Radiologic Technology Associate Degree
The Associate of Science in Radiologic Technology program is designed to provide students with comprehensive knowledge and practical skills necessary to pursue a career in the field of radiologic technology.
The Associate of Science in Radiologic Technology program is designed to provide students with comprehensive knowledge and practical skills necessary to pursue a career in the field of radiologic technology. This program prepares individuals to become competent and professional radiologic technologists who can perform diagnostic imaging procedures with precision and compassion.
Throughout the program, students will gain a strong foundation in medical sciences, radiation physics, and imaging techniques. They will learn to operate sophisticated imaging equipment. Emphasis is placed on developing critical thinking skills, problem-solving abilities, and effective communication with patients, physicians, and other healthcare professionals.
Learning Outcomes:
The Radiologic Technology Associate of Science degree prepares students to become an entry-level professional in radiography. Students will:
- Demonstrate clinical competencies by obtaining diagnostic radiographs and performing radiation safety practices.
- Learn critical communication skills necessary in the radiography field by communicating with other health professionals and obtaining accurate patient histories.
- Demonstrate critical thinking skills by determining the appropriate sequences for multiple exams and adjusting exposure variables for unacceptable radiographs.
Upon successful completion of the program, graduates will be eligible to take the national certification examination offered by the American Registry of Radiologic Technologists (ARRT)(R). Certification is a requirement for employment in most healthcare facilities and ensures that graduates meet the standard of competence and professionalism in the field.
Your learning experience
The curriculum covers a wide range of subjects, including anatomy, physiology, patient care, radiation safety, image analysis, and radiographic positioning. Students will learn to assess patient needs, position them correctly, and apply appropriate radiation protection measures. They will also acquire knowledge to take diagnostic images that will be used by doctors and radiologists for interpretation.
Hands-on clinical experience is a vital component of the program, allowing students to apply their theoretical knowledge in real-world healthcare settings. Under the supervision of experienced radiologic technologists, students will engage in clinical rotations in hospitals, medical clinics, and imaging centers. These clinical experiences provide an opportunity for students to refine their technical skills, develop professional ethics, and gain exposure to various specialties within radiologic technology. See if there is an existing externship site in your local area. (**Exact externship locations are based on site availability, not distance. Students often have to commute or travel to sites outside of their local area.**)
Program highlights:
This is a full-time degree program. Class days and hours are to be determined but will primarily be night classes. For every one hour of lecture, students should expect two hours of outside class preparation and study. For every one hour of lab, students should expect to spend one hour of outside class preparation and study.
Students will take online classes and virtual labs. Externship clinicals will take place in-person
Clinical rotations: students will be required to rotate through various clinical sites on 8 to 12 hour shifts per day, 3 to 5 days per week. The distance, days, shifts, etc. are to be determined. Student will work with the ANU Externship Coordinator to secure a site convenient to your location. If we are unable to secure a viable site, the students must be willing to attend any site that we find, such as Pikeville Medical Center. ANU is not responsible for travel expenses related to securing and attending clinicals.
A background check required in order to sit for certification with ARRT(R) and may be required for clinical sites. If the students background is not clear they are advised to apply for preapplication with ARRT(R).
To participate in clinicals, students may be required to have and show proof of all childhood vaccinations, hepatitis B series, annual flu shot, annual TB test, CPR certification, and/or the complete COVID-19 series (Pfizer, Moderna, or J&J). Clinical sites dictate these requirements. ANU is not responsible for expenses incurred for receiving vaccinations or tests or for methods use to show validity of these records.
This program uses Virtual Reality technology. Students who wear eyeglasses may be required to purchase lens or adapters for their glasses or wear contact lenses.
For more information about specific state requirements view the individual state requirements by ASRT.
Upon successful completion of the program, graduates will be eligible to take the national certification examination offered by the American Registry of Radiologic Technologists (ARRT)(R). Certification is a requirement for employment in most healthcare facilities and ensures that graduates meet the standard of competence and professionalism in the field.
Online Tuition Comparison
Total tuition for an associate's degree in Radiologic Technology at ANU is only $38,640. Large online colleges with course-based programs are 16% – 131% higher and do not include fees or textbooks.(1) ANU tuition includes all fees (application, course, technology, graduation, etc.), textbooks, and lab equipment (where applicable).
(1) Online tuition pages on the internet at:
- https://www.south.edu/admissions/financial-aid/tuition-and-fees/, tuition based on load of credits per term, most programs are $3200/quarter for 6-9 credits, UG programs are estimated at 2 courses per term, plus fees & textbooks (viewed 10/22/24)
- https://www.sullivan.edu/tuition-costs?utm_medium=top_nav, all programs listed separately, plus fees & textbooks (viewed 10/22/24)
- https://ecpi.smartcatalogiq.com/en/2024/catalog/tuition-and-fees/, Radiography $810/ch, plus fees (viewed 10/23/24)
- https://www.keiseruniversity.edu/catalog/, tuition based on load of credits per term, $8946/semester for 9-11.99 credits, $5964/semester for 6-8.99 credits, $2982/semester for up to 5.99 credits, plus fees & textbooks (viewed 10/22/24)
Required Courses
For all courses: See catalog for complete course descriptions and prerequisites.
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