Radiology Technologist Schools and Careers in Michigan
The radiologic technologist and technician schools in Michigan provide a variety of options for earning a degree or certificate in radiologic technology so that you can start a rewarding career in this field. This overview of schools in Michigan offering radiologic technology programs will help you find the information you are looking for to make the right decision for your interests and career goals. Online schools can also be a suitable and potentially more flexible choice. Read about the difference between radiology technologists and radiology technicians. Read on to learn more about radiologic technologist and technician schools in Michigan and career paths for graduates in the state with our table of top-rated rad tech programs, employment and salary projections, and student reviews.
- There are 23 colleges and universities with radiologic technology degree programs in Michigan.1
- 7 schools offer a certificate program in radiologic science.1
- 18 schools offer an associate’s degree in radiologic science.1
- 8 schools offer a bachelor’s degree in radiologic science.1
- 1 school offers a master’s or advanced degree in radiologic science.1
- 22 schools have medical imaging programs accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT).2
- 10 schools have medical imaging programs accredited by the Commission on Accreditation of Allied Health Education Programs (CAAHEP).3
- 1 school has medical imaging programs accredited by the Joint Review Committee on Educational Programs in Nuclear Medicine Technology (JRCNMT).4
For not-for-profit schools with radiologic technology programs.
- Michigan Medical Imaging Schools Comparison
- Select Schools in Michigan with RT Programs
- How to Become an RT in Michigan
- Michigan RT Salary and Job Outlook
- Student Reviews
Table of Contents
Michigan Medical Imaging Schools Comparison
We have designed the following table to allow you to easily compare all of the not-for-profit radiologic technology and medical imaging programs in Michigan on a variety of factors. You should check with the Michigan Occupational Health and Safety Administration Radiation Safety Section (MIOSHA RSS) to ensure that the program you are considering will meet licensure requirements.
|School Name||Associate’s Imaging Program||Bachelor’s Imaging Program||Graduate Imaging Program||National Accreditation||Completion Rate2||Credential Exam Pass Rate2||Job Placement Rate2||Net Price1|
|Alpena Community College||Yes||—||—||—||N.Av.||N.Av.||N.Av.||$3,177|
|Baker College-Auburn Hills||Yes||Yes||—||CAAHEP||N.Av.||N.Av.||N.Av.||$14,487|
|Baker College-Clinton Township||Yes||Yes||—||JRCERT||92%||97%||87%||$14,487|
|Baker College-Owosso||Yes||Yes||—||JRCERT, CAAHEP||87%||87%||92%||$14,487|
|Concordia University-Ann Arbor||—||Yes||—||—||N.Av.||N.Av.||N.Av.||$25,779|
|Delta College||Yes||—||—||JRCERT, CAAHEP||71%||100%||100%||$3,866|
|Ferris State University||Yes||—||—||JRCERT, CAAHEP, JRCNMT||83%||87%||89%||$13,097|
|Grand Rapids Community College||Yes||—||—||JRCERT||91%||91%||95%||$8,070|
|Grand Valley State University (Bachelor’s)||—||Yes||Yes||JRCERT, CAAHEP||100%||80%||96%||$16,860|
|Grand Valley State University (Master’s)||—||Yes||Yes||JRCERT, CAAHEP||100%||N.Av.||N.Av.||$16,860|
|Henry Ford College||Yes||—||—||JRCERT||N.Av.||N.Av.||N.Av.||$2,891|
|Jackson College||Yes||—||—||JRCERT, CAAHEP||85%||82%||97%||$9,004|
|Kellogg Community College||Yes||—||—||JRCERT||60%||87%||93%||$7,920|
|Lake Michigan College||Yes||—||—||JRCERT, CAAHEP||81%||87%||94%||$8,918|
|Lansing Community College||Yes||—||—||JRCERT, CAAHEP||76%||78%||90%||$4,353|
|Macomb Community College||Yes||—||—||—||N.Av.||N.Av.||N.Av.||$8,648|
|Mid Michigan Community College||Yes||—||—||JRCERT||89%||76%||97%||$7,484|
|Mott Community College||Yes||—||—||—||N.Av.||N.Av.||N.Av.||$5,652|
|Northern Michigan University||Yes||Yes||—||JRCERT||88%||90%||94%||$15,201|
|Oakland Community College||Yes||—||—||JRCERT, CAAHEP||100%||100%||100%||$1,585|
|Siena Heights University||Yes||Yes||—||—||N.Av.||N.Av.||N.Av.||$19,146|
|St. Clair County Community College||Yes||—||—||JRCERT||100%||100%||100%||$4,612|
|University of Michigan-Flint||—||Yes||—||JRCERT||100%||89%||94%||$12,153|
|Washtenaw Community College||Yes||—||—||JRCERT||74%||99%||98%||$2,250|
|Wayne State University||—||Yes||Yes||JRCERT||100%||98%||100%||$15,012|
- — indicates none.
- N.Av. indicates no data available.
Select Schools in Michigan with Radiology Technologist Degree Programs
Ferris State University offers an Associate of Applied Science (AAS) in Radiography through its Dental Hygiene and Medical Imaging department in the College of Health Professions. The radiography program lists five learning outcomes expected of all radiography students as they learn how to become clinically competent practitioners who demonstrate professional communication and problem-solving skills. The two-year program includes coursework in Radiographic Procedures, Radiographic Pathology, Principles of Radiographic Imaging, Pharmacology for Radiographers, Radiology Protection and Biology, Digital Imaging, Public Speaking, and Radiology Management. The curriculum also includes three required clinical practica in which students gain hands-on experience in a radiology department of a medical facility. To successfully participate in the program and to begin careers as radiographers, students are expected to meet certain physical standards.
Radiologic technology students at Grand Rapids Community College (GRCC) can earn an Associate of Applied Science (AAS) in Radiologic Technology. Graduates will be prepared for entry-level positions in the radiology departments of medical facilities, government positions, and careers in public health or education. The two-year curriculum consists of a required four semesters and two summer sessions of study and clinical practice. Students take courses such as Human Anatomy and Physiology, Medical Terminology, Radiographic Positioning, Radiographic Exposure, Radiation Protection, Radiographic Poisoning, Survey of Medical-Surgical Diseases, Radiologic Leadership Skills, and Physics of X-Ray. Additionally, students are required to complete five clinical practica in radiologic technology at one of six hospitals affiliated with the radiologic technology program: Holland Community Hospital, Metropolitan Hospital, North Ottawa Community Hospital, Spectrum Health—Blodgett Campus, Saint Mary’s Hospital, and Zeeland Hospital. The department also offers an MRI program in which students can learn MRI-specific skills. The benefits of the GRCC radiology program include low tuition, small classes, and personal advising.
Lansing Community College’s radiologic technology program, which leads to an Associate of Science (AAS) in Radiologic Technology, requires a full-time commitment from students. The program spans 21 months with successful applicants beginning their first courses in the fall semester. Students will spend time on campus and at affiliated hospitals and medical facilities each semester of the program. The summer semester curriculum requires students to complete a clinical rotation of 40 hours a week. Clinical rotations take place at one of 13 sites in such surrounding communities as Lansing, Charlotte, Hastings, St. Johns, and Howell, and all students will complete their clinical rotations at two different facilities during the course of the program. The competitive program accepts a maximum of 28 students a year with applications due by May 1.
Students in the Radiography-Medical Imaging Sciences department at Northern Michigan University (NMU) can work toward an Associate of Applied Science (AAS) in Radiography. The program is accredited by JRCERT and is a limited enrollment program with only 20 spots available for each incoming cohort. Prior to enrollment in the program, students must complete 35 general education credits, with at least 16 of the credits taken at NMU. Students complete a 21-month program of study that includes both theory and clinical experience components. The theory aspect of the program includes coursework in anatomy, physiology, pathology, radiation physics, radiation biology, radiation protection, patient care, diagnostic imaging, radiographic procedures, human diversity, and medical ethics. In the first two semesters, students also participate in medical rotations before participating in clinical internships.
A Roman Catholic educational institution, Siena Heights University in Adrian, Michigan has one of the largest radiologic technology programs in the state. Students enrolled in the radiologic technology program at Siena Heights University can earn a Bachelor of Applied Science (BAS) in Radiologic Technology upon successful completion of their studies. The program is structured using an “inverted major” model, which means that it builds upon the academic foundations of students who already hold associate’s degrees in radiologic technology. Students combine their previous radiology coursework and hospital training with upper-level coursework in the liberal arts, healthcare management, business, social science, etc. in order to gain the credits necessary for a bachelor’s degree. Many radiologic technology majors at Siena Heights choose to complete a Health Care Management Minor to complement their major. Students may also earn up to 24 credit hours for ARRT specialty training in areas such as magnetic resonance imaging, radiation therapy, nuclear medicine technology, computed tomography, or diagnostic medical sonography. To be eligible for the BAS program, students must have either earned their Associated of Applied Science (AAS) in Radiologic Technology from the Adrian or Southfield campuses of Siena Heights University or hold a comparable AAS degree or the equivalent from another qualified educational institution.
How to Become a Radiology Technologist in Michigan
While Michigan does not require licensure to work as a radiologic technologist, the state has published guidelines for prospective CT technologists and mammographers requiring professional education and credentialing. All prospective rad techs in Michigan should know that even if state licensure is not required, employers typically expect candidates for open positions to have at least an associate’s degree and professional credentialing through the ARRT or its equivalent. The process to professional certification is typically as follows:
- Earn a diploma, associate degree, or equivalent credential in your desired practice area. The school that you attend should be appropriately accredited in order to ensure that you meet the requirements for a professional credential.
- Register for and pass the ARRT exam or its equivalent. Many radiologic technologists take the ARRT exams, but nuclear medicine technologists typically take the JRCNMT exam.
- Apply for a professional credential. The ARRT requires candidates who pass the certification exam to formally apply for ARRT certification after receiving their results.
- Complete continuing education, as required. ARRT-certified RTs must complete 24 clock hours of continuing education every two years.
Michigan Radiology Tech Salary and Job Outlook
Projected Job Growth
Radiology Techs in Michigan from 2018-20285
Estimates project a slight decline in jobs for rad techs in Michigan in the decade ending 2028, compared to the projected national job growth rate of 9% for rad techs over the same time period.5 According to the Bureau of Labor Statistics (BLS), there are approximately 6,750 radiologic technologists and technicians employed in Michigan, earning an average yearly salary of $57,510.6 Michigan residents hoping to start careers as radiologic technologists or technicians can consider employment with nationally ranked hospital systems in the state such as University of Michigan Hospitals and Health Centers in Ann Arbor, Beaumont Hospital in Royal Oak, Harper University Hospital in Detroit, and Spectrum Health in Grand Rapids. Other top-ranked hospitals in Michigan include Henry Ford Hospital, Munson Medical Center, McLaren Regional Medical Center, Oakwood Hospital and Medical Center, and Providence Hospital. Individuals may also seek employment in private imaging centers. Some options in Michigan include Advanced Radiology Services in Grand Rapids, Biomagnetics Imaging in Port Huron, Bronson Advanced Radiology Services in Kalamazoo, Contemporary Imaging Associates in Trenton and Livonia, Farmbrook Radiology in Southfield, and McLaren Imaging in Flint.
Michigan Radiologic Technologist Salary by Metro Area
|City||Number Employed7||Average Annual Salary7|
1050 W Bristol Rd
Flint, MI 48507
Student Review: “I studied Radiography at Baker College in Michigan. The program was small, only accepting 22 people per class. The classroom was set up so that there was a lecture area and two mock x-ray rooms set up in the back of the class that students were trained with. The two x-ray rooms had functional x-ray machines. We would practice taking x-rays on dummies, but practice positioning patients and setting up the room with other students. The program was a 2-year course. The curriculum was broken down into a year of classroom teaching and a year out in the hospital with hands-on training.” – Student at Baker College
2111 Emmons Rd
Jackson, MI 49201
Student Review: “Jackson College’s radiology program has been a great experience for me. The program was designed specifically to prepare you for boards and entering the work field. We were placed in hospital settings and have remained there for two years along with taking classes. This has allowed me to basically receive on the job training from some amazing, experienced technologists. What really has made the program great is our professor Joe. Joe was just named educator of the year by the ARRT. This was a well-deserved honor. I have never had a professor care so much about his students, in both a school setting and personal. He makes sure that he does all he can to help you succeed.” – Student at Jackson College
Student Review: “Jackson College’s General Diagnostic Medical Sonography program was more than I could have ever asked for. The professors were very informative and made learning a fun experience. While it was a very challenging and demanding program, the tools they give you will help you to succeed. The program director may come off as unapproachable, he isn’t. He doesn’t want to hold your hand through, he wants you to learn the material and understand it vs him give you the answers. You won’t have him out in the real world, he is just preparing you for that. The didactic classes were the best part of the program, I could complete the classwork online in its entirety making it easier to complete this program as a Stay at home mom of 3 children. While this made the harder classes even harder, it made my graduation even more satisfying. This program really does prepare you for the real world for Sonography.” – Student at Jackson College
Lansing Community College
309 N Washington Square
Lansing, MI 48933
Phone: (517) 483-1957
Student Review: “I enjoyed learning through the MiRIS consortium program through Lansing Community College, Grand Rapids Community College, Kellogg Community College, Lake Michigan Community College, Mid Michigan Community College, and Grand Valley State University in Michigan. This program prepared me to pass my test to be registered as an MRI Technologist as well as prepared me for my career in radiology. The classwork combined with clinicals prepared me for what everyday work in radiology would be like. I loved being able to take all my classes online- I could work at my own pace and re-watch lectures as many times as I needed. The instructors were very helpful and informative. I never had any issues with downtime or navigating the website. Clinicals were 24 hours a week and close to home. In clinicals, I got to actively work on patients within a radiology department and learn my trade hands on. Overall the MiRIS consortium program more than prepared me for my registration testing and the career I have today.” – Student at Lansing Community College
Mid Michigan Community College
1375 S Clare Ave
Harrison, MI 48625
Student Review: “Even though the school I attend is not considered to have as strong of a program for radiologic technicians as the other nearby school. I have found that it has done much to not only provide me with a wealth of knowledge I will need for the job but also prepared me with the life skills and connection I will need to secure a position in the field after graduation. There are few people in the program, and the professors are very willing to give personal attention to those who struggle with the work. It is a very in-depth and fast-paced program, but it has definitely given me the confidence I need to jump into the career when I graduate.” – Student at Mid Michigan Community College
Oakland Community College
2480 Opdyke Rd
Bloomfield Hills, MI 48304
Student Review: “My experience in the Radiologic Technology program at Oakland Community College was great overall. Academically, the first year was very tough. We had to learn a lot about anatomy and physiology, radiation biology, and protection. It seemed quite overwhelming when the classes were combined with clinicals, but it got easier when we entered our second year of the program. The professors were great, very informative, respectful of all students, and were always willing to help in any way. Their teaching style accommodated any type of learning style that we had. The director of the program was very nice and always kept her door open for any student who needed anything. The program prepared me to become an amazing radiologic technologist who provides quality images to the radiologists for diagnostic purposes, as well as providing quality care to patients.” – Student at Oakland Community College
1. National Center for Education Statistics College Navigator: https://nces.ed.gov/collegenavigator/
2. Joint Review Committee on Education in Radiologic Technology Program Effectiveness Data: https://www.jrcert.org/resources/program-effectiveness-data/
3. Commission on Accreditation of Allied Health Education Programs: https://www.caahep.org/Students/Find-a-Program.aspx
4. Joint Review Committee on Educational Programs in Nuclear Medicine Technology: https://www.jrcnmt.org/find-a-program/
5. Projections Central Long Term Occupational Projections: https://projectionscentral.com/Projections/LongTerm
6. Bureau of Labor Statistics, Occupational Employment and Wages, Radiologic Technologists and Technicians: https://www.bls.gov/oes/current/oes292034.htm
7. Bureau of Labor Statistics Metropolitan and Nonmetropolitan Area Occupational Employment and Wage Estimates: https://www.bls.gov/oes/current/oessrcma.htm