College Description of MRI Physics I
This course introduces the foundational physics of magnetic resonance imaging with expanded emphasis on magnetism, resonance, and signal generation. Students explore the physical laws that govern MRI systems and learn how magnetic fields interact with human tissue. Additionally, the course strengthens analytical reasoning and prepares students for advanced MRI coursework by reinforcing conceptual understanding and practical application of MRI physics.
Course Objectives of MRI Physics I
Students will learn to explain magnetic resonance principles, analyze magnetic field interactions, interpret relaxation processes, and evaluate signal formation. They will also strengthen analytical reasoning, scientific interpretation, and foundational MRI physics skills.
Key Topics Covered During MRI Physics I
Magnetism, resonance, relaxation, signal formation, and MRI system components. These topics provide the foundation for understanding MRI physics and prepare students for advanced imaging coursework.
Student Assessment During MRI Physics I
Assessment includes exams, quizzes, problem-solving tasks, and physics-based analysis assignments. Students will also complete activities that reinforce MRI physics concepts and strengthen scientific reasoning.
Average College Credits for MRI Physics I
3
Prerequisites For MRI Physics I
Radiography Fundamentals
What Department Teaches MRI Physics I
Magnetic Resonance Imaging
Who Teaches MRI Physics I
MRI faculty.