S.M. Degree Requirements

Due to the broad scope of training that includes preparation in both the Physical and Biological Sciences, two years of residence normally are required for the Master's degree. In addition to the general requirements for all students in the Graduate Program in Medical Physics, the student must satisfy the following to become eligible for the S.M. degree:

Additional courses in Radiology, Radiation Oncology, Biophysics, Computer Science, Chemistry, Mathematics, Physiology, Physics, or Statistics to complete a full 2-year program acceptable to the Departments. A total of 16 quarter courses with an average grade of "B" or higher and no grade lower than "C" is the minimum normally acceptable.
Passage of the Qualifying Comprehensive Examination at the S.M. level or higher.
Satisfactory completion of one of the following, depending on the student's interests and career goals:
1. A thesis based on some aspects of scientific research that can be completed in two or three quarters;
2. A series of seven (7) detailed reports on work performed in a radiological physics internship of approximately one-half time for three quarters. During this internship the student will
  - calibrate diagnostic x-ray generators, radiation therapy machines, and radionuclides;
  - measure physical parameters for the quality control of diagnostic instrumentation and procedures;
  - survey radiation facilities for proper radiation protection; and
  - help plan radiation treatments.
  The reports are to be similar to those that would be filed by a professional radiological physicist acting as a consultant to a clinical department of diagnostic radiology, radiation therapy, or nuclear medicine. This option is intended to provide additional preparation for professional certification in radiological physics by the American Board of Radiology.
3. Satisfactory performance in clinical physics rotations (two quarters) in Radiation Oncology. Clinical radiation oncology physics is taught in Radiology/Radiation Oncology 346-347. Twenty hours per week participation in treatment planning and dosimetry in the above courses is expected.
Passage of an oral Final Examination on the content of the thesis, reports, or clinical physics rotations.