The general goal of the course is to teach nuclear medicine imaging theory and techniques to the graduate students in the Medical Physics program of UB. There are about 10 didactic lectures (3 hours/lecture) complemented with 4 laboratory sessions. Upon successfully completion of this course, the students will have the fundamental knowledge and skills of nuclear medicine imaging, and they will be able to pursue potential careers in using nuclear imaging technology, or they may take more advanced and specialized physics or engineering courses or projects to pursue research and developments in nuclear medicine technology.
The general goal of the course is to teach nuclear medicine imaging theory and techniques to the graduate students in the Medical Physics program of UB. There are about 10 didactic lectures (3 hours/lecture) complemented with 4 laboratory sessions. Upon successfully completion of this course, the students will have the fundamental knowledge and skills of nuclear medicine imaging, and they will be able to pursue potential careers in using nuclear imaging technology, or they may take more advanced and specialized physics or engineering courses or projects to pursue research and developments in nuclear medicine technology.