CT Technologist - Compassionate Diagnostic Imaging Pro

CommonSpirit Health; Gilbert (AZ); On-site; USD 60,000 - 80,000; Full time

Job summary

Mercy Gilbert Medical Center in Gilbert, AZ is seeking a CT Technologist to capture precise diagnostic images, enabling Radiologists to diagnose conditions accurately. You will create cross-sectional images of the skeleton, tissues, and organs while delivering compassionate patient care and a comforting imaging experience.

The role emphasizes understanding diagnostic imaging workflow, patient positioning, and protocol selection to ensure clear results for timely diagnoses supporting effective

Qualifications

• Graduate AMA approved school of radiologic technology
• At least two (2) years prior radiologic technologist experience
• Registered Technologist Radiography (ARRT)
• CT Radiology Tech licensure: AZ
• AZ license required
• AHA Basic Life Support for Healthcare Providers (CT CPRBLS)

Responsibilities

• Performs CT scans per current protocols and radiologist recommendations (Trauma/ER, Perfusions, Routine Body, Routine Neuro, Interventional Procedures)
• Assists Interventional Radiologist during CT guidance procedures
• Performs work-ups such as perfusions and reconstructions
• Manages protocol by evaluating area of interest and scan type, consults physician as needed
• Mentors Students, Externs, and new staff
• Demonstrates thorough knowledge of cross sectional anatomy and positioning for CT procedures

Skills

CT imaging

Cross-sectional anatomy

Patient care

Interventional CT guidance

Radiologic technology

Education

AMA approved radiologic technology program

Tools

ARRT registration

BLS certification (AHA)

Job description

Mercy Gilbert Medical Center in Gilbert, AZ is seeking a CT Technologist to capture precise diagnostic images, enabling Radiologists to diagnose conditions accurately. You will create cross-sectional images of the skeleton, tissues, and organs while delivering compassionate patient care and a comforting imaging experience.

The role emphasizes understanding diagnostic imaging workflow, patient positioning, and protocol selection to ensure clear results for timely diagnoses supporting effective