normally comprises an initial period of taught coursework to provide depth in both illustration and informatics, laboratory-based rotations or collaborative projects with clinical partners, a qualifying or comprehensive examination, and an extended supervised research dissertation. Students develop skills in technical visualisation tools (3D modelling, animation, volumetric rendering), programming and data analysis (Python, R or similar), usability and human factors methods, and rigorous research design. Many students also complete practicum placements or collaborative design projects with the University of Iowa Hospitals & Clinics and other campus research groups.

Typical modules and subject areas you can expect to encounter include:

• Advanced Human Anatomy and Applied Physiology for Visualisation
• Biomedical Imaging and Image Analysis
• Medical and Scientific Visual Communication (2D and 3D)
• Clinical Informatics and Health Data Standards
• Data Visualisation, Interaction Design and User Evaluation
• Machine Learning and Statistical Methods for Biomedical Research
• Research Methods, Ethics and Responsible Conduct of Research
• Teaching Practicum and Communication of Science

Entry requirements

Applicants are normally expected to hold a relevant master's degree or a strong honours bachelor's degree in a related discipline such as biomedical sciences, computer science, informatics, medical illustration, visual communication, biomedical engineering or a closely related field. Candidates with substantial professional experience in medical illustration, health informatics or biomedical visualisation may also be considered.

Typical application elements include academic transcripts, a curriculum vitae, a portfolio demonstrating visual work if coming from an illustration or design background, a statement of research interests or proposed research topics, and at least two academic or professional references. Evidence of quantitative competence and some programming or data analysis experience is highly desirable. International applicants must meet the University of Iowa's English language proficiency requirements.

The programme looks for demonstrated potential for research (publications, project reports or a research-led portfolio) and clear alignment between the applicant's interests and faculty expertise. Prospective students are encouraged to contact potential supervisors to discuss fit before applying.

Career prospects

Graduates of this PhD typically progress to a range of roles in academia, healthcare and industry. Common career paths include academic research and university teaching in medical illustration, biomedical visualisation and informatics; clinical informatics specialist roles within hospitals and health systems; research scientist positions in biomedical imaging and data science labs; and senior visualisation or user-experience roles in medical publishing, educational technology and life-sciences companies.

Other opportunities include leadership positions in medical communications, scientific visualisation studios, health-technology startups, museum and outreach science communication, and consultancy roles supporting clinical trials, regulatory submissions and patient education. The combination of rigorous research training and applied visualisation skills makes graduates well suited to interdisciplinary teams focused on improving clinical decision-making, education and patient engagement through data-driven visual communication.

Why study at University of Iowa

The University of Iowa offers an interdisciplinary environment that brings together strengths in the Carver College of Medicine, departments involved in biomedical informatics and the arts. Students benefit from close access to the University of Iowa Hospitals & Clinics for clinical collaboration, a broad range of imaging resources and opportunities to work with researchers across medicine, engineering and design.

The campus supports collaborative, practice-based research and provides technical resources (imaging labs, visualization studios and high-performance computing) alongside mentorship from faculty with experience in medical visualisation, informatics and clinical research. PhD students can take advantage of established graduate training infrastructure, opportunities for funded research assistantships, and a culture that emphasises translational impact—applying research outputs directly to education, clinical care and healthcare technologies.

Overall, the programme is suited to students seeking a rigorous research degree that integrates visual communication and informatics to address contemporary challenges in biomedical science and healthcare.