Michigan Technological University

What you'll study

This interdisciplinary programme blends courses in biomedical visualisation, anatomy, medical imaging and informatics. Typical taught modules cover human anatomy and physiology for visualisers, biomedical imaging technologies, 3D modelling and animation, digital illustration techniques, interaction and user-centred design for healthcare, data visualisation and clinical decision support, and programming for biomedical applications (including image processing and scripting for visual pipelines).

Students usually complete a mix of core and elective coursework alongside studio practice and a substantial capstone project or thesis. Studio components focus on professional portfolio development, visual communication for patient education and scientific publication, and production of interactive media such as web-based visualisations and VR/AR experiences. Informatics content emphasises healthcare data standards, database systems, interoperability, and the application of machine learning and analytics to medical imagery and clinical datasets.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in a relevant discipline such as biology, anatomy, medical sciences, fine art/illustration, graphic design, computer science or a related engineering field. Suitable prior experience in drawing or digital media is required for the illustration strand; applicants without formal illustration training may be asked to demonstrate drawing and visual communication skills through a portfolio. Foundational knowledge in human biology or anatomy and basic computing skills (scripting or familiarity with image software) are advantageous.

Typical application materials include academic transcripts, a personal statement outlining interests and objectives in medical illustration and informatics, letters of recommendation, and a portfolio of visual work when relevant. International applicants must meet the university’s English language requirements. Specific prerequisites and documentation requirements should be checked with the department or graduate admissions office.

Career prospects

Graduates move into a variety of roles that combine visual communication and technical expertise. Common career paths include biomedical or medical illustrator for hospitals, medical publishers and scientific journals; designer of patient-education materials and multimedia resources; visualisation specialist in research institutions and university labs; clinical informatics analyst specialising in imaging workflows and decision support; user-experience designer for healthcare software and medical devices; and developer of interactive training simulations using VR/AR.

Alumni also pursue careers in medical animation studios, government health agencies, medical device companies, and continuing academic research or teaching. The combination of illustration skills and informatics training makes graduates well placed to work on interdisciplinary teams bridging clinicians, engineers and communicators.

Why study at Michigan Technological University

Michigan Technological University is known for its strengths in engineering, computing and visualisation technologies, offering an environment where technical and creative disciplines intersect. The university provides access to specialised labs and facilities for 3D visualisation, medical imaging and computational research, and students benefit from faculty with expertise across biomedical engineering, computer science and visual communication.

The programme emphasises hands-on, project-led learning and industry-relevant portfolio development, with opportunities for collaboration on interdisciplinary research projects and partnerships with healthcare providers and technology companies. Small cohort sizes allow for close mentorship, while Michigan Tech’s emphasis on applied research gives students practical experience with current tools and workflows used in medical illustration and informatics.