Radiologic Technology - AAS

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Progression Plan - Radiologic Technology Pre-entry Requirements

Progression Plan - Radiologic Technology AAS

IMPORTANT: Professional Licensure Disclosure

The Associate of Applied Science in Radiologic Technology prepares students for entry level positions as radiographers. The program is designed in accordance with the Radiography Curriculum established by the American Society of Radiologic Technologists and consists of classroom and laboratory instruction integrated with hands-on experience in a clinical setting.

Accreditation: This program is accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT).

Credit Hours Required: 76

Note: There are special admission requirements for the Radiologic Technology Program. For an application packet and detailed program information, visit www.yc.edu/radiology.

Pre-Entry Requirements

Note: Pre-entry requirements must be complete or in progress in order to apply to the Radiologic Technology Program. To prepare to apply for the AAS Program, it is recommended that students begin in the Associate of Arts (Radiologic Tech Intent) degree program and work closely with an academic advisor to ensure timely and on-track progression for application submission.

The 24 credit hour pre-entry block includes Anatomy & Physiology I & II, Medical Terminology and 13 of the 19 total General Education credit hours required.

General Education (13 credits)

These General Education courses must be taken prior to applying to the Radiologic Technology program. Math and science coursework must be completed within the last ten years.

First-Year Composition Credits: 6
MAT 152 - College Algebra or equivalent or any math course for which MAT 152 is a prerequisite (Mathematics) Credits: 3
BIO 156 - Human Biology for Allied Health OR BIO 181 - General Biology I (Physical and Biological Science) Credits: 4

Medical Terminology and Anatomy & Physiology I & II (11 credits)

AHS 130 - Medical Terminology for Patient Care Staff Credits: 3
BIO 201 - Human Anatomy and Physiology I Credits: 4
BIO 202 - Human Anatomy and Physiology II Credits: 4

Program Requirements

Radiologic Technology Core (46 credits)

RAD 100 - Foundations of Radiologic Science Credits: 2
RAD 110 - Radiographic Positioning and Image Analysis I Credits: 4
RAD 120 - Radiographic Technique I Credits: 3
RAD 135 - Radiation Physics and Equipment Credits: 3
RAD 140 - Radiographic Positioning and Image Analysis II Credits: 4
RAD 150 - Radiographic Technique II Credits: 3
RAD 160 - Radiology Clinical Education I Credits: 3
RAD 170 - Radiology Patient Care Credits: 2
RAD 180 - Radiology Clinical Education II Credits: 3
RAD 200 - Radiology Clinical Education III Credits: 7
RAD 220 - Radiobiology and Radiation Protection Credits: 3
RAD 230 - Radiology Pharmacology Credits: 1
RAD 240 - Radiology Clinical Education IV Credits: 3
RAD 250 - Radiographic Pathology Credits: 2
RAD 260 - Advanced Imaging Systems Credits: 3

Co-Requisite General Education (6 credits)

These two General Education courses are not pre-entry requirements and should be taken along with the Radiology courses (See Suggested Course Sequence).

PHI 204 - Medical Ethics (Arts and Humanities) Credits: 3
PSY 245 - Human Growth and Development (Social and Behavioral Science) Credits: 3

Program Outcomes

Upon successful completion of the Radiologic Technology Degree program, the learner will be able to:

Goal: Graduate students who possess the clinical competency of an entry level radiologic technologist.

Position patients for radiographic examinations.
Apply principles of radiation protection for the patient, self, and others.
Identify and perform basic patient care skills and techniques.

Goal: Graduate students who communicate effectively.

Practice effective written communication skills.
Employ effective oral communication skills.
Use appropriate interpersonal skills and communication in the clinical setting.

Goal: Support students in the development, application, and integration of critical thinking and problem solving in the practice of radiography.

Evaluate medical imaging procedures independently and recommend technical modifications to ensure diagnostic quality.
Determine exposure factors to achieve optimum radiographic procedures consistent with minimizing dose to patients.
Describe radiographic appearances and risks associated with specific forms of pathology.

Goal: Graduate students committed to professional growth.

Practice ethical and professional behaviors in the clinical setting.
Summarize professional obligations as a radiographer.

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