MRI 122 MRI Hardware and Instrumentation
Exploration of the operational principles and physical components of MRI systems, emphasizing how MRI hardware contributes to image generation and optimization. Students will gain a thorough understanding of the roles and functions of magnets, gradient coils, RF coils, and magnetic field shimming in producing high-quality images. The course also examines how these components influence tissue contrast, image resolution, and signal-to-noise ratios. Practical applications include how to evaluate and troubleshoot MRI system performance in clinical settings. By the end of the course, students will be able to assess MRI hardware configurations and optimize basic settings to meet safety protocols and maximize imaging quality.
Cross Listed Courses
N/A
Prerequisite
Admission to the Magnetic Resonance Imaging AAS Program
Offered
Winter, Summer
Outcomes
- Identify and differentiate types of MRI magnets, including permanent, resistive, and superconducting, and explain their clinical applications and impact on image quality.
- Explain the functions of gradient and RF coils in spatial encoding, image generation, and signal detection, and evaluate their influence on tissue contrast and resolution.
- Analyze the role of magnetic field shimming in maintaining uniformity and optimizing image quality across the scanning volume.
- Assess the relationship between MRI hardware components and factors like tissue contrast, image resolution, and signal-to-noise ratio, applying this knowledge to troubleshoot and optimize image quality.
- Ensure compliance with MRI safety protocols, evaluating hardware configuration and setup to minimize risks and enhance safety for patients and staff.
Area of Study:
Career Education
Instructional Mode:
In-person