This course aims to provide students with a solid foundation of the principles of physics and instrumentation that underpin the production and acquisition of diagnostic quality ultrasound images. This is achieved by developing an understanding of wave properties; the interaction of ultrasound waves with tissues; different imaging modalities; components and controls of the ultrasound machine; the production of image artefacts; and the Doppler principles. Students will critically analyse the performance and limitations of ultrasound imaging. Lastly, this course will examine the importance of bioeffects and safety, and how to perform quality assurance testing.
The course is delivered online by distance via the University of Auckland’s learning management system ‘Canvas’. It incorporates a range of learning approaches including videos, webpages, links to library databases and resources, and utilising online technologies to promote shared learning opportunities. Academic learning is expected to inform clinical practice and enhance levels of clinical competency.
This course is a compulsory course within PGDipHSc (Ultrasound) and PGDipHSc (Cardiac Ultrasound) specialisations. Students enrolled in the PGDipHSc/PGCertHSc (Medical Imaging) programmes may choose this course to contribute 15 points towards the MEDIMAGE/CLINIMAG point requirements. For all other students, departmental approval is required, and a concession request must be submitted when applying to enrol in this course. Access to a clinical ultrasound department is highly recommended. Access to a clinical ultrasound department is highly recommended.