Magnetic Resonance in Medicine
3.0
creditsAverage Course Rating
This course provides a wide-ranging introduction to the physics and principles of magnetic resonance imaging (MRI). Topics include the resonance phenomenon, relaxation, signal formation, spatial localization, image contrast, hardware, signal processing, and image reconstruction. MATLAB simulation exercises will demonstrate key aspects of MRI and a laboratory component using the clinical MRI systems at the School of Medicine will reinforce concepts learned in class. Textbook "Principles of Magnetic Resonance Imaging" by D. Nishimura (from www.lulu.com) should be obtained before the start of the course. Recommended Course Background: (EN.520.434 or EN.580.473) or (EN.520.432 or EN.580.472). Co-listed with EN.580.476 and EN.580.673.
Spring 2014
Professor: Paul Bottomley, Daniel Herzka
According to many students, the course material presented was fascinating and the professor was a master of the subject matter. The class was comprised of both lectures and labs, which prevented monotony. Also, the labs included hands-on experience with designing mixed LVSI devices. However, students said it was very easy to fall behind in this course because of the challenging material and pace. In addition, some of the tools were not properly configured for the project, which made it difficult to complete. Suggestions for improvement include: office hours or a TA, an official textbook, a slower lab and lecture pace, and better tools. Prospective students interested in microelectronic design should take this class.