The Bachelor of Science in Medical Imaging is offered through a hybrid learning environment. The following are sample plans of study for each specialization. JPU’s hybrid learning environment allows students to receive all communication and course material and submit coursework through a web-based course management system. Students are required to participate in live weekly discussions for their classes per week as well as required in-person instruction (boot camp). Boot camp requirements vary depending on the specialization selected.
Bachelor of Science in Medical Imaging: Nuclear Medicine Specialization
Semester 1
Orientation to Advanced Modalities
1 credit
Patient Care in Advanced Modalities
3 credits
Imaging and Sectional Anatomy
4 credits
Radiation Physics
3 credits
Orientation to Nuclear Medicine
1 credit
Professionalism and Workplace Experience
2 credits
14 credits
Semester 3
Diagnostic and Therapeutic Procedures II
2 credits
Instrumentation, QC, and QA
3 credits
Radiopharmacy and Pharmacology
3 credits
Clinical Practice I (240 hours)
8 credits
16 credits
Semester 2
Pathophysiology
3 credits
Ethics and Law for Advanced Modalities
3 credits
Radiation Biology and Protection
3 credits
Pharmacology
3 credits
Diagnostic and Therapeutic Procedures I
2 credits
Radiation Safety in Nuclear Medicine
2 credits
16 credits
Semester 4
Leadership and Communication
3 credits
Professional Practice
1 credit
Research Method and Capstone
2 credits
Clinical Practice II (495 hours)
11 credits
17 credits
Bachelor of Science in Medical Imaging: Computed Tomography Specialization
Semester 1
Orientation to Advanced Modalities
1 credit
Patient Care in Advanced Modalities
3 credits
Imaging and Sectional Anatomy
4 credits
Radiation Physics
3 credits
Leadership and Communication
3 credits
14 credits
Semester 3
Orientation to CT
1 credit
CT Procedures
4 credits
CT Anatomy and Pathology Correlation
3 credits
CT Instrumentation and Imaging Physics
4 credits
Planar and Volumetric Post-Processing
3 credits
15 credits
Semester 2
Pathophysiology
3 credits
Ethics and Law for Advanced Modalities
3 credits
Radiation Biology and Protection
3 credits
Pharmacology
3 credits
Professionalism and Workplace Experience
2 credits
14 credits
Semester 4
Communication and Information Management
3 credits
Productivity and Assessment in Radiation Sciences
3 credits
Advanced Techniques in CT
3 credits
Professional Practice
1 credit
Research Methods and Capstone
2 credits
Clinical Practice I (240 hours)
5 credits
17 credits
Bachelor of Science in Medical Imaging: Magnetic Resonance Imaging Specialization
