College Description of Nuclear Medicine Physics
This course introduces nuclear medicine physics with expanded emphasis on radioactive decay, radiation interactions, and detection systems. Students learn how nuclear medicine systems generate images and how physical principles influence diagnostic quality. Additionally, the course strengthens analytical reasoning and prepares students for advanced nuclear medicine coursework.
Course Objectives of Nuclear Medicine Physics
Students will learn to explain radioactive decay, analyze radiation interactions, interpret detector behavior, and evaluate image formation. They will also strengthen analytical reasoning, scientific interpretation, and nuclear medicine physics skills.
Key Topics Covered During Nuclear Medicine Physics
Radioactive decay, radiation interactions, detectors, image formation, and nuclear medicine system components. These topics provide the foundation for understanding nuclear medicine physics and support advanced imaging coursework.
Student Assessment During Nuclear Medicine Physics
Assessment includes exams, quizzes, problem-solving tasks, and physics-based analysis assignments. Students will also complete activities that reinforce nuclear medicine physics concepts and strengthen scientific reasoning.
Average College Credits for Nuclear Medicine Physics
3
Prerequisites For Nuclear Medicine Physics
Radiography Fundamentals
What Department Teaches Nuclear Medicine Physics
Nuclear Medicine
Who Teaches Nuclear Medicine Physics
Nuclear medicine faculty.