University of Oregon

What you'll study

This programme blends studio-based visual practice with informatics and biomedical coursework. Core study areas include anatomical and clinical illustration, biomedical visualisation techniques (2D and 3D), information design and data visualisation for health, interactive media and user-centred design, and the fundamentals of health informatics such as medical data standards and basic programming for scientific applications.

Typical modules and subjects you can expect:

• Anatomy and Physiology for Visualisation — cadaveric dissection observation, imaging interpretation and translating biological structure into accurate imagery.
• Medical and Scientific Illustration — drawing, rendering, figure composition and illustration for textbooks, journals and patient education.
• 3D Modelling and Animation — polygonal modelling, sculpting, rigging and animation for clinical sequences and procedural simulation.
• Biomedical Data Visualisation — visual analytics, charting medical datasets, dashboard design and best practices for conveying uncertainty and risk.
• Health Informatics Fundamentals — clinical terminologies, health data formats, interoperability principles and an introduction to electronic health record systems.
• Human–Computer Interaction and UX for Health — usability testing, prototyping interactive patient education tools and mobile health interfaces.
• Programming for Visualisation — scripting and software tools commonly used in biomedical visualisation and informatics workflows (for example Python, visualization libraries, and industry-standard graphics software).
• Research Methods and Ethics in Medical Communication — qualitative and quantitative research design, evaluation of educational materials and ethical considerations when depicting patients and clinical data.
• Capstone Project or Thesis — an extended applied project or research thesis that demonstrates technical skill, scientific accuracy and an understanding of end-user needs (often produced in collaboration with clinical partners or research labs).

Entry requirements

Applicants should normally hold a bachelor’s degree in a relevant subject such as art, illustration, design, biology, health sciences, computer science or a related field. Typical expectations include:

• A completed undergraduate degree from an accredited institution with good academic standing.
• A portfolio of visual work demonstrating drawing ability, design sensibility and evidence of visual problem solving; portfolios that include anatomical or scientific work are advantageous.
• A personal statement describing your interest in medical illustration and informatics, proposed areas of study and career objectives.
• Academic transcripts and at least two references, preferably one academic and one professional.
• Some programmes may expect or prefer prior coursework in life sciences or demonstrable experience with digital media tools; applicants lacking biological background are usually able to take preparatory modules.

International applicants may also need to demonstrate English language proficiency according to the university’s standard requirements.

Career prospects

Graduates combine artistic expertise with informatics knowledge and are employed across healthcare, education, publishing and technology sectors. Common career paths include:

• Medical and scientific illustrator for hospitals, medical schools and publishing houses.
• Visualisation specialist in biomedical companies — producing 3D animations, procedural guides and product visuals for medical devices and pharmaceuticals.
• User experience (UX) and information designer for digital health startups and electronic health record vendors.
• Data visualisation specialist in health research centres or public health agencies, translating clinical and epidemiological data into accessible formats.
• Clinical education developer creating multimedia resources for students, clinicians and patients.
• Freelance medical illustrator or consultant working with academic authors, legal teams and industry clients.

Graduates are well placed to pursue further research or teaching roles in biomedical visualisation and to adapt skills to emerging areas such as virtual reality surgical training, augmented reality patient education and AI-driven visual analytics.

Why study at University of Oregon

The University of Oregon offers an interdisciplinary environment suited to an integrated medical illustration and informatics programme, drawing on strengths across visual arts, digital media and the sciences. Students benefit from studio facilities, imaging and prototyping resources, and collaboration opportunities with regional research centres, hospitals and health-technology practitioners.

The programme emphasises hands-on project work and real-world partnerships, helping students build a professional portfolio and industry contacts. Small cohort sizes and faculty with combined experience in scientific illustration, biomedical research and information design support personalised mentorship and applied learning.