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MRI

Hello and welcome!
 
This course is designed to give you a firm understanding of the basic principles of MR imaging. Each step of the process from signal generation to image quality optimization is reviewed using state-of-the-art graphics and animation. Each module contains a short video, a downloadable transcript for note-taking, and a post-module quiz to test your understanding.
 
If you have any questions or would like to discuss the content in more detail, please send an email to karen@sybildigitallearning.com.

Course Information

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Course Instructors

Sam Einstein Sam Einstein PhD, DABR, MRSE

Dr. Einstein is an Assistant Professor of Radiology at Penn State College of Medicine in Hershey, Pennsylvania. He is certified in Diagnostic Medical Physics by the American Board of Radiology and as an MR Safety Expert by the American Board of MR Safety.

Karen Brown Karen Brown MHP, CHP, DABR, FAAPM

Miss Brown is a Senior Instructor of Radiology at Penn State College of Medicine in Hershey, Pennsylvania. She is certified in Diagnostic Medical Physics by the American Board of Radiology and in Comprehensive Health Physics by the American Board of Health Physics.

MRI

Module 1 – Basics
Module 2 – Putting the Patient in the MRI
Module 3 – What Happens When Rf Energy Is Applied
Module 4 – Loss of Transverse Signal
Module 5 – T1 Relaxation
Module 6 – Pulse Sequence Basics and Selecting Slices
Module 7 – Frequency Encoding
Module 8 – Phase Encoding
Module 9 – k-Space and Fourier Transform
Module 10 – Spin Echo Sequences
Module 11 – Fast Spin Echo Sequences
Module 12 – GRE Imaging sequences 
Module 13 – Tissue Suppression
Module 14 – Image Quality
Module 15 – Speeding Things Up! 
Post Test
Course Evaluation
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    • MRI
      • Module 1 – Basics
      • Module 2 – Putting the Patient in the MRI
      • Module 3 – What Happens When Rf Energy Is Applied
      • Module 4 – Loss of Transverse Signal
      • Module 5 – T1 Relaxation
      • Module 6 – Pulse Sequence Basics and Selecting Slices
      • Module 7 – Frequency Encoding
      • Module 8 – Phase Encoding
      • Module 9 – k-Space and Fourier Transform
      • Module 10 – Spin Echo Sequences
      • Module 11 – Fast Spin Echo Sequences
      • Module 12 – GRE Imaging sequences 
      • Module 13 – Tissue Suppression
      • Module 14 – Image Quality
      • Module 15 – Speeding Things Up! 
      • Post Test
      • Course Evaluation