Radiology is at the heart of modern medicine. A degree in radiologic sciences will train you to fill this vital role in a variety of health care settings.
Why Study Radiologic Sciences?
Medical imaging studies have been a cornerstone of medical diagnosis for decades. Technological advances and new imaging modalities now place medical imaging among the most dynamic, expanding and high-demand fields in clinical medicine.
Radiologic technologists must know the principles of anatomy, physiology, pathology, radiographic imaging, radiation safety, the operation of many types of X-ray and computerized equipment, the professional care and handling of patients, and the management of a radiology department or division.
A degree in radiologic sciences will generally allow you to move forward in your career, taking on more responsibility and moving into a higher position.
Why Study Radiologic Sciences at CSUN?
A Unique Program
Out of all accredited B.S. in radiologic sciences programs in the U.S., only 36 are entry-level bachelor of science in radiologic sciences (B.S.R.S.) programs. Within these B.S.R.S. programs, CSUN's Radiologic Sciences program is unique in that it requires both academic and clinical competencies in all of the following advanced imaging areas: magnetic resonance imaging (MRI), computed tomography (CT), interventional radiology (IR), cardiac interventional radiology (CI), mammography (M) and education.
Career Preparation
CSUN's Radiologic Sciences B.S. degree program prepares practitioners (radiologic technologists) to work with patients and physicians, performing a wide variety of diagnostic imaging procedures within the radiology department.
A Phased Approach
Our Radiologic Sciences program consists of two phases: The pre-professional and professional phases. During the pre-professional portion, you'll complete the general education requirements and the radiologic sciences prerequisites.
Upon completion of the pre-professional phase, you'll become eligible to apply to the professional Radiologic Sciences program, which includes 2,600 hours of clinical internship at affiliated medical centers. A limited number of clinical placements at these medical centers are available each year for students accepted into the professional phase.
What You'll Learn
You'll receive a strong foundation by taking the following courses:
- General Biology
- Human Anatomy
- Human Physiology
- Principles of Chemistry
- General Physics
- Introduction to Psychology
- Introductory Sociology
You'll then take a series of clinical education courses in medical radiography, which include clinical participation in the radiology department of an affiliated hospital.
You'll also take such professional courses as:
- Radiological Health
- Medical Imaging Sciences
- Radiographic Anatomy and Positioning
- Basic Pathophysiology
- Cross-Sectional Anatomy for Radiographers
- Quality Assurance and Evaluation of Radiology Imaging Equipment
- Medical Imaging Pathology
- Principles of MRI
- Radiologic Physics
Careers & Outcomes
Radiographers are employed in a range of settings, including hospitals, emergency clinics, forensic labs, outpatient radiology centers, primary care clinics, the military and more.
Below are sample job titles and some of the places our graduates work.
Job Titles
- Radiographer
- Radiologic Technologist
- Mammographer
- Interventional Radiographer
- MRI Technologist
- CT Technologist
Employers
- UCLA
- USC
- Cedars Sinai Medical Center
- Northridge Hospital Medical Center
- Children's Hospital LA
Accreditation
CSUN's B.S. in Radiologic Sciences is accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT), which accredits educational programs in radiography, radiation therapy, magnetic resonance and medical dosimetry.