Radiologic Technologies

Program Background

The Radiologic Technologies program consists of a comprehensive curriculum designed to educate and train students in the art and science of diagnostic radiologic technology. This is a new 122-credit program. Students are eligible to sit for the American Registry of Radiologic Technologists (ARRT) National Certification Examination. 

Radiologic technology is the art and science of utilizing radiation to produce diagnostic images of the tissues, bones, organs and vessels of the body to assist physicians in the diagnosis and treatment of disease. Images may be recorded on film or viewed digitally on a video monitor. The radiographer is an essential member of the health care team and is responsible for producing quality diagnostic images through accurate positioning, radiation protection and quality patient care.

We are now accepting applications for Fall 2015.

This program's current clinical placement sites include NYU Langone Medical Center, Good Samaritan Hospital, Helen Hayes Hospital, St. Joseph's Medical Center.

Employment Outlook

Employment data projections reveal strong growth potential for Radiologic Technologists, beginning with a median starting salary of $55,910, according to the Bureau of Labor Statistics.  The job outlook for Radiologic and MRI Technologists is growing faster than average, projected at 21% by 2022, with over 48,000 new jobs projected to be added during that period. 

Sample Program Course Schedule

Click here for a sample program course schedule.

Frequently Asked Questions

Click here for FAQ.

ADMISSION REQUIREMENTS

Students may apply for this program via the Common Application. There is a $50 application fee.

Faculty

Daniel Sorrentino  
Program Director

M.S. in Health Services Management, New York Medical College; B.S. in Business Administration, St. Thomas Aquinas College; A.A.S. Allied Health – Radiology, Bergen Community College

Dr. Molinda Kearns
Chair - Health Studies, Associate Professor of Biology and Chemistry
Ph.D.in  Pharmaceutical Sciences, Arnold and Marie Schwartz College of Pharmacy; M.S. in Molecular Biology, Long Island University; B.S. in Biology, D’Youville College