Weekend Radiologic Technologist – Diagnostic Imaging

Cape-Fear-Valley-Medical-Center-; Dunn (NC); On-site; USD 58,000 - 75,000; Full time

Job summary

Cape Fear Valley Health System in Dunn, North Carolina, is seeking a qualified Radiologic Technologist to perform radiographic and fluoroscopic procedures for diagnostic purposes in the Radiology department. The role requires ARRT registration, an Associate’s degree in Radiologic Sciences, and strong patient care skills.

Weekend shifts are included, with emphasis on safety, accuracy, and timely image delivery through the RIS.

Qualifications

• Requires ARRT registration or registry eligibility within 12 months of hire.
• Associate’s degree in Radiologic Sciences from an accredited program is required.
• Strong patient care skills and ability to work with diverse age groups.

Responsibilities

• Perform radiographic/fluoroscopic procedures for diagnostic purposes.
• Prepare patients and explain procedures, addressing questions.
• Position patients to obtain proper images while minimizing discomfort.
• Maintain privacy and safety per Radiation Protection Plan and department guidelines.
• Record exam start/end times accurately in the RIS.
• Ensure appropriate shielding, dosimeter use, and infection control.
• Support QA by verifying image quality and annotations before radiologist review.
• Submit work orders for equipment malfunctions and coordinate with Clinical Technology Services.

Skills

English proficiency

Interpersonal skills

Verbal communication

Written communication

Patient care

Education

Associate’s degree in Radiologic Sciences

ARRT certification

Job description

Cape Fear Valley Health System in Dunn, North Carolina, is seeking a qualified Radiologic Technologist to perform radiographic and fluoroscopic procedures for diagnostic purposes in the Radiology department. The role requires ARRT registration, an Associate’s degree in Radiologic Sciences, and strong patient care skills.

Weekend shifts are included, with emphasis on safety, accuracy, and timely image delivery through the RIS.