Radiography

Radiography Overview

Are you interested in a career that is in-demand? Check out our radiography field. A “Rad Tech” can play an important role on the patient care team. Find out how you can earn an Associate of Applied Science Degree in Health Science – Medical Radiography in 18 months.

  • Employment of radiologic technologists is expected to increase by about 17 percent from 2008 to 2018, faster than the average for all occupations. As the population grows and ages, demand for diagnostic imaging is projected to increase.1
  • In addition to job growth, job openings are also expected to arise from the need to replace technologists who leave the occupation.1

1 Source: US Dept. of Labor, Bureau of Labor Statistics, Occupational Outlook Handbook, 2010-11 Edition.

Program Objectives Include:

  • Provide a learning environment that recognizes individual differences and promotes caring behavior in the healthcare community.
  • Promote critical thinking skills to effectively address patient care problems and to adapt to the rapidly changing challenges in healthcare.
  • Provide graduates with strong educational foundations for lifelong personal and professional growth.
  • Prepare graduates to take the national exam of the ARRT (American Registry of Radiologic Technologists) in radiography and, where available, state licensure examination.

For more information about this program, please see the program description in the University Catalog. Radiography Program Description

What You Can Learn in Radiography

Through a blend of practical “hands on” clinical experience in hospitals and/or outpatient centers and on-campus classroom and lab sessions, radiography students explore:

  • Radiation Biology and Protection for patient clients, employees and other healthcare personnel.
  • Equipment Operation and Quality Control to include film/screen techniques, digital, and computer radiology.
  • Image Production and Evaluation including technical factors selection, image processing, and criteria for image evaluation.
  • Radiographic Procedures including positioning, anatomy, and technical factors adjustments
  • Patient Care and Education including ethical and legal aspects, interpersonal communication, infection control, physical assistance and transfer, medical emergencies, and radiographic contrast media

Where You Can Go in Radiography

Radiography professionals are in demand* throughout the United States in a variety of healthcare settings and industries including:

  • Hospitals & Medical Imaging Centers
  • Outpatient Care Centers & Primary Care Clinics
  • Government & Military
  • Medical Research
  • Mobile Imaging
  • Radiology Sales & Service
  • Education & Industry

At both the Newport News and Northern Virginia (Manassas), VA and the Greensboro, NC campuses: Graduates will receive an Associate of Applied Science Degree in Health Science – Medical Radiography and will be eligible to sit for the national certification examination with the American Registry of Radiologic Technologists (ARRT).

At the Newport News, VA campus, the Medical Radiography program: is accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT).

Joint Review Committee on Education in Radiologic Technology (JRCERT)
20 N. Wacker Drive, Suite 2850, Chicago, IL 60606-3182
Tel: (312) 704-5300, Fax: (312) 704-5304, e-mail: mail@jrcert.org

* Source: US Dept. of Labor, Bureau of Labor Statistics, Occupational Outlook Handbook, 2010-11 Edition.

Degree Objectives

Program Purpose

This program is designed to provide students with an excellent knowledge of medical imaging. Students are prepared to become competent clinical practitioners capable of producing diagnostic radiographs, while subjecting the patient and healthcare personnel to minimum radiation exposure. Upon completion of the program, graduates become eligible to sit for the national American Registry of Radiologic Technologists (ARRT) exam in Radiography and are eligible for state licensing.

Program objectives include:

Students learn about the latest radiographic imaging and processing technologies, radiographic procedures, positioning a patient to obtain a clear radiographic image, analyzing radiographic images, human anatomy, and physiology.

Program Requirements

  • High School Diploma or GED
  • Admissions test with passing score

Other Requirements:

Medical Radiography program applicants must have a minimum GPA of 2.5 from high school or college. GED students must have a minimum score of 500. Medical Radiography program applicants must successfully complete the entrance assessment. A personal interview and recommendation from Program Director or designee is required.

Core Curriculum

DEGREE A.A.S.
PROGRAM Health Science
CONCENTRATION Medical Radiography
SEMESTER CREDIT HOURS 76
 
ARTS AND SCIENCES CURRICULUM 21 Semester Credit Hours
Course ID Course Name Credits Potential Certifications1
BIO 101 Anatomy & Physiology 1 3
BIO 102 Anatomy & Physiology 2 3
ENG 110 College Composition 3
MTH 120 College Mathematics 3
COM 110 Principles of Speech 3
ENG 210 Critical Thinking 3
PSY 105 Psychology 3
Course ID Course Name Credits Potential Certifications1
 
SELF INTEGRATION COURSES 6 Semester Credit Hours
Course ID Course Name Credits Potential Certifications1
FOR 112 College Orientation 3
COR 191 Career Orientation 1
CSA 128 Computer Applications 2
Course ID Course Name Credits Potential Certifications1
 
CORE CURRICULUM 49 Semester Credit Hours
Course ID Course Name Credits Potential Certifications1
MED 104 Medical Terminology 3
RAD 100 Fundamentals of Radiologic Sciences 1
RAD 105 Patient Care, Ethics & Law in Radiologic Science 2
RAD 110 Introduction to Radiographic Positioning & Technique 1
RAD 115 Radiographic Procedures 1 2
RAD 120 Introduction to Radiographic Clinical Practice 1
RAD 125 Radiographic Procedures 2 2
RAD 135 Radiographic Procedures 3 2
RAD 145 Radiographic Imaging & Processing 2
RAD 156 Rad Production, Characteristics & Imaging Equipment 3
RAD 165 Radiological Pharmacology & Drug Administration 1
RAD 175 Radiographic Image Analysis 1
RAD 205 Radiographic Research & Exhibits 1
RAD 215 Computers in Radiologic Science 1
RAD 225 Radiographic Pathology 2
RAD 235 Radiation Biology & Protection 2
RAD 245 Radiology Advanced Imaging Modalities 2
RAD 255 Radiographic ARRT Exam Prep 2
RAD 130 Radiographic Clinical Education 1 1
RAD 140 Radiographic Clinical Education 2 1
RAD 150 Radiographic Clinical Education 3 1
RAD 160 Radiographic Clinical Education 4 1
RAD 170 Radiographic Clinical Education 5 1
RAD 180 Radiographic Clinical Education 6 1
RAD 200 Radiographic Clinical Education 7 2
RAD 210 Radiographic Clinical Education 8 2
RAD 220 Radiographic Clinical Education 9 2
RAD 230 Radiographic Clinical Education 10 2
RAD 240 Radiographic Clinical Education 11 2
RAD 250 Radiographic Clinical Education 12 2
Course ID Course Name Credits Potential Certifications1

 

1The certifications listed in the "Potential Certifications" column are the actual certification exams that students may be prepared to take following achievement of student learning outcomes from a course or a set of courses. Some certifications may require additional outside preparation prior to taking the exams; and receipt of one or more certifications is not guaranteed. Students are strongly encouraged to take all appropriate certification examinations for their program of study. To facilitate student access to the certifications, ECPI offers its students access to the certification exams at a significant discount. Some programs may require the student to obtain one or more certifications as part of the curriculum.

Degree Outcomes

Upon completion of the program, the student will be clinically competent.

  • Student will demonstrate the ability to properly operate imaging equipment.
  • Student will determine proper exposure factors to obtain diagnostic quality radiographs.
  • Student will demonstrate proper positioning skills.
  • Student will demonstrate the proper use of radiation protection.

Upon completion of the program, the student will demonstrate effective communication skills.

  • Student will demonstrate effective oral communication skills.
  • Student will practice written communication skills.

Upon completion of the program, the student will demonstrate basic critical thinking and problem solving skills.

  • Student will manipulate exposure factors to accommodate for sub-optimal conditions to maintain appropriate radiographic quality.
  • Student will modify standard positioning procedures to accommodate for sub-optimal or non-routine positions.
  • Student will demonstrate the ability to effectively critique radiographic images.

Upon completion of the program, the student will demonstrate professional growth and development.

  • Student will demonstrate knowledge and interest in continued professional growth and development.
  • Student will demonstrate knowledge of professional ethics.

Upon completion of the program, the student will possess sufficient knowledge, skills, and abilities to meet the needs of the healthcare community.

  • Student will successfully meet all requirements needed to sit for national licensure.
  • Student will successfully meet all requirements of the program and be rewarded the degree of Associates of Applied Science in Medical Radiography.

The program will provide students with quality didactic and clinical education, and the community with quality and competent professionals of radiologic technology, through a curriculum that promotes the current practice, guidelines, and standards.

  • Graduates of the program will successfully pass the ARRT national certification exam on the 1st attempt.
  • Of those pursuing employment, graduates will be gainfully employed within 6 months post-graduation.
  • Students will complete the program within 18 months.
  • Students will be satisfied with their education.
  • Employers will be satisfied with the graduate's performance.

Future Possible Careers For This Program

51.0911 Radiologic Technology/Science - Radiographer
29-2034.00 Radiologic Technologists and Technicians
29-2034.00 Radiologic Technologists

Success

Time frame: July 1, 2011 to June 30, 2012 Award Year 2011-12

Q

How long will it take to complete this program?

A

The program is designed to take 19 months to complete.
91% of graduates from this program finish in this time.
The median time for graduates to complete this program is 19 months.

Q

What percentage of students that graduated got jobs?

A

The following are the employment rates as reported to the Joint Review Committee on Education in Radiologic Technology (JRCERT) for the 2010 period.

  • Newport News, VA – 94%

Cost

Q

What is the total cost of this program for me?

A

At ECPI University, programs are competitively priced and are designed to help you achieve your goals. Through our year-round schedule, you could earn your Associate's in 1.5 years. That can give you the edge over students at other colleges who might still be attending class.

Program Cost/Tuition Chart
Books & Supplies $1,425.00
Tuition and Fees $42,350.00
Total Tuition $43,775.00

Foundation course requirements can result in additional costs and increase the time to graduation. Actual cost may vary depending on actual time to graduate, and subject to any necessary tuition increases. (for all programs and schools)

Financing

Time frame: July 1, 2011 to June 30, 2012 Award Year 2011-12.

Q

What are my financing options to pay for the program?

A

In addition to any grant and scholarship aid for which they are eligible, graduates used loans to finance their education. The median debt for program graduates is:

Loan Type Amount
Federal Median Loans $22,675.00
Private Median Loans $0.00
Institutional Median Loans $0.00