Medical Physics and Imaging Technology

Other Engineering

Explore the application of physics, technology and engineering to biomedical imaging, diagnostics, and disease treatments with Medical Physics and Imaging Technology.

$ENQUIRE

Interested in this course? Enquire now for Domestic & International pricing


This course starts anytime


In-person study

Face-to-face learning in a physical classroom setting

City Campus, Auckland

Background blur gradient small

Coming Soon: Nexties Explorer

Our AI-powered Explorer is almost ready. Soon, you’ll be able to build a dynamic profile of your skills, goals, and strengths, and get a curated selection of courses just for you.

More details

Unlock these abilities


Star graphic

Apply physics and engineering principles to biomedical imaging

Gain understanding of how physics theories and technologies are used in biomedical imaging, modelling, diagnostics, and treatment.

Star graphic

Integrate knowledge in physics, biology, and physiology

Develop proficiency in interdisciplinary approaches to solve complex healthcare problems using knowledge from physics, biology, and physiology.

Star graphic

Engage in biomedical research or industry roles

Prepare for roles in biomedical industries, medical physics training, or research careers in biomedical optics and imaging technology.

What You're Signing Up For

Medical Physics and Imaging Technology at the University of Auckland explores the ways physics theories, tools, and methods are applied within biomedical imaging, disease modelling and diagnostics. You'll engage with advanced topics in medical science (including immunology and cancer biology), physics (including digital signal processing and electromagnetism), and receive a toolkit for contributing to biomedical industries, training, or research careers.

Course Content

  • Application of physics in biomedical imaging
  • Medical Science focusing on immune mechanisms and infection control
  • Advanced studies in cancer biology
  • Physics courses on filtering and digital signal processing
  • Advanced electromagnetism
  • Modelling and diagnostic technologies in healthcare
  • Research in biomedical optics
Industry icon

What sort of industry will this job lead to

  • Biomedical technologies

  • Medical physics

  • Healthcare diagnostics

  • Medical research

Employment opportunities icon

Future employment opportunities might be

  • Biomedical industries roles

  • Medical physics training positions

  • Research careers in medical imaging and biomedical optics