Northern Kentucky University

What you'll study

This programme blends coursework in medical and scientific illustration with studies in health informatics, data visualisation and user-centred design. Core topics typically include anatomical and clinical illustration, digital imaging and 3D modelling, visualisation of complex datasets, information architecture for health applications, and principles of biomedical ethics and communication.

• Anatomical and clinical drawing — advanced rendering techniques, dissection observation and creating visuals that adhere to medical accuracy.
• Digital imaging and 3D modelling — instruction in industry-standard software for illustration, animation, virtual modelling and rapid prototyping for educational and surgical planning purposes.
• Health informatics foundations — electronic health records basics, clinical data standards, information governance and interoperability concepts relevant to visual and interface design.
• Data visualisation and interaction design — methods for translating clinical and research datasets into clear visual narratives and interactive tools for clinicians, patients and educators.
• Research methods and project work — applied research, design inquiry, usability testing and a capstone or thesis project that produces a professional portfolio piece (for example: an educational animation, an app interface for patients, or a 3D anatomical model linked to clinical data).
• Professional practice — ethics, intellectual property, client communication, freelancing and collaboration with healthcare teams.

Structure

The degree is typically delivered through a mix of studio-based workshops, lectures, lab sessions and project placements. Students work on individual and collaborative projects, build a professional portfolio, and may undertake practicum placements or collaborative research with local hospitals, medical schools or industry partners.

Entry requirements

Applicants are usually expected to hold a bachelor’s degree in a relevant discipline such as fine art, scientific illustration, graphic design, biology, biomedical science, nursing, computer science or a related field. A combination of artistic ability and familiarity with scientific/medical concepts is desirable.

• Academic transcripts demonstrating completion of an undergraduate degree from an accredited institution.
• Portfolio showcasing representative work (clinical or scientific illustration, digital projects, 3D models, data visualisations or related materials) to demonstrate technical and conceptual skills.
• Statement of purpose describing career goals, relevant experience and reasons for pursuing the programme.
• References — academic or professional recommendations supporting suitability for graduate study.
• Some applicants may be asked to provide evidence of foundational knowledge in anatomy or informatics; bridging courses can be arranged for those with strong potential but gaps in prerequisites.

Career prospects

Graduates enter careers that straddle visual communication, healthcare and technology. Typical roles include medical illustrator, visualisation specialist, 3D modeler for anatomy and surgery planning, user experience (UX) designer for health applications, clinical educator producing instructional materials, and medical media producer.

Alumni find work in hospitals, medical schools, publishing houses, healthcare technology companies, biomedical device manufacturers, simulation and training companies, public health organisations and freelance/consultancy practices. The programme’s emphasis on informatics also prepares graduates to contribute to multidisciplinary teams developing clinical decision support tools, patient education platforms and research visualisation pipelines.

Why study at Northern Kentucky University

Northern Kentucky University offers an applied, collaborative approach with access to regional healthcare resources and a creative, studio-focused learning environment. Proximity to a major metropolitan medical and research community supports placements and industry partnerships, while faculty typically include practitioners with experience in medical communication and informatics.

Students benefit from hands-on facilities for digital imaging, 3D fabrication and interactive media, and from an emphasis on producing a professional portfolio and practicum experience that facilitate transition to practice. The programme’s interdisciplinary orientation is designed to equip graduates with both the artistic craftsmanship and the informatics literacy demanded by contemporary healthcare and biomedical industries.