Interventional Cath Lab Tech – Cardio & IR (On‑Call)

CommonSpirit Health; Lexington (KY); On-site; USD 65,000 - 90,000; Full time

Job summary

CommonSpirit Health's Saint Joseph Hospital in Lexington, KY, seeks an experienced radiology professional to assist in Cardiac Cath Lab, Interventional Radiology, and Endovascular procedures. You will function as scrub and monitoring staff, ensure radiation safety, and educate patients and families about procedures and cardiovascular risk factors.

You will work with devices such as atherectomy, IVUS, IABP, DES, CTO, OCT, and embolic coils, perform PCI/PTA/PTCA, and respond rapidly to STEMI and

Qualifications

• Graduate of an Accredited School of Radiologic Technology.
• Registered Radiologic Technologist in Kentucky.
• ARRT certification in Radiography or equivalent.
• BLS CPR certification.
• ACLS required within 90 days of hire.

Responsibilities

• Assist Interventional Cardiologists, Radiologists, and Vascular Surgeons in Cath Lab/IR/Endovascular procedures.
• Serve as scrub and monitoring staff; provide radiation safety and patient education.
• Document and evaluate outcomes; participate in on-call coverage.
• Demonstrate competency with imaging and device-based equipment; respond to STEMI/Stroke alerts.

Skills

Interventional radiology support

Critical thinking

On-call readiness

Patient education

Education

Radiologic Technology degree

KY Radiography license

ARRT certification (Radiography)

BLS CPR

ACLS training within 90 days

Tools

IABP

IVUS

CT

DES/PCI equipment

Job description

CommonSpirit Health's Saint Joseph Hospital in Lexington, KY, seeks an experienced radiology professional to assist in Cardiac Cath Lab, Interventional Radiology, and Endovascular procedures. You will function as scrub and monitoring staff, ensure radiation safety, and educate patients and families about procedures and cardiovascular risk factors.

You will work with devices such as atherectomy, IVUS, IABP, DES, CTO, OCT, and embolic coils, perform PCI/PTA/PTCA, and respond rapidly to STEMI and