DLAB 3200 Magnetic Resonance Imaging

Physics, pulse sequences, and clinical applications of magnetic resonance imaging technology.

About this course

Medical Radiation Technology students explore the physics, pulse sequences, and clinical applications of magnetic resonance imaging technology. This course builds on your knowledge of computed tomography and fluoroscopy to examine how magnetic fields and radio waves create detailed images of soft tissue.

You will study the physical principles of nuclear magnetic resonance, learn to describe common pulse sequences, and identify standard anatomical protocols. The course also covers image quality evaluation, artefact troubleshooting, and the essential safety guidelines for patients and staff working in the MRI environment.

Who takes this course

• Medical Radiation Technology

Credits: 3 · Hours: 45

Prerequisites

• DLAB 2240 Computed Tomography I
• DLAB 2260 Fluoroscopy I

Learning outcomes

• Explain the physical principles of nuclear magnetic resonance and magnetic field interactions.
• Describe common pulse sequences and their impact on tissue contrast.
• Identify standard anatomical protocols for magnetic resonance imaging.
• Evaluate image quality and troubleshoot common artefacts.
• Apply safety guidelines for patients and staff in the MRI environment.

Evaluation