Medical Imaging – Nuclear Medicine (3-1)

• LIBA 400 – Capstone Seminar 3 Credits (satisfies core requirement)
• RAD 103 – Radiologic Sciences I 3 Lecture / 3 Lab / 4 Credits
• RAD 108 – Clinical Practicum I 120 Clinical Hours / 1 Credit
• RAD 109 – Radiologic Procedures I 2 Lectures / 3 Lab / 3 Credits
• RAD 110 – Radiologic Sciences II 3 Credits
• RAD 111 – Clinical II 240 Hours / 2 Credits
• RAD 202A – Clinical Practicum III 240 Hours / 2 Credits
• RAD 202B – Clinical Practicum III 240 Hours / 2 Credits
• RAD 203 – Radiologic Procedures II 2 Lecture / 2 Lab / 3 Credits
• RAD 204 – Radiologic Sciences III 3 Credits
• RAD 205 – Clinical Practicum IV 360 Hours / 3 Credits
• RAD 209 – Clinical Practicum V 360 Hours / 3 Credits
• RAD 211 – Radiologic Sciences IV 3 Credits
• RAD 212 – Radiologic Procedures III 2 Lecture / 2 Lab / 3 Credits
• RAD 220 – Radiologic Sciences and Procedures 2 Lecture / 2 Lab / 3 Credits
• RAD 300 – Imaging Principles 3 Credits
• RAD 303 – Cross-Sectional Anatomy 3 Credits
• NMED – Courses designated by The University of Findlay 50 Credits

The average median wage for a Nuclear Medicine Technologist  in the state of Pennsylvania is $69,910.*

*Bureau of Labor Statistics

Upon completion of the Bachelor Degree Medical Imaging Program, graduates will:

• Apply global awareness of cultural and healthcare perspectives while exhibiting professional behaviors such as integrity, respect, and compassion;
• Participate in scholarly activities pertaining to the profession;
• Use technology skills to perform specialized imaging procedures while achieving professional competencies as currently defined by their respective professions;
• Lead individuals and/or groups and apply basic management skills toward attainment of shared goals in organizational or professional settings to contribute to the improvement of health care delivery;
• Identify, analyze, and solve a variety of scientific, clinical, psychosocial and/or managerial problems to appreciate the complexity of the healthcare system.