Bachelor of Science in Medical Imaging & Therapeutic Sciences
The program is 21 months in length, starting in August, and ending in May.
Length of Program
The didactic component is composed of approximately 76 semester hours and complies with the American Society of Radiologic Technologists curriculum. There are optional courses available to the student in specialized areas of interest.
The Radiography Program consists of lecture, demonstrations, laboratory, and supervised clinical experiences. The students gain clinical experience by rotating through one or more of the following facilities:
- Nebraska Medicine
- Children's Hospital
- CHI Health - Creighton University Medical Center
- Veterans Affairs Medical Center
- CHI Health - Saint Francis Medical Center, Grand Island, NE
- Columbus Community Hospital, Columbus, NE
- CHI Health Good Samaritan Hospital, Kearney, NE
- Kearney Regional Medical Center
The amount of time dedicated to the clinical environment depends upon the student's year in the program and semester of enrollment. Part of the clinical experience will involve evening/weekend rotation requirements. The evening /weekend rotations will not comprise more than 25% of the student's total clinical clock hours.
List of technical standards required by the radiography profession.
Students must successfully complete each course within the radiography curriculum in order to be considered for the Bachelor of Science degree in Medical Imaging & Therapeutic Sciences. A minimum total of 120 semester credit hours are required for the Bachelor of Science degree in Medical Imaging & Therapeutic Sciences (minimum of 50 semester credit hours of specific prerequisite coursework and approximately 72 semester credit hours in the Radiography Program).
Admission to the Program
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.
Cumulative GPA required for admissions consideration: 2.50
Admission to the Radiography Program requires the applicant to successfully complete the following prior to matriculation:
University / College Required Prerequisites
Successful completion of a minimum of 50 semester hours at an accredited college or university (60 hours preferred). The required semester hours must include the following:
- English Composition (6 semester hours)1
- College Algebra (3 semester hours)
- Statistics (3 semester hours)
- College or General Chemistry with Lab (4 semester hours)
- Anatomy & Physiology with Lab (4 semester hours required; 8 semester hours suggested)
- College or General Physics (4 semester hours)
- Medical Terminology (2 semester hours)
- Speech / Oral Communications / Public Speaking (3 semester hours)
- Humanities (3 semester hours) and Social Sciences (3 semester hours) (psychology and sociology suggested)
- Electives (15 semester hours) – suggested elective courses: Anatomy & Physiology II, science, mathematics, humanities/social sciences, computer science.
Advanced Placement: 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.
Please note: A personal laptop is required for one or more of the courses which are part of the radiography curriculum.
- Accepted students are guaranteed timely and appropriate clinical placement.
- Accepted students will be required to complete a background check and substance abuse testing prior to matriculation into the program. Depending on clinical site, additional requirements may need to be met or updated.
- During the program, students will be assigned to periodic evening/weekend rotations which will not comprise more than 25% of the total clinical clock hours.
Accepted students will be assigned to a campus location. Once a campus location is assigned, the student will be expected to remain at their assigned campus location for the duration of the program. Students are asked for their campus location preference during the application process; however, there is no guarantee as to what campus location will be offered. Campus location options: Omaha, Columbus, or Kearney. See the Campus Locations page for more information and housing options.
MITS Early Acceptance Pipeline:
The MITS Early Acceptance Pipeline was created for those students who know they have an interest in one of our post-baccalaureate certificate (PBC) programs in the Medical Imaging & Therapeutic Sciences department. Those programs are:
- Cardiovascular Interventional Technology (CVIT)
- Diagnostic Medical Sonography (DMS)
- Magnetic Resonance Imaging (MRI
- Radiation Therapy (RTT)
Students who want to apply to the above programs must first complete a radiography program, and so the Early Acceptance Pipeline allows applicants to apply to the Radiography Program and one PBC program at the same time. Applicants who choose to apply through the Early Acceptance Pipeline will complete a Radiography Program application during the normal admissions cycle, but will also indicate on the application an interest in one of the PBC programs. At that time, applicants will be asked to submit a personal statement about their interest in Radiography, as well as a personal statement about their interest in the PBC program of their choice.
Applicants accepted to the Radiography Program but not accepted to the PBC Program through the Early Acceptance Pipeline will be allowed to apply for early acceptance to the PBC Program of their choice again during their first year of the Radiography Program. Again, applicants may only apply for early acceptance to one of the PBC Programs, and will be required to submit a personal statement about their interest in the PBC program.
UNMC Radiography students who were not accepted as part of the Early Acceptance Pipeline are welcome to reapply to any of the PBC Programs during their final year of the Radiography Program.
Questions regarding the Early Acceptance Pipeline can be addressed to CAHP Academic & Student Affairs at firstname.lastname@example.org or via phone at 402-559-6673.
How to Apply
Certification & Licensure
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.
ARRT Primary Disciplines of Certification
The ARRT provides certification in these primary disciplines of radiologic technology: Radiography, Nuclear Medicine Technology, Sonography, Magnetic Resonance Imaging and Radiation Therapy.
Upon completion of the Radiography 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.
About the Profession
Radiography is the use of ionizing radiation to produce detailed diagnostic images of the human body. The quality of the radiographs is dependent upon the judgment, knowledge, and skill of the radiographer who assists the Radiologist (a physician specially trained in radiology to diagnose disease and injury) by operating complex, highly technical equipment safely and efficiently.
The Radiographer must have a solid foundation in anatomy, physics, biology, and the professional and technical disciplines related to radiologic science. Imaging specialties found within the radiography profession include: Mammography, Surgical Radiography, Computed Tomography (CT), Cardiovascular Interventional Technology (CVIT), Bone Densitometry, and Quality Management.
Radiologic technologists are the largest group of allied health professionals in the country.
More than 300 million radiologic procedures are performed every year in the United States, and seven out of 10 Americans undergo some type of medical imaging exam or radiation therapy treatment annually.
As the technology involved with diagnostic imaging, radiation therapy, telemedicine, and teleradiology progresses, so will the need for highly educated, credentialed technologists with independent-thinking and critical-judgment skills. Career opportunities available to certified radiographers include clinical patient care, administration, education, research, radiation dosimetry/physics, clinical therapy treatment, commercial sales, equipment applications, and veterinary medicine.
The American Society of Radiologic Technologists recognizes the baccalaureate degree as the professional level of radiologic science education.
The career outlook for Radiologic Technologists (aka Radiographers) is good. The US Department of Labor projects that the employment of Radiologic Technologists is expected to increase by 9% from 2014-2024. While salaries vary depending upon shift differential, on-call pay, and years of experience, the US Department of Labor estimated the median salary in 2016 to be $58,960 per year.
|NRSG 250||PRIN CARE HOSPITALIZED||1|
|MITS 312R||RADIOGRAPHIC TECHNOLOGY I||3|
|MITS 315R||APPLIED RADIOGRAPHIC TECHNOLOGY I||3|
|MITS 352R||HUMAN PHYSIOLOGY I||2|
|MITS 390R||DIGITAL IMAGING PRINCIPLES||3|
|MITS 402R||INTRODUCTION TO RADIATION PHYSICS||3|
|CAHP 445||CLINICALLY ORIENTED HUMAN ANATOMY I||3|
|MITS 308R||INTRODUCTION TO MEDICAL IMAGAING AND THERAPEUTIC SCIENCES||2|
|MITS 313R||RADIOGRAPHIC TECH II||4|
|MITS 316R||APPLIED RADIOGRAPHIC TECHNOLOGY II||3|
|MITS 353R||HUMAN PHYSIOLOGY II||2|
|CAHP 426||HEALTH CARE ETHICS AND CRITICAL THINKING||3|
|CAHP 446||CLINICALLY ORIENTED HUMAN ANATOMY II||2|
|MITS 323R||APPLIED RADIOGRAPHIC TECHNOLOGY III||5|
|MITS 413R||RADIOLOGIC CONTRAST AGENTS (online)||1|
|MITS 461R||CT PHYSICS (online)||1|
|CAHP 415||COMMUNICATION & CULTURAL COMPETENCY (online)||2|
|NRSG 311||PATHOPHYSIOLOGIC ALTERATIONS IN HEALTH I||2|
|NRSG 317||PHARMACOLOGY FOR HEALTHCARE PROFESSIONALS I||2|
|MITS 305R||SPECIAL PROJECTS I (online)||1|
|MITS 350R||RADIOGRAPHIC PATHOLOGY (online)||2|
|MITS 404R||APPLIED RADIOGRAPHIC TECHNOLOGY IV||4|
|MITS 414R||RADIATION HEALTH PHYSICS||1|
|MITS 460R||CT PROTOCOLS AND CROSS SECTIONAL ANATOMY (online)||2|
|CAHP 423||PRINCIPALS OF CRITICAL INQUIRY (online)||2|
|NRSG 331||PATHOPHYSIOLOGIC ALTERATIONS IN HEALTH II||2|
|NRSG 332||PHARMACOLOGY FOR HEALTHCARE PROFESSIONALS II||2|
|MITS 306R||SPECIAL PROJECTS II (online)||1|
|MITS 355R||RADIOGRAPHIC PATHOLOGY II (online)||2|
|MITS 407R||RADIOGRAPHIC IMAGING SEMINARS (online)||2|
|MITS 408R||APPLIED RADIOGRAPHIC TECHNOLOGY V||4|
|Total Credit Hours||72|