Kent State University

What you'll study

This programme blends studio-based medical illustration with coursework in informatics, imaging and research methods. Core practical modules typically cover human anatomy for illustrators, medical and scientific illustration techniques, digital imaging, 3D modelling and animation, and illustration practicum. Informatics and technology modules commonly include health data visualisation, medical imaging technologies, user-centred interface design, programming fundamentals for visualisation, and database principles applied to healthcare information.

Students also study research methods and ethics, statistics for health information, and visual communication theory. The degree usually culminates in a substantial capstone project or thesis that integrates visual production and informatics — for example a data-driven visualisation, an educational animation series, an interactive clinical decision-support prototype, or a research study on effectiveness of visual materials in clinical education.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in a relevant subject such as fine art, graphic design, illustration, biomedical science, biology, anatomy, or another allied discipline. Applicants whose undergraduate degree is primarily artistic may be asked to demonstrate biology/anatomy preparation, while science graduates may be expected to show visual art or design competence.

• A portfolio of artwork or visual projects showing observational drawing, figure work, and examples of scientific or instructional illustration where available.
• A personal statement outlining academic and professional goals, and how the programme fits those aims.
• Transcripts and at least two academic or professional references.
• International applicants must meet English language requirements as set by the university.

Career prospects

Graduates move into a variety of roles across healthcare, education, publishing and technology. Typical careers include medical or biomedical illustrator, 3D medical animator, visualisation specialist for research teams, health communication designer, and instructional designer for medical education. Skills in informatics and data visualisation also open roles in clinical informatics teams, user-experience design for health applications, and positions with medical device companies or healthcare technology startups.

Alumni work freelance, join specialised visualisation agencies, or take roles within hospitals, universities and research centres producing patient education, surgical visualisation, grant visuals and interactive learning materials. The combination of illustration and informatics makes graduates well suited to interdisciplinary teams that translate complex clinical data into accessible visuals.

Why study at Kent State University

Kent State offers an interdisciplinary environment that brings together visual communication, science and technology, creating strong practical training with research-led teaching. The programme emphasises studio practice alongside informatics skills, so students gain both high-level artistic technique and technical competencies in imaging, 3D software and data visualisation.

Students benefit from dedicated studios and imaging facilities, opportunities for collaborative projects across departments, and proximity to a broader regional healthcare and research network, which supports practicum placements and real-world projects. Faculty typically include practising illustrators and researchers who can provide professional mentorship and industry insight, preparing graduates for a range of careers in medical visualisation and health informatics.