Interventional Radiology Tech – Endovascular (Day Shift)

Houston Methodist; Houston (TX); Híbrido; USD 65.000 - 90.000; Jornada completa

Descripción de la vacante

Houston Methodist is seeking an Endovascular Radiologic Technologist I for a full-time day shift in the OR. You will perform highly specialized radiologic procedures with complex imaging equipment and assist physicians in vascular, neurological, and multi-organ interventions.

This role requires qualification, experience, and adherence to ALARA radiation safety standards. You will scrub into cases, ensure patient safety, and collaborate with the care team to deliver high‑quality imaging and

Formación

• Graduate of an education program approved by the credentialing body.
• One year experience as Radiologic Technologist with Special Procedures preferred.
• ARRT-R Radiologic Technologist - Radiographer (ARRT).
• CMRT - Certified Medical Radiologic Technologist - Texas licensure.
• BLS certification (American Heart Association).

Responsabilidades

• Performs highly specialized radiological procedures with complex imaging equipment.
• Assists physicians with vascular, neurological, spinal, and multi-organ interventions.
• Scrubs into Endovascular cases to assist movement of equipment and radiation control.
• Adheres to ALARA and infection control standards to protect patients and staff.

Conocimientos

English proficiency

Team player

Customer service

Computer skills

Communication

Adaptability

Educación

Education program

Herramientas

RIS/PACS

Office software

Descripción del empleo

Houston Methodist is seeking an Endovascular Radiologic Technologist I for a full-time day shift in the OR. You will perform highly specialized radiologic procedures with complex imaging equipment and assist physicians in vascular, neurological, and multi-organ interventions.

This role requires qualification, experience, and adherence to ALARA radiation safety standards. You will scrub into cases, ensure patient safety, and collaborate with the care team to deliver high‑quality imaging and