Bachelor of Science (BS) in Imaging Sciences

CT is a highly advanced imaging technique that uses X-rays and computer processing to create detailed cross-sectional images. CT scans are essential for diagnosing fractures, tumors, internal bleeding and diseases affecting parts of the body like the brain, lungs and abdomen. CT is widely used in emergency medicine, oncology and surgical planning due to its speed and precision. At Rush University, students gain hands-on experience with cutting-edge CT technology, preparing them for careers in fast-paced health care environments.

A CT technologist specializes in performing advanced cross-sectional imaging using X-ray technology. CT plays a crucial role in diagnosing trauma, cancer, strokes and cardiovascular diseases. Since it uses ionizing radiation, professionals must first be registered and licensed radiologic technologists (RTs) before specializing in this field.

Rush University offers a bachelor's degree in imaging sciences with a CT specialization for licensed radiologic technologists looking to advance their careers. This program covers radiation safety, contrast administration and advanced CT techniques, preparing graduates for leadership roles, cross-training opportunities, and certification exams.

MRI is a non-invasive imaging technique that uses strong magnetic fields and radio waves to generate detailed images of the soft tissues, organs and nervous system. Unlike X-ray-based imaging, MRI does not use ionizing radiation, making it a safer diagnostic option. MRI is essential for detecting brain disorders, spinal injuries, joint conditions and cardiovascular diseases. At Rush, students train in MRI with state-of-the-art equipment and expert faculty, ensuring they are well-prepared for careers in this rapidly evolving field.

An MRI technologist operates scanners to produce high-resolution images of the brain, spine, joints and soft tissues. Unlike CT, MRI does not use ionizing radiation, making it a unique imaging profession.

Rush offers the following two MRI technologist pathways:

• MRI Entry-Track Program: For those new to medical imaging, this direct pathway allows students to pursue MRI as their first imaging specialty. Upon completion, graduates are eligible to sit for the MRI board exam and enter the field as certified MRI technologists.
• Post-Radiography MRI Specialization: For licensed radiologic technologists, this track is designed for those looking to specialize in MRI and advance their careers with a bachelor’s degree.

Radiography is the foundation of medical imaging, using X-rays to visualize bones and certain soft tissues. It plays a crucial role in diagnosing fractures, infections, lung diseases and other conditions. As the first step in many diagnostic processes, radiography provides essential information for guiding treatment decisions. Rush University’s program equips students with the skills and clinical training needed to excel as radiologic technologists in a variety of health care settings.

IR and cath lab Technologists assist in minimally invasive, life-saving procedures guided by fluoroscopy, or real-time X-ray. These include vascular treatments, cardiac stent placements and emergency stroke interventions. Since IR and cath lab use ionizing radiation, professionals must first be registered and licensed RTs.

Rush offers a Bachelor’s Degree in Imaging Sciences with a specialty track in IR/cath lab for licensed RTs. This program prepares graduates for high-demand roles in hospitals and interventional suites, with training in the following:

• Vascular and neuro-interventional procedures
• Cardiovascular imaging and hemodynamic monitoring
• Patient care and advanced imaging techniques

You can find a full list of the prerequisites, admission requirements and more information on the program’s Admissions page.

You can learn about the application process, deadlines and guidelines on the program’s Admissions page. If you’re ready, you can also apply now.

Yes, graduates of the Imaging Sciences Program at are eligible to sit for certification exams through the American Registry of Radiologic Technologists (ARRT) or other approved credentialing organizations depending on their specialty. Certification is required for CT, MRI and IR/cath lab and is a crucial step for professional licensure and career advancement. The program is designed to prepare students for success on these exams by covering advanced imaging techniques, patient care and safety protocols.

The university is supported by the Center for Clinical Wellness and the Center for Academic Excellence. You can find information on several resources for students on our Student Affairs page, including wellness services, assistance with studying, accessibility and accommodations and more. For financial assistance, you can also learn more about our Office of Student Financial Aid.

Our program is designed specifically for working professionals, allowing students to complete 24 clinical hours per week, totaling 333 hours per semester, and 1,000 hours during three required clinical semesters. Clinical hours are negotiable with clinical instructors at affiliated health care facilities, ensuring a balance that meets the needs of both students and departments.

Due to U.S. visa regulations, this program is not an ideal fit for international students on F-1 student visas. The program’s didactic coursework is entirely online, and F-1 visa students are only permitted to take a limited portion of their coursework online. Prospective international students should consult admissions counselors for guidance on eligibility and alternative pathways.

To succeed in the program, students must have a laptop with a camera — required for virtual learning and assessments — and a strong, stable internet connection to support interactive online coursework.

Yes. While the didactic portion is fully online, the program includes 1,000 clinical hours during the final three semesters, providing the essential hands-on experience required to develop advanced imaging skills. These hours are completed at affiliated clinical facilities under the guidance of experienced technologists.

Scholarships are available, but you must complete your application to determine which ones are options for you. You can also learn more about financial assistance from our Office of Student Financial Aid.

Beyond technical training, the program includes coursework in the following:

• Leadership and management: Prepares students for supervisory and administrative roles
• Health care informatics: Equips students with skills in imaging data management and technology integration
• Patient education: Enhances communication skills for patient care and advocacy
• Professional development: Focuses on career growth and industry trends 

This well-rounded curriculum ensures that graduates are not just skilled imaging technologists but also future leaders in medical imaging.