Bachelor of Science in Medical Imaging & Therapeutic Sciences
Post-Baccalaureate Certificate in Magnetic Resonance Imaging
Length of Program
The University of Nebraska Medical Center, College of Allied Health Professions, Magnetic Resonance Imaging (MRI) program is 9-months of didactic and clinical experience for graduates of an accredited radiography program. Students who complete the program will be eligible to sit for the MRI Registry exam offered by the American Registry of Radiologic Technologists (ARRT). During the two semester curriculum students will gain knowledge, skills, and abilities in the following areas:
- Operating state of the art MRI scanners
- Cross sectional anatomy and pathology
- MRI pharmacology and venipuncture
- Radiation and MRI safety
- MRI instrumentation and physics
- Patient care, safety, ethics, and law in the MRI profession
- MRI procedures and protocols
Students will gain over 900 clinical hours caring for patients, operating MRI equipment, and working with registered staff MRI technologists, radiologists, and allied health professionals. Students will document 49 MRI clinical competencies as per the requirements of the American Registry of Radiologic Technologists. Clinical competencies include patient care activities, MRI safety, MRI procedures, and quality control.
Admission to the Program
- Graduate from an accredited Radiography program. Students in their final months of study are eligible to apply.
- Current certification by the ARRT.
- Undergraduate cumulative GPA of at least 2.5 on a 4.0 scale.
- Radiography program GPA of at least 3.0 on a 4.0 scale.
- Complete a shadow experience with a MRI Program Representative. (Email to schedule a shadow experience.)
MRI Admissions Policies are in the CAHP Handbook.
Enrollment in each program is limited and competitive. Evaluation of the qualifications of each applicant and the final selections for admission are made by the admissions committee of each program, which comprises program faculty and administration.
Admission to the MRI Program requires the applicant to successfully complete the following prior to matriculation:
University / College Required Prerequisites
Total of 88 semester hours of transfer credit; a maximum of 60 semester hours of credit from an accredited Radiography program and 32 semester hours of specific prerequisite course work (see below). If a Radiography program is less than 60 semester hours, additional transfer credit from a regionally accredited institution will be required to meet the 88 semester hour total.
Successful completion of 32 semester hours at an accredited college or university. The required semester hours must include the following:
- Language / Social Sciences (12 semester hours)
- Course work meeting these requirements may include, but is not limited to, literature, composition, communication, speech, foreign language, philosophy, psychology, sociology, art, history, or religion.
- Mathematics (3 semester hours)
- College Algebra, Statistics, or higher mathematics
- Natural Sciences (9 semester hours)
- Course work meeting this requirement may include, but is not limited to, anatomy, physiology, biology, chemistry, physics, or earth science.
- Electives (8 semester hours) - suggested elective courses: anatomy & physiology II, science, mathematics, humanities/social sciences, computer sciences.
A maximum of 6 College Level Examination Program (CLEP) or Advanced Placement (AP) semester hours will be accepted for transfer. CLEP semester hours in math and science will not be accepted & no more than 3 CLEP or AP hours of English Composition will be accepted.
All science courses must be basic science courses for science majors.
College prerequisites, course requirements, and program requirements are subject to change.
Applicants should review the Technical Standards and MRI Safety Information prior to applying for admission. Accepted students will be screened for MRI safety prior to matriculation.
How to Apply
For information on how to apply to the Clinical Perfusion Program, visit the "How to Apply" website. For information on application deadlines and interview dates, visit the "Application Deadline" website.
Students must successfully complete each course of the 2-semester, 9-month curriculum, requiring an average of 70% or above on all didactic and clinical courses unless specified otherwise in the syllabus. A minimum total of 120 semester credit hours is required for the Bachelor of Science degree in Medical Imaging & Therapeutic Sciences. Students must transfer in a minimum of 88 semester credit hours, 32 semester credit hours of which come from specific prerequisite coursework and a maximum of 60 semester credit hours for their radiography curriculum. Additionally, students will complete 32 semester credit hours in the MRI Program. Students must also successfully complete each course within the MRI curriculum in order to be considered for the Post-Baccalaureate Professional Certificate.
ARRT Primary Disciplines of Certification
The ARRT provides certification in three primary disciplines of radiologic technology; Radiography, Nuclear Medicine Technology, Sonography, Magnetic Resonance Imaging and Radiation Therapy.
Upon completion of the Magnetic Resonance Imaging program at UNMC, graduates are eligible to apply for the national examination for certification offered by the ARRT.
For more information about the ARRT and requirements for certification and registration please contact:
The American Registry of Radiologic Technologists
1255 Northland Drive
St. Paul, MN 55120-1155
Depending on the state in which you decide to practice, you may also be required to become licensed as a radiologic technologist. Each state has their own laws in regard to licensure. Individual states hold the authority to administer the license and grant individuals permission to practice radiologic technology within their state.
For more information on licensure in Nebraska, please click here.
About the Profession
If you were a Magnetic Resonance Imaging technologist, your job would be to use a strong magnetic field and radio waves to create images of the human body.
The magnetic field causes atoms inside the body to become aligned. After alignment, a radio wave is issued to "excite" the atoms. Once the radio signal is turned off, the atoms give off a small characteristic signal. Those signals are then measured with a sensitive antenna called a magnetic resonance imaging (MRI) coil. This process is repeated many times until enough measurements are detected to create a series of detailed images. MRI does not use any ionizing radiation, and can create images of almost any body part oriented in any direction.
MRI technologists use these innovative technologies to create diagnostic images by determining and setting technical parameters, and positioning the patient to create images that accurately display anatomy and pathology. In addition to technical expertise and computer literacy, excellent communication skills are essential for MRI technologists who are responsible for patient education, instruction, and safety.
The career outlook for MRI technologists is good. New technologies and the increased use of diagnostic procedures have created many opportunities in this field. The US Department of Labor projects that the employment of MRI technologists is expected to increase by 9% from 2014-2024.
Employment of radiologic MRI technologists is expected to grow faster than average for all occupations through 2018, as the population grows and ages, increasing the demand for diagnostic imaging.
Career opportunities available to MRI technologists include: clinics, hospitals, research institutes, educational facilities, or equipment application and sales.
Salaries vary depending on years of experience, number of certifications, and geographic location. According to a salary report released by the ASRT in 2013, the mean salary for an MRI technologist is $68,384. This includes hourly salary, overtime, and on-call pay.
The program consists of lecture, demonstration, and clinical instruction. The 400 level courses are designated for students pursuing the Bachelor of Science degree while the 600 level courses are designated for students pursuing the Post-Baccalaureate Professional Certificate.
or MITS 610R
|SECTIONAL ANATOMY & PATHOLOGY I
or SECTIONAL ANATOMY & PATHOLOGY I
or MITS 619R
|MRI PHYSICS & SYSTEMS I
or MRI PHYSICS & SYSTEMS I
or MITS 625R
|MRI POSITIONING & PROTOCOLS I
or MRI POSITION & PROTOCOL II
or MITS 665R
|MRI CLINICAL EDUCATION I
or MRI CLINICAL EDUCATION I
or MITS 667R
|SPECIAL PROJECTS I
or SPECIAL PROJECTS I
or MITS 611R
|SECTIONAL ANATOMY & PATHOLOGY II
or SECTIONAL ANATOMY & PATHOLOGY II
or MITS 620R
|MRI PHYSICS & SYSTEMS II
or MRI PHYSICS & SYSTEMS II
or MITS 641R
|MRI POSITIONING & PROTOCOLS II
or MRI POSITIONING & PROTOCOLS II
or MITS 666R
|MRI CLINICAL EDUCATION II
or MRI CLINICAL EDUCATION II
or MITS 650R
or MRI CAPSTONE
or MITS 668R
|SPECIAL PROJECTS II
or SPECIAL PROJECTS II
|Total Credit Hours||32|
The American Registry of Radiologic Technologists (ARRT) is the credentialing organization that recognizes individuals qualified in the use of ionizing and non-ionizing radiation to promote high standards of patient care in diagnostic medical imaging, interventional procedures and therapeutic treatment. The ARRT tests and certifies technologists and administers continuing education and ethics requirements for their annual registration.