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Discover courses across every level โ from primary school to professional development.
538 courses available
Biochemistry
Biochemistry Research Project I: Proposal and Literature Review
The first half of your capstone research experience โ identifying a genuine biochemical research question, conducting a thorough literature review, and developing a rigorous research proposal.
Biochemistry
Biochemistry Research Project II: Data Collection, Analysis and Presentation
The culmination of your Biochemistry degree โ executing your research project, analysing your data, and presenting your findings as a complete, independent piece of biochemical research.
Radiography
Radiographic Pathology I
How disease and injury appear on medical images โ recognising common skeletal and chest pathology on radiographs, building the pattern recognition every radiographer relies on to produce and flag diagnostically useful images.
Radiography
Radiation Physics and Radiobiology
Building on Radiographic Physics and Imaging Technology from Year 1, this course covers the biological effects of ionising radiation and the physical principles underlying radiation safety practice.
Radiography
Digital Imaging and Image Processing
How modern digital radiographic images are captured, processed, and optimised โ digital detector technology and the image processing principles that produce a diagnostically useful final image.
Radiography
Clinical Radiography Practicum I
Your first supervised clinical placement, applying positioning and technique skills from across the program to real patients under close supervision.
Radiography
Patient Care and Radiographic Ethics
The professional and ethical framework of radiographic practice โ informed consent, patient dignity, and the ethical considerations specific to imaging vulnerable or anxious patients.
Radiography
Radiographic Pathology II
Extending Radiographic Pathology I into abdominal, genitourinary, and more complex multi-system pathology as it appears across different imaging modalities.
Radiography
Computed Tomography Principles
How CT scanning actually works โ the physics of computed tomography image reconstruction, and the clinical principles guiding CT protocol selection and image optimisation.
Radiography
Cross-Sectional Imaging Modalities
An overview of the major cross-sectional imaging modalities beyond CT โ magnetic resonance imaging and ultrasound principles, their clinical applications, and how they complement conventional radiography.
Radiography
Radiation Protection and Quality Assurance
How radiography departments keep patients and staff safe and maintain consistent image quality โ radiation protection regulations, dose optimisation principles, and quality assurance programmes.
Radiography
Clinical Radiography Practicum II
Building on Clinical Radiography Practicum I with increasing independence and exposure to more complex examinations, including CT and specialised imaging procedures under supervision.