The University of Arkansas for Medical Sciences is seeking a Diagnostic Radiology Technologist for The Orthopedic and Spine Hospital (TOSH) in Little Rock, Arkansas. The ideal candidate will be responsible for producing high-quality radiographic images for medical interpretation while ensuring patient care and safety
Job Summary
Diagnostic Radiology Technologists produce radiographic images for medical interpretation, interact with all healthcare staff, many clerical staff members, all patient care departments, and with patients' families and visitors.
UAMS offers amazing benefits and perks (available for benefits eligible positions only): Health: Medical, Dental and Vision plans available for qualifying staff and family, Holiday, Vacation and Sick Leave, Education discount for staff and dependents (undergraduate only), Retirement: Up to 10% matched contribution from UAMS, Basic Life Insurance up to $50,000, Career Training and Educational Opportunities, Merchant Discounts, Concierge prescription delivery on the main campus when using UAMS pharmacy.
Operates and positions radiologic equipment to produce images of the body for diagnostic purposes and according to exam specifications, following established radiologic requirements and regulations to ensure patient care and safety.
Matching Summary
Match Score: 75
The University of Arkansas for Medical Sciences is seeking a Diagnostic Radiology Technologist for The Orthopedic and Spine Hospital (TOSH) in Little Rock, Arkansas. The ideal candidate will be responsible for producing high-quality radiographic images for medical interpretation while ensuring patient care and safety.
Skills & Requirements
Must-have
Produce radiographic images
Patient care and safety
Operate radiologic equipment
High-quality images
Nice-to-have
Teamwork and diversity
Collaborative healthcare organization
Improve patient care
Key Requirements
Graduate of an approved Radiology program
Registered or eligible by the American Registry of Radiologic Technologists
Licensed by the State of Arkansas in Radiology Technology