Idaho State University

What you'll study

This master's blends studio-based medical illustration with applied informatics and health data visualisation. Teaching covers the full workflow from anatomical research and visual concept development to advanced digital production and information systems for healthcare settings. The programme typically includes a mix of practice-led modules, technical informatics courses and a substantial independent research or practicum component.

• Foundations of Medical Illustration: anatomy for illustrators, visual narrative, scientific drawing and ethical considerations in clinical imagery.
• Digital Imaging and Production: vector and raster workflows, digital painting, image editing, photographic techniques and colour management for print and screen.
• 3D Modelling, Animation and Interactive Media: modelling of anatomical structures, rigging and animation, real-time engines and interactive explainer development for web and mobile.
• Health Informatics and Data Visualisation: introduction to clinical informatics, health data standards, visual analytics, dashboards and design principles for communicating quantitative biomedical data.
• User Experience and Usability for Healthcare: human factors, accessibility, patient education design, and testing visual and interactive products with clinical users.
• Research Methods and Evidence-based Practice: research design, qualitative and quantitative methods, project planning and scientific communication to support a master’s thesis or capstone project.
• Practicum/Capstone Project: a major project or placement with a clinical, academic or industry partner where students produce a professional portfolio piece such as an illustrated monograph, animation series, interactive education tool or data visualisation suite.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in a relevant field such as fine art, design, illustration, biology, biomedical sciences, computer science or another related discipline. Requirements commonly include:

• A completed undergraduate degree from an accredited institution.
• A portfolio of creative work demonstrating observational drawing, digital media skills or relevant visual communication.
• A personal statement outlining interest in medical illustration and informatics and proposed areas of study or research.
• Academic transcripts and at least two references (academic or professional).
• For applicants whose first language is not English, proof of English language proficiency is required.

Some applicants may be asked to attend an interview or provide supplementary material. If your background is stronger in arts than in life sciences (or vice versa), you may be advised to take prerequisite modules to build complementary skills before or during the programme.

Career prospects

Graduates are equipped to pursue careers that combine visual communication with healthcare technology and data. Typical roles include:

• Medical illustrator or animator for publishing houses, medical education companies and scientific journals.
• Visual designer or data visualisation specialist for hospitals, public health agencies and research institutions.
• User-experience designer for medical software, mobile health apps and medical device interfaces.
• Communications specialist in pharmaceutical or biotechnology companies, producing regulatory and educational materials.
• Academic or clinical educator producing curriculum resources, simulation materials and assessment visuals.
• Freelance practitioner producing bespoke illustrations, animations and interactive resources for clinicians, researchers and patient education.

Graduates may also pursue further research or professional certification routes relevant to medical illustration and health informatics, or combine their skills to launch independent studios or consultancies.

Why study at Idaho State University

Idaho State University offers an interdisciplinary environment where studio art, biological sciences and health informatics intersect. The programme benefits from collaboration across campus departments and links with regional health partners, providing opportunities for clinical placements and project-based learning. Students have access to digital production facilities, 3D modelling and printing resources, and faculty with expertise spanning visual communication, biomedical research and informatics. The relatively small cohort sizes encourage personalised supervision and a portfolio-focused approach that prepares graduates for professional practice in both artistic and technical career paths.