To receive your license from the Bureau, you must pass the American Registry of Radiologic Technologists exam or the Bureau-administered radiologic technology exam. Once you have successfully passed your licensing exam, you can receive your two-year license from the Bureau. Remember to renew it every two years to keep your license valid. If you want third-party licensure on top of your state-required licensure, consider registering with the American Registry of Radiologic Technologists.
You must pass the ARRT exam to get your license. During each two-year renewal period, you are required to complete 24 continuing education credits. You can begin your job search as soon as you get your license. As you begin your job search, you may find many job listings at hospitals. Medical imaging departments in hospitals are typically open around-the-clock, so you may have to work evening and weekend shifts.
AIMS Education has clinical affiliations with numerous healthcare facilities throughout New Jersey and the surrounding areas. Students will be placed at one or more of these affiliated sites and must complete their clinical hours based on the schedule provided by the school. Internship schedules are based on the availability of clinical sites. All students Day and Evening must be prepared to complete their internship during normal business hours Monday through Friday. The majority of clinical sites do not allow students to complete clinical hours in the evening or on the weekend.
The number of MRI job opportunities is growing at a fast rate. This has resulted in tremendous career opportunities for MRI graduates. Most of the employment opportunities are in hospitals and diagnostic imaging centers. MRI Technologists can expect to work in clean, well lit, and comfortable environments. Jobs may require a moderate amount of physical activity working with the MRI equipment and maneuvering patients. Employment outcomes are not guaranteed. An MRI Technologist specializes in magnetic resonance imaging scanners.
They operate the machine to obtain scans of patients' muscles, spinal cord, or brain, which help diagnose clients' diseases and illnesses. An MRI Technologist must carefully follow the direction of their attending physician to ensure they are scanning the appropriate area of the body needed for diagnosis. MRI Technologists play a crucial role in health care, but they must first complete formal training.
There are two main ways to become an MRI technologist:. The MRI Technologist program has a selective application process.
Meeting the minimum requirements or recommendations does not guarantee you will be accepted into the program. From the pool of applicants, those who are considered most qualified for the study and practice of MRI technology will be admitted.
If you live outside of New Jersey or you are planning to seek employment in another state, please review our professional licensure disclosures for more information. Additional information regarding the class schedule, program length, internship schedule, and school holidays, is available on the academic calendar page. Why should you consider an allied health career as an MRI technologist?
Well, with annual salaries that fall well above the average American income — and excellent job growth in nearly every state — there are fantastic career prospects around the country.
Take the first step in achieving your career goals by visiting the AIMS campus. During your school visit you'll get to meet one-on-one with an admissions specialist. They'll help you choose the right career path and answer any questions you have. You'll also get the chance to tour the AIMS campus, including all of our classrooms, medical labs, and student facilities. Search Directions Contact. Programs Programs. Neurodiagnostic Tech Students in our CAAHEP accredited Neurodiagnostic technologist program learn how to record and study electrical activity in the brain and nervous system.
Learn more. Admissions Admissions. Applicants may be required to take preclinical courses during or before enrolling in the radiologic technology program. These prerequisite courses include English, higher mathematics, algebra, applied physics, chemistry, anatomy, medical sciences, and physiology. All applicants must also undergo a physical examination. Full-time students may finish the program faster, compared to part-timers.
Radiography and radiology program graduates must also pass the American Registry of Radiologic Technologists ARRT examination before applying for a state license 2. Associate degree holders and ARRT accredited technologists may continue their education by enrolling in Bachelor of Science degree programs. Graduates may take the ARRT examination for advanced modalities.
Radiologic technologists who want to expand their specialties may also enroll in certificate programs, which may take 12 to 30 months to complete. The field of diagnostic imaging has several members. The radiologic technologists use high-technology equipment to produce medical images.
Technologists often work upon the instructions of the radiologists. Sometimes, a physicist may be required on-site to assist in calculations and radiation safety. Radiologists are licensed-doctors who went through the same years of education and training as other physicians. Individuals who wish to become a radiologist must attend four to five years of medical school.
Graduates must complete two years of internship, followed by four years of residency in an accredited hospital. It takes 10 to 15 years of education and training to become a fully-licensed radiologist. There are several certifying agencies for radiography and radiology programs. Certifying agencies ensure that radiologic technology students receive high-standard education and are protected from fraudulent schools.
A JRCERT accreditation process involves personal site visits, inspections, and reviews on program performance and output. The organization is a certifying body that accredits and recognizes qualified radiologic technologists. The society is a professional association composed of rad techs. The agency ensures that radiation safety standards are upheld in laboratories and radiology facilities 3. The aging population is responsible for the increased demand for medical imaging services 4.
This salary range includes occupations, such as sonography and X-ray technicians 5.
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