John Hopkins University

What you'll study

This interdisciplinary programme brings together traditional and digital visualisation techniques with informatics principles. Core study areas typically include human anatomy and physiology for artists, visual communication and design theory, digital modelling and 3D rendering, motion graphics and scientific animation, user-centred design for health applications, and data visualisation and biomedical informatics. Students also study image-making for clinical documentation, surgical illustration, and ethics and legal considerations in medical imaging.

• Anatomy and physiology for illustrators: intensive observational work, dissection-room study or virtual anatomy tools to ensure accurate depiction of structures.
• Traditional and digital media: advanced drawing, painting, vector illustration, digital painting, and hybrid workflows.
• 3D modelling and animation: polygonal modelling, sculpting, rigging, rendering and scientific animation techniques for biomedical subjects.
• Biomedical informatics and data visualisation: principles of clinical data, visual analytics, dashboards, and interactive visual interfaces for research and clinical decision support.
• Interactive and immersive media: development of web-based modules, AR/VR applications and mobile-friendly educational tools for patients and professionals.
• Professional practicum and project: supervised client projects, placements with clinical teams, and a capstone portfolio or research project demonstrating applied skills.

Entry requirements

Applicants are normally expected to hold an undergraduate degree in fine art, illustration, graphic design, biological sciences, biomedical engineering, computer science or a closely related discipline. A strong portfolio that demonstrates observational drawing, visual problem solving and digital work is required. Admissions typically require academic transcripts, a personal statement outlining professional goals, and references; some applicants may be invited to interview or provide a technical skills demonstration. Relevant professional experience or coursework in anatomy, life sciences or programming can strengthen an application. English language proficiency is required for applicants whose first language is not English.

Career prospects

Graduates go on to roles that bridge medicine, science and communication. Typical career paths include medical or biological illustrator, scientific visualisation specialist, clinical education designer, animation and multimedia developer for health and pharmaceutical companies, user-experience designer for clinical software, and museum or university exhibition developer. Alumni also work in healthcare communications, medical publishing, clinical trials visualisation, patient education and academic research, and some pursue further study or professional certification in medical illustration and related fields.

Why study at John Hopkins University

Johns Hopkins offers a strong clinical and research environment by virtue of its world-class medical school and affiliated hospitals. Students benefit from close access to clinicians, researchers and patient cases, and can collaborate across departments including biomedical engineering, public health and computer science. Facilities support both traditional and cutting-edge practice—studio spaces, imaging labs, VR/AR and 3D fabrication resources—and the programme emphasises translational projects that address real-world needs in healthcare communication. The university’s professional networks, partnerships with medical centres and history in biomedical research provide distinctive opportunities for placements, interdisciplinary collaboration and career development.