Wednesday, January 6, 2010

Become An Mri Or Ct Technician

A job in radiologic technology practically gives you the superpower to see through the human body. Radiologic technicians perform MRI (magnetic resource imaging), CT (computed tomography) and X-ray scanning to detect cancers, growths, broken bones and other problems within the confines of the skin. While the preparation for an MRI or CT job isn't as long as that for other medical specialties, the profession does require a period of post-secondary study.


Instructions


1. Use the search feature on the Joint Review Committee on Education in Radiologic Technology's website (www.jrcert.org/) to find a radiologic technology program. For "Type of Program," select "Radiography." For "Degree/Certificate," select either "Associate Degree" or "Certificate." Add at least your ZIP code or state and click the "Search" button. As of February 2011, the committee accredits more than 400 schools.


2. Review your selected school's application and admissions policy, paying attention to application dates and proper mailing addresses. Most institutions are technical and community colleges, which will require a high school diploma or GED. In some cases, schools may require SAT or ACT scores, letters of recommendation or a personal statement.


3. Spend the first year of school getting a background in MRI and CT scanning with courses such as applied radiography, medical terminology, radiation physics, essentials of human anatomy and physiology and imaging.


4. Take in-depth courses in the program's second year, such as radiation protection, along with any hands-on clinic or lab time or observation time. Some programs offer electives where students specifically interested in MRI and CT scanning will be able to take more classes in their specialty.


5. Graduate from the program and apply for voluntary credentials from the American Registry of Radiologic Technicians, which requires continuing-education courses to maintain the certification.

Tags: Degree Certificate, radiologic technology