NUM-2650 Nuclear Medicine Physics and Instrumentation

Credits 3
This course is an in-depth study of the phenomenon of radioactive decay, radiation-matter interactions, and the measurement and detection of gamma radiation. The students use statistics to analyze data from various imaging and non-imaging instruments. Additionally, students determine radiation exposure values utilizing various time-distance-shielding formulas. As the course progresses, students learn the operating principles of the imaging and non-imaging equipment used in nuclear medicine. Students apply this knowledge to the detection, measurement and recording of radiation events. Finally, students learn about the various quality control (QM) procedures required for imaging and non-imaging equipment, including acquisition parameters, how to evaluate results, and corrective action required based on unacceptable results.

Prerequisite(s): NUM-1650 with a grade of C or higher

Corequisite(s): NUM-2440

Course Outcomes

Predict the ways in which an unstable nucleus reaches stability (radioactive decay).
Characterize ratiation-matter interactions.
Apply principles of statistics to data obtained from nuclear medicine imaging and non-imaging equipment.
Utilize time-distance-shielding formulas to calculate radiation exposure.
Apply principles of operation of various imaging and non-imaging instruments to the detection, measurement, and recording of radiation events.
Differentiate image acquisition, formation, display, and storage modes used in nuclear medicine.
Identity the characteristics and parameters of various quality control procedures performed on imaging and non-imaging equipment.
Evaluate quantitative and qualitative quality control (QC) results for acceptable and unacceptable values/artifacts.
Propose appropriate corrective action in light of abnormal/unacceptable quality contral (QC) results.