Curriculum
Bachelor of Science in Nuclear Medicine Technology—Fast Track| COURSE | TITLE | SEMESTER HOURS |
|---|---|---|
Year I–Summer |
||
| NMT 260 | Fundamentals of Nuclear Medicine |
3 |
| NMT 310 | Radiation Sciences and Regulations |
3 |
| RSC 110 | Medical Terminology for Rad Sci | 1 |
| RSC 250 | Elements of Clinical Care | 2 |
| RSC 325 | Pathophysiology | 4 |
| LIB 220 | Interprofessional Communications | 3 |
| TOTAL | 16 | |
Year I–Fall |
||
| NMT 305 | Cardiovascular Imaging | 3 |
| NMT 340 | Molecular Imaging & Theranostics | 3 |
| NMT 320 | Nuclear Medicine Imaging | 6 |
| NMT 330C | Nuclear Medicine Internship I | 4 |
| TOTAL | 16 | |
Year II–Spring |
||
| LIB 512 | Healthcare Ethics | 3 |
| NMT350 | Radiopharmacy | 3 |
| NMT 331C | Nuclear Medicine Internship II | 8 |
| NMT 390 | Problem Solving in Nuclear Medicine I | 2 |
| TOTAL | 16 | |
Year II–Summer |
||
| NMT 332C | Nuclear Medicine Internship III | 7 |
| NMT 391 | Problem Solving in Nuclear Medicine II | 2 |
| RSC 320 | CT and Cross Sectional Anatomy | 3 |
| TOTAL | 12 | |
| Total credit hours: 60* |
||
*60 credits required to meet residence requirement and 120 credits needed to graduate with BS in NMT. A minimum of 120 credits is needed to graduate with a BS in NMT.
**Students will complete the research proficiency modules (INF110, INF220, INF330) prior to graduation.