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Associate of Applied Science Degree

Program Overview

A radiologic technologist is a health care professional who performs medical imaging to aid in the diagnosis and treatment of disease and injury.  A thorough understanding of anatomy, physiology, positioning, imaging principles, equipment protocols, radiation protection and patient care must be mastered to demonstrate images of anatomic structures such as organs, vessels and bones.

Radiologic technologists have the opportunity to help patients and participate in a growing, challenging and rewarding profession. Employment opportunities are worldwide, and salaries are competitive with other health care professionals. Employment may be found in a variety of health care settings including hospitals, medical centers, physician offices, diagnostic imaging and outpatient centers, as well as industry, government and public health.

Radiologic technologists may specialize in areas such as Computed Tomography (CT), Magnetic Resonance (MR), Cardiovascular Imaging (CV) and Mammography (M).

Due to a limited number of clinical seats, the radiology program is selective; therefore, students must submit a separate application and participate in an interview with program faculty. For more information, please see the program website at www.belmontcollege.edu.

The student will complete 62-63 credit hours over five semesters to include didactic and clinical instruction. Clinical rotations occur at WVU-Reynolds Memorial Hospital, Reynolds Rapid Care, Wheeling Hospital, Harrison Community Hospital, Wetzel County Hospital, Bellaire Clinic, St. Clairsville Health Center, Morristown Clinic, Washington Hospital, Genesis Hospital, Barnesville Hospital, Doctor’s Urgent Care – Barnesville, East Ohio Regional Hospital, and Advanced Orthopedics.

Once a student meets all graduation requirements, he/she is awarded an Associate of Applied Science in Radiological Technology degree and is eligible to sit for the National Certification Exam given by the American Registry of Radiologic Technologists (ARRT).


Program Outcomes

  1. Graduates will demonstrate clinical competence as entry-level radiographers.
  2. Graduates will demonstrate effective communication skills (oral and written).
  3. Graduates will develop critical thinking skills.
  4. Graduates will model professionalism and understand the importance of professional work ethics and life-long learning.
  5. The program will provide qualified radiographers to meet the needs of the health care community.

FYE1110

First Year Experience is required for all students no later than first year, fall semester. Students must receive a passing grade.


Class Sequence

Code Course Title Credits
Year 1 Fall Semester
BIO2110 Anatomy & Physiology 4
ENG1110 Composition I 3
RAD1300 Intro to Radiation Science/Patient Care 3
RAD1400 Radiographic Concepts I 3
RAD1500 Radiographic Procedures I 3
RAD1600 Clinical Practice I 1
Spring Semester
BIO2112 Anatomy & Physiology II 4
MAT1110/MAT1120 Allied Health Math/Statistics 3/4
RAD1450 Radiographic Concepts II 3
RAD1550 Radiographic Procedures II 3
RAD1620 Clinical Practice II 2
Summer Term
MED1105 Medical Terminology 2
PSY1120 General Psychology 3
RAD1700 Radiation Biology and Protection 3
RAD1640 Clinical Practice III 3
Year 2 Fall Semester
RAD2300 Radiographic Pathology 3
RAD2400 Radiographic Concepts III 2
RAD2500 Radiographic Procedures III 3
RAD2600 Clinical Practice IV 2
Spring Semester
COM1110/COM1115 Interpersonal Communications/Speech 3
RAD2100 Registry Review/Advanced Imaging Modalities 3
RAD2650 Clinical Practice V 3
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