University of South Alabama

What you'll study

This interdisciplinary degree teaches both the visual skills needed to create medically accurate illustrations and the technical knowledge to work with health information systems. You will study human anatomy and physiology alongside courses in drawing, digital imaging and three‑dimensional modelling. Informatics components cover health data fundamentals, electronic health records, database design, clinical terminologies and basic programming for data management.

• Core life science modules: human anatomy, physiology, histology, medical terminology and pathology to ensure scientific accuracy in all visual work.
• Visual communication: observational drawing, scientific illustration techniques, colour theory, digital painting, vector graphics and 3D modelling/animation for anatomy and surgical visualisation.
• Informatics and computing: introduction to programming, databases and SQL, data structures, health information systems, interoperability standards (such as HL7 and FHIR concepts), and data privacy and security principles.
• Applied and professional practice: portfolio development, project-based modules, clinical illustration projects, internships or placements with clinical departments, and a capstone project integrating illustration and informatics.
• Research, ethics and communication: research methods, evidence appraisal, ethics in medical communication and accessibility/usability for patient education materials and clinical software interfaces.

Entry requirements

Applicants should hold a recognised secondary school qualification. Admissions typically consider a balanced academic profile with strengths in science or life sciences and evidence of artistic ability. Typical supporting qualifications include biology (or equivalent) and a subject demonstrating numeracy such as mathematics; applicants without formal art qualifications are encouraged to submit a portfolio.

• Academic record: a solid secondary school qualification with science and numeracy components; selection is competitive and based on overall achievement.
• Portfolio: a curated selection of recent work demonstrating observational drawing, colour work and digital media where available; guidelines are provided by the department.
• Additional material: a personal statement outlining interest in both art and healthcare, and references. Mature applicants and those with relevant diplomas or experience in art, design or healthcare are welcome.

Career prospects

Graduates are equipped for a range of roles where medical visualisation and data skills meet. Career paths include working as medical illustrators producing visuals for textbooks, journals, patient education and legal exhibits; roles in health informatics such as clinical data analyst, health information technician, or EHR implementation support; and positions in medical animation studios, medical device companies, academic and research institutions.

• Medical/biological illustrator for publishing, patient education and medico‑legal work
• Health informatics roles: clinical data specialist, informatics analyst, or interoperability coordinator
• Multimedia designer or 3D modeller for simulation, surgical planning and educational software
• User‑experience or visual design roles within healthcare technology vendors
• Further study opportunities: postgraduate specialisation in medical illustration, health informatics, biomedical visualization or allied health professions

Why study at University of South Alabama

The University of South Alabama offers an environment that supports the programme’s clinical and technical focus through connections with local healthcare providers and research facilities. Students benefit from access to clinical settings for observational work and placements, labs equipped for digital imaging and 3D work, and faculty with combined experience in biomedical science, illustration and health IT. Small class sizes encourage close mentoring while project collaborations across departments mirror the multidisciplinary teams graduates will join in professional settings.

The programme’s applied approach, emphasis on portfolio and practicum experience, and proximity to clinical partners make it suitable for students aiming to enter professional roles where accurate medical visualisation and effective use of health data are essential.