Florida International University

What you'll study

This master's blends anatomical and clinical visualisation with applied informatics, emphasising evidence‑based communication and digital production. Core study areas typically include human anatomy and physiology for illustrators, principles of medical visualisation, clinical imaging interpretation, biomedical data structures, health informatics and user‑centred design for healthcare applications.

Typical modules and project work you can expect:

• Foundations of Human Anatomy and Physiology — focused dissection of anatomical systems and clinical correlations relevant to illustration.
• Medical Illustration Techniques — traditional and digital media, surgical illustration, 3D modelling and animation.
• Clinical Imaging and Radiologic Interpretation — reading and translating X‑ray, CT and MRI imagery for visual communication.
• Health Informatics and Data Visualisation — data models, interoperability, electronic health records and techniques for visualising complex biomedical data.
• User Experience and Interaction Design for Health — designing interfaces and educational tools for patients, students and clinicians.
• Research Methods and Evidence Synthesis — study design, ethics, literature review and evaluation of educational effectiveness.
• Capstone Project / Professional Portfolio — an extended project that integrates illustration and informatics, often completed in collaboration with clinical partners or research labs.

Teaching typically mixes lectures, studio practice, lab sessions, collaborative workshops and supervised project work. Students gain hands‑on experience with drawing and modelling tools, medical imaging software, data visualisation platforms and web or mobile prototyping environments.

Entry requirements

Applicants are normally expected to hold a bachelor's degree in a relevant discipline such as biological sciences, visual arts, graphic design, medical illustration, computer science or a closely related field. Typical programme expectations include:

• A completed undergraduate degree from an accredited institution.
• Demonstrated proficiency in either biological/medical sciences or visual/media production; bridging coursework may be required for applicants from predominantly single‑discipline backgrounds.
• A portfolio of visual work if applying from an art or design background; applicants with science/computing backgrounds should instead provide examples of technical communication, data projects or multimedia work.
• Academic references and a personal statement outlining professional goals and interest in medical visualisation and informatics.
• Some programmes may request evidence of quantitative or computing competency depending on the chosen pathway; previous coursework or work experience can satisfy this requirement.

International applicants may need to demonstrate English language proficiency according to university regulations. The programme may also consider relevant professional experience in lieu of specific academic prerequisites on a case‑by‑case basis.

Career prospects

Graduates combine visual communication and informatics skills that are valuable across healthcare, education and industry. Typical career paths include:

• Medical illustrator for hospitals, publishing houses or educational content providers, producing illustrations, animations and surgical visualisations.
• Health informatics specialist or data visualisation designer, translating clinical data into actionable visual formats for clinicians, researchers and administrators.
• Instructional designer or multimedia developer for medical schools and continuing professional development providers, creating curricula, simulations and e‑learning.
• Clinical communication specialist working on patient education materials, consent visuals and public health campaigns.
• Medical device and healthcare technology companies employing illustrators and visual designers to support marketing, training and user interface work.
• Research roles in academic or clinical settings focusing on visualisation methods, usability studies and educational outcomes.

Portfolios and a capstone project are key to demonstrating practical skills to employers; many graduates also pursue freelancing or consultancy alongside institutional roles.

Why study at Florida International University

Florida International University offers an urban campus environment with strengths in interdisciplinary research and close links to healthcare providers in the region. Students benefit from access to digital production labs, medical imaging resources and opportunities to collaborate with clinicians, researchers and technology partners.

The university’s diverse student community and location in a major metropolitan health corridor support practical, real‑world learning and networking. Students can expect a curriculum that emphasises applied skills, professional portfolio development and preparation for a variety of roles at the intersection of medical communication and informatics.