37 Radiology Bachelors Degree Programs

The Radiation Therapy Technology (B.S.) program prepares students to work as radiation therapists, focusing on using advanced technology to treat cancer and other diseases. Throughout the program, stu...

The Radiation Therapy (B.S.R.T.) program is designed to prepare students for careers in delivering cancer treatments using advanced technology and techniques. The curriculum combines classroom instruc...

The program prepares students to become skilled radiologic technologists by covering essential clinical and theoretical topics. Students learn about the human body's structure, imaging procedures, and...

The ultrasound. The sonogram. The echocardiogram. All are the result of special imaging equipment that directs sound waves into a patient's body to assess and diagnose various medical conditions. Such imaging equipment is an invaluable tool in quality healthcare, and the diagnostic medical sonographer is the person trained to use that tool. MTSU's Pre-Diagnostic Medical Sonography program helps prepare students for this challenging and rewarding profession.

Compassion. It's often a defining quality for students interested in the field of nuclear medicine technology. Most commonly employed by hospitals and imaging clinics to use a scanner to create images of various areas of a patient's body, a nuclear medicine technologist can spend as much time with patients like their doctors—and therefore have as much of an opportunity to reassure and calm patients who are likely undergoing a stressful period in their lives.

Radiation therapists are on the front lines in the battle against cancer, serving as invaluable members of the oncological radiation team in hospitals and cancer treatment centers. The patients treated by a radiation therapist are often at their most sick and vulnerable, so a therapist is often in a position to provide comfort beyond the actual operation of the machines used in treatment.

The medical imaging and radiotherapy technician works in medical teams. He participates in the functional exploration and makes the diagnosis. He carries out, according to the medical prescription, acts relating to medical imaging by manipulating the MRIs and the scanners and other radiological devices of which he is a specialist.

The bachelor’s program in Radiation Therapy is designed to prepare students for careers helping patients through cancer treatments. It covers essential topics like radiation physics, anatomy, patient ...

The Nuclear Medicine Technology program is within the Bachelor of Science in Imaging Science degree. The Nuclear Medicine Technology program is in partnership with Chattanooga State Community College. This unique, one-of-a-kind program in West Virginia allows students to gain experience in Nuclear Medicine both locally and in the Chattanooga, Tennessee area.

WCUI’s Bachelor of Science in Diagnostic Medical Sonography program prepares students to use non-invasive techniques for essential diagnostics as sonographers.

The Bachelor of Science in Radiation Therapy program combines theoretical knowledge, clinical experience and the latest technology to prepare you for a constantly evolving and rewarding career as a radiation therapist.

Radiation therapists operate machines called linear accelerators, which are used to deliver radiation therapy. These machines direct high-energy x-rays at specific cancer cells in a patient's body, shrinking or removing them. Radiation therapists are part of the oncology team that treats patients with cancer.

Our Bachelor of Science in Diagnostic Imaging (BSDI) degree is the first of its kind in Missouri. It is also one of only a few in the surrounding states. Join in a legacy of success that stretches over 40 years! Cox College has trained hundreds of speciality imaging professionals who have gone on to rewarding, life-changing careers, and you could be next!

Students who earn Clarion University's 120-credit Bachelor of Science in Medical Imaging Sciences choose between the radiologic technology or ultrasound (sonography) concentration. Both concentrations are designed as two-plus-two programs. The programs have an academic preparation of two years (60 semester hours of science and general education) at either Venango or Clarion campus. The radiologic technology concentration continues with a two-year program of a clinical study (60 semester hours) at one of six JRCERT-accredited, hospital-based schools of radiologic technology. The ultrasound concentration continues with a two-year program of clinical study in sonography (60 semester hours) at the Great Lakes Institute of Technology. Application to an affiliated clinical site in radiologic technology or sonography typically occurs in the second semester of the sophomore year. Clarion also offers an online degree completion option. This option is restricted to individuals who are already credentialed as radiologic technologists, sonographers, nuclear medicine technologists, radiation therapists, or medical dosimetrists and who have completed a properly-accredited educational program. These individuals may conveniently complete the Bachelor of Science in Medical Imaging Sciences online degree.

The program focuses on training students to become skilled radiographers who can perform a variety of medical imaging techniques. It combines theoretical knowledge with hands-on clinical experiences, ...