Cardiovascular Technologist: Cath Lab Imaging Expert

Johns Hopkins Intrastaff; Baltimore (MD); On-site; USD 81,000 - 85,000; Full time

Job summary

Johns Hopkins Bayview Medical Center seeks a Cardiovascular Technologist to support the Cardiology Department (Cath Lab, Stress Lab, Nuclear Stress Lab). 12‑week contract, 7:00am – 5:30pm with on‑call including weekends. Pay rate $59.00‑$62.00 per hour based on experience.

ARRT certified with Maryland license and CPR/ACLS; AMA approved Radiologic Tech program required. Responsibilities include patient counseling, EKG electrode placement, sterile technique, fluoroscopy, dose optimization, vital

Qualifications

• Completion of an AMA approved Radiologic Technology program or equivalent.
• ARRT certification with current Maryland radiography license and CPR/ACLS.
• Experience in radiologic/interventional procedures is preferred.

Responsibilities

• Counsel patients on radiographic procedure aspects and educate families.
• Prepare patients, place EKG electrodes, and position defibrillator pads.
• Prepare trays, maintain sterile technique, and ensure equipment readiness.
• Operate fluoroscopy, adjust dose, and maximize imaging safety.
• Monitor vitals, report changes to physician, and assist with procedures.
• Acquire images, archive, and input data into Paceart system.
• Perform QC on equipment and manage hemodynamic monitoring systems.

Skills

Radiologic procedures

Patient counseling

Equipment QC

Fluoroscopy

Education

AMA approved Radiologic Technology program

Tools

Paceart

Radiology equipment

Job description

Johns Hopkins Bayview Medical Center seeks a Cardiovascular Technologist to support the Cardiology Department (Cath Lab, Stress Lab, Nuclear Stress Lab). 12‑week contract, 7:00am – 5:30pm with on‑call including weekends. Pay rate $59.00‑$62.00 per hour based on experience.

ARRT certified with Maryland license and CPR/ACLS; AMA approved Radiologic Tech program required. Responsibilities include patient counseling, EKG electrode placement, sterile technique, fluoroscopy, dose optimization, vital