Attend radiology school. Become a radiologic tech.
Radiology Schools 411 is a comprehensive resource for prospective students looking to research schools, degrees, careers, and jobs in the rapidly growing field of medical imaging and radiotherapy. The medical imaging field includes radiography (x-rays), sonography (ultrasound), computerized tomography (CT or CAT) scans, magnetic resonance imaging (MRI), and treatments such as radiation therapy. To help you research education opportunities and prepare for your career we feature information on top radiologic technology schools (commonly referred to as “radiology schools” or “x-ray tech schools”).
What Is Radiologic Technology?
Radiologic technology is an area of medicine that uses radiant energy to provide diagnostic images of a patient’s body under the supervision of a medical doctor with a specialty in radiology (a radiologist). Radiologic technologists assist the radiologist and are educated in and trained to perform specified radiation therapy treatments or to produce images through x-rays, magnetic resonance imaging (MRI), computerized tomography (CT or CAT), and sonography (ultrasound) depending on their specific training. Those who take these types of radiographic images are broadly referred to as “radiographers.” Nearly two-thirds of radiologic technologists work as radiographers.1
Radiologic technologists possess field-specific education and must pass an exam and keep updated credentials to carry the official designation of registered radiologic technologist, or registered RT, as overseen by the American Registry of Radiologic Technologists (ARRT). As of late 2015, 35 states used the ARRT’s credentialing exam as part of their licensing process.
Since not all states use ARRT’s credentialing as part of licensure, and because many radiographers historically used the job title of “radiologic technician,” this can create confusion for those exploring this broad career area. Today, due to the required education and ARRT’s certification process, the term radiologic technologist is typically preferred. However, if one possesses training adequate for employment in some facet of imaging, but lacks the ARRT credential, he or she may be known by a title such as “radiologic technician” or “x-ray tech.” In addition, employers are at liberty to use position titles aligned to their internal standards; as such, even individuals credentialed as a registered RT may work under the title of radiologic technician. A search of job boards with these various titles yields results in all cases, so it is evident that the medical establishment references all instances of this title. Our guide will help you identify education pathways, career and certification options, salary projections, and job opportunities for these roles.
Radiology Technologist School Information by State
We have researched schools by state that offer programs in radiologic technology and science. In addition, we have featured some of those programs with program summaries and have also included a list of programs accredited in each state by the Joint Review Committee on Education in Radiologic Technology (JRCERT) for the area of radiography.
- Select One
- New Hampshire
- New Jersey
- New Mexico
- New York
- North Carolina
- North Dakota
- Rhode Island
- South Carolina
- South Dakota
- Washington DC
- West Virginia
Radiology School Profiles
There are two undergraduate majors offered by the University of Iowa’s Carver College of Medicine in the field of medical imaging. The first is Radiation Sciences, which covers radiologic technology, sonography, MRI, CT, and radiation therapy programs. Nuclear medicine technology is the University of Iowa’s other undergraduate medical imaging degree. Designed to prepare students through intellectual, professional, and social learning opportunities, students in the University of Iowa’s radiation science educational program will work alongside faculty members and instructors.
As a leader in diagnostic imaging education for 40 years, the four-year rad tech program at LIU Post is accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT). LIU Post’s Bachelor of Science in Radiologic Technology successfully addresses the growing demand for professionals who perform diagnostic tests for a range of injuries and illnesses like cancer, osteoporosis, concussion, and more. Students learn to conduct MRI scans, CT scans, and mammograms, providing 2D and 3D images of soft tissues, organs, and the skeletal system.
Students of the Newman University Radiology Program are educated to become successful radiographers who provide care to patients and position them to capture high-quality radiographic imagery. Rad techs must understand safety practices associated with radiation and determine the proper quantity of radiation required for accurate diagnostic images. Graduates are competent, entry-level radiologic technologists, prepared to specialize in the use of x-rays to aid the physician in diagnosis and treatment of diseases.
Emory University School of Medicine’s Department of Radiology and Imaging Sciences offers a Medical Imaging program that prepares graduates to perform x-rays and other energy forms to diagnose and treat patients. Emory offers a baccalaureate degree, a BMSc in Medical Imaging. They also offer an RT-BMSc program in Medical Imaging, with coursework online and in a hybrid format, specifically aimed at working professionals. Courses include Anatomy & Physiology, Medical Imaging Procedures, Computer Applications in Medical Imaging, a Medical Imaging Seminar, and Clinical Practicum. The bachelor’s degree takes three years to complete, and graduates are prepared to enter or continue their careers in the industry of radiologic technology.
More than ultrasounds and x-rays, the Radiologic Technology Program at Austin Peay State University prepares graduates to aid physicians who rely on quality radiographic images to accurately diagnose injury and disease. Their students are committed to helping patients and saving lives through compassionate care. Programs in diagnostic medical sonography, nuclear medicine technology, and radiography provide training and education across the various disciplines of imaging science. This includes academic theory, classroom learning, clinical experience, lab testing, and competency testing in a realistic clinical setting.
Founded in 1819, the University of Cincinnati is a renowned public research institution, with four campuses in Cincinnati, Ohio. The online Bachelor of Science program in Medical Laboratory Science combines the quality of Cincinnati’s campus-based degree with the convenience of studying at home. The online program offers currently employed technicians the opportunity to earn their bachelor’s degree while maintaining professional and personal responsibilities. UC also offers an Associate of Applied Science in Radiologic Technology as well as a Bachelor of Radiation Science Technology in Radiation Science.
Arkansas State University’s Department of Medical Imaging and Radiation Sciences offers a Bachelor of Science in Radiologic Science (BSRS) that is structured to produce clinically competent, advanced-level radiologic technicians. Students in this program benefit from a technologically diverse education that teaches specific imaging modalities and patient services to be used under the direction of a physician. Past graduates have been placed in diverse positions, from technical advisors to hospitals and clinics to sales representatives for diagnostic imagery equipment.
Graduates of the JRCERT-accredited Radiologic Technology program at Xavier University are prepared to work as radiologic techs in many different specialities including surgery, fluoroscopy, diagnostic x-ray, and mobile examinations. Areas for advancement include MRI, CT, and special procedures like vascular studies. Students will graduate with clinical training (approximately 1,900 hours). The Xavier University Associate Dgree in Science for Radiologic Technology program also includes clinical competency evaluation and training.
The Bachelor of Science in Radiologic Technology program at the University of Hartford is accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT). Clinical rotations at affiliate institutions provide students with hands-on, practical experience under the supervision of practicing professionals in the medical imaging field. During their fourth year in the program, students may choose to specialize in either CT or MRI. Graduates are prepared as leaders in healthcare through an undergraduate focus in communication, education, management, computer science, or advanced science and medicine. Imaging technologists who are currently credentialed by the ARRT may be eligible for the MRI Certificate Program and/or the CT Certificate Program.
The four-year Radiologic Technology Program at the University Louisiana Monroe (ULM) is in the College of Health Sciences composed of two segments. While the Pre-Radiologic Technology covers the basic physical and biological sciences, the professional program prepares the graduate for a career in radiology. Radiography school students gain practical, hands-on experience and accomplish their clinical education through the university’s association with several hospitals in the area. Working professionals who are registered with the ARRT may be interested in ULM’s online Registered Technologist Education Plan (RTEP), which leads to a Bachelor of Science in Radiologic Technology.
The Department of Health Sciences at California State University, Northridge (CSUN) offers a Bachelor of Science in Radiologic Sciences (BSRS). Radiologic tech graduates receive a well-rounded education in general as well as specialized imaging, creating excellent opportunities for career growth within the field. Program graduates learn an array of procedures like CT, MRI, and Cardiovascular Imaging. The BSRS at California State University, Northridge is accredited by JRCERT.
A cooperative program between Mercy Medical Center, the University of Akron, and the Akron Children’s Hospital prepares radiology students to conduct radiologic examinations under the direction of a physician who is responsible for the diagnosis, treatment, and care of physical injuries and diseases. Radiologic technology students learn to apply protective radiation shielding on the patient, while taking safety measures for the patient and all personnel. Students must complete all program requirements and earn a faculty recommendation to be awarded the Associate of Applied Science (AAS) degree.
The JRCERT-accredited Radiographic Science Program at Idaho State University aims to teach students the technical and academic foundations required to conduct radiologic imaging procedures safely and competently. Graduates of the baccalaureate degree program are qualified, skilled imaging technologists who ethically respond to the individual needs of their patients with competence and compassion, and who are technically equipped to become a professional member of any medical imaging team. After graduation, candidates are eligible to take the national certification exam in radiography administered by the American Registry of Radiologic Technologists (ARRT).
Oakland University offers a Biomedical, Diagnostic, and Therapeutic Science bachelor’s degree program with a specialization in radiologic technology that prepares students for clinical imaging careers. Students learn the principles and science behind the safe administration of ionizing radiation for diagnostics, patient care, and research purposes, as well as how to integrate and use advanced radiographic techniques. The program includes six semester-long rotations to build students’ skills in clinical practice.
The Massachusetts College of Pharmacy and Health Sciences offers a Bachelor of Science in Radiography that can be completed in 32 months on an accelerated track or 20 months on a fast track. The school’s state of the art radiography laboratory allows students to learn medical imaging on equipment that is comparable to that used in modern healthcare facilities. Students work in clinical placements throughout the Boston area and upon graduation are eligible to sit for the American Registry of Radiologic Technologists (ARRT) certification exam. The program is accredited by JRCERT. The Massachusetts College of Pharmacy and Health Sciences also offers advanced certificates in computed tomography, a bachelor of science in diagnostic medical sonography, and a bachelor of science in magnetic resonance imaging, among other programs.
Morehead State University’s associate degree in radiologic science program can be earned in as little as three years. Students complete clinical placements at two different health care agencies as part of the curriculum, gaining hands-on real-world experience. Graduates are prepared to pursue further education in in-demand modalities including computed tomography, magnetic resonance, and radiation therapy. Program graduates are also prepared to sit for the ARRT certification exam in radiography. Morehead State University is also home to bachelor’s degree programs in diagnostic medical sonography and computed tomography/magnetic resonance. The school also offers an online Leadership in Medical Imaging bachelor’s degree program that can prepare students for management and leadership roles in the imaging sciences.
The Bachelor of Science in Radiologic Sciences (BSRS) program at Southern Vermont College prepares graduates to become clinically competent entry-level radiologic technicians. The program is competitive and requires students to maintain a cumulative of GPA of 2.3 or better and earn at least a C+ in all radiologic science courses. Students who have previously completed an associate’s degree in the radiologic sciences and are registered with the ARRT may be eligible to transfer up to 64 credits, enabling them to complete the BSRS in as few as 12 to 18 months. Over the past five years, 95% of graduates have passed the ARRT national exam on the first attempt.
The University of Southern Indiana (USI) offers a Bachelor of Science in Radiologic and Imaging Sciences program that enables students to acquire the skills and knowledge needed to work as effective entry-level radiographers. The curriculum combines the university’s required liberal arts core with intensive courses specific to the radiologic sciences and clinical placements in various settings and modalities. Since 2008, 100% of program graduates have found work in radiologic technology within a year from graduation. USI also offers a bachelor’s degree completion program that allows who have previously completed an associate’s degree and are currently certified and registered as radiographers to complete their bachelor’s degree in radiologic science online. This program offers specialty tracks in CT/MRI, clinical education, or radiology management.
Typical Courses in Radiology
Below is a list of classes that are typically offered in radiologic technology programs:
- Introduction to Radiologic Technology
- Radiologic Physics and Equipment
- Radiographic Anatomy, Physiology, and Positioning
- Radiation Protection and Safety
- Patient Care and Management Fundamentals
- Radiographic Pathology
- Advanced Imaging Procedures
- Medical Terminology
- Radiation Physics
- Radiation Biology
- Medical Ethics
- Patient Communication and Care
- Radiation Protection Biology
- Abdominal Sonography
- Obstetric Sonography
- Diagnostic Ultrasound
- Sonographic Physics
- Sonography Equipment
- Ultrasound Physics
- The American Registry of Radiologic Technologists
- American Society of Radiologic Technologists
- Bureau of Labor Statistics Occupational Outlook Handbook, Radiologic Technologists
- Association of Educators in Imaging and Radiologic Sciences, Inc.
- Radiological Society of North America (RSNA)
- The American College of Radiology
- The American Board of Radiology
- The Society for Pediatric Radiology
- The Alliance for Radiation Safety in Pediatric Imaging (Image Gently Alliance)
- Searching Radiology
- Aunt Minnie Radiology news and forums
1. College of Southern Idaho: http://hshs.csi.edu/radiologic_technology/what_is_radiology_and_radiologic_technologist.pdf