About this role
The Radiologic Computed Tomography Technologist is responsible for providing high-quality patient care during Computed Tomography (CT) procedures and diagnostic imaging examinations using approved workflows and procedural protocols. Working under direct supervision, this position uses specialized computerized x-ray equipment to produce cross sectional images of the human anatomy which aid radiologists in diagnosing a wide variety of diseases and disorders.
Essential Job Function:
• Performs routine and special CT and diagnostic exams adhering to established protocols to minimize additional imaging and limit radiation dose, maintaining exam productivity within established benchmarks. • Follows instructions from physicians regarding which area of the patient’s body needs imaging. • Talks the patient through the procedure and answer questions to lower their anxiety and increase their understanding of the procedure. • Positions the patient correctly and adjusts the imaging equipment to the specified position to create quality images of specific parts of the body. • Reviews and assesses patient medical histories to determine appropriate imaging parameters for accurate results. • Operates and maintains advanced CT equipment, adhering to safety protocols and conducting regular maintenance checks to ensure precise and reliable imaging results. • Records and documents all CT scans and associated information in Computerized Health Information (CHL) and Picture Archiving and Communication System (PACS), verifying charges and addressing discrepancies for smooth workflow. • Performs other duties as assigned.
Education:
• Required: High School Diploma or equivalent; Graduate of a Radiology, Imaging or related educational program.
Experience:
Licensure/Certification/Listing:
• Required: BLS (CPR)-American Red Cross or AHA Healthcare Provider Will accept any of the licenses below: ARRT: RT(R)(CT), RT(N)(CT)NMTCB: CNMT, NMTCB(CT)Combination: ARRT RT(N) and NMTCB(CT)ORCNMT and ARRT(CT)ORARRT RT(R) and NMTCB(CT)ORARRT RT(T) and NMTCB(CT).