CT Technologist
Asheville, NC
Revolution Healthcare Services
4x10 hrs, Nights
Referral Bonus

Start Date: July 23, 2026

Location: Asheville, North Carolina

Compensation: Details provided to qualified applicants

Schedule: Full-time position with varied shift opportunities; possible weekend shifts and shift rotation; potential call requirement of approximately 12 hours per month

Highlights:

• Work at a nationally recognized 800-bed flagship hospital, designated as one of America's 50 Best Hospitals and awarded an "A" Hospital Safety Grade
• Utilize advanced imaging equipment including GE Optima, GE EVO, GE Revolution scanners, and Medrad Injectors
• Perform comprehensive CT imaging including diagnostic scans, invasive procedures, cardiac imaging, neuro, MSK, body imaging, and pediatric imaging
• Work within a Magnet-designated facility, the highest international honor for nursing excellence, serving as the region's Level II trauma center and comprehensive stroke center
• Join a collaborative team environment with 2-5 technologists per shift depending on schedule, supported by radiology assistants and supervisors
• Experience provided using Cerner RadNet EMR and Phillips PACS systems

Requirements:

• ARRT (R) certification required
• Demonstrated skills in all areas of CT imaging including diagnostic scans and invasive procedures
• Proficiency in ED trauma and stroke imaging required
• Experience with GE equipment, invasive CT, cardiac imaging, and venipuncture strongly preferred
• Black scrubs required per facility dress code

Why It's a Great Opportunity:

This position offers the chance to work in a premier medical facility recognized nationally for clinical excellence and patient safety. You'll be part of the region's only comprehensive referral center, serving as the busiest robotic surgery program in the Carolinas while working with cutting-edge technology. The ideal candidate is a self-motivated team player who thrives in a fast-paced environment and is passionate about delivering exceptional patient care across diverse imaging modalities.