Cardiac Cath Lab Radiologic Technologist (Part-Time)

Trinity Health Mid-Atlantic; Fresno (CA); On-site; USD 115,627,000 - 162,153,000; Part time

Job summary

Trinity Health Mid-Atlantic in Fresno, CA is seeking a Part-time Radiologic Technologist for the Cath Lab. The role involves invasive cardiovascular diagnostic and therapeutic procedures, along with routine radiography, patient care, and physician assistance during procedures.

Reporting to the Lead Cardiovascular Radiologic Technologist, Cath Lab, you will work a 12-hour day shift, apply a strong knowledge of anatomy, radiation safety, and contrast media, and ensure high-quality imaging to

Qualifications

• HS diploma or equivalent required.
• Graduate of a 2-year accredited Radiology Technology program.
• 1 year Radiology Technologist experience preferred.
• CRT certification with Fluoroscopy permit required.
• Current BLS CPR card required.
• ARRT Radiography certification preferred.
• Knowledge of contrast media, radiation physics, anatomy, positioning.
• Ability to operate and troubleshoot radiography equipment.

Responsibilities

• Perform invasive cardiovascular diagnostic and therapeutic procedures in Cath Lab.
• Perform routine radiographic procedures and provide patient care.
• Provide physician assistance during procedures and ensure patient safety.

Skills

Arrhythmia recognition

Radiographic safety

Patient care

Troubleshooting equipment

Physiology knowledge

Education

High school diploma or equivalent

2-year Radiology Technology program

CRT certification (CDPH-RHB)

AHA CPR certification

Tools

Fluoroscopy permit

Job description

Trinity Health Mid-Atlantic in Fresno, CA is seeking a Part-time Radiologic Technologist for the Cath Lab. The role involves invasive cardiovascular diagnostic and therapeutic procedures, along with routine radiography, patient care, and physician assistance during procedures.

Reporting to the Lead Cardiovascular Radiologic Technologist, Cath Lab, you will work a 12-hour day shift, apply a strong knowledge of anatomy, radiation safety, and contrast media, and ensure high-quality imaging to