Electrophysiology Technologist: Advanced EP Lab Career Growth

Research Medical Center; Kansas City (MO); On-site; USD 60,000 - 85,000; Full time

Benefits offered by this job

Medical benefits

401(k) match

Tuition assistance

Student loan assistance

Certification support

Dependent scholarships

Fertility & family benefits

Job summary

Research Medical Center in Kansas City, MO is seeking an Electrophysiology Technologist to support the EP Lab under supervision, assisting physicians and nursing staff with diagnostic and therapeutic invasive electrophysiology procedures, including cardiac device implantations.

The role requires knowledge of radiographic imaging, 3D cardiac mapping, patient monitoring, and arrhythmia recognition, along with sterile technique and data collection for performance improvement.

Qualifications

• Graduate from a Cardiovascular Technology or Radiographic Technology program or equivalent with 2 years clinical experience.
• BLS required; ACLS within 6 months; RCES preferred.
• 1 year in a cardiovascular environment with arrhythmia and 12-lead ECG interpretation.

Responsibilities

• Assist with diagnostic and therapeutic invasive EP procedures, including device implantation.
• Support physicians and nursing staff in EP lab operations and patient safety.
• Demonstrate radiographic imaging principles and cardiac mapping during procedures.
• Collect data for databases, outcomes analysis and performance improvement.

Skills

Arrhythmia interpretation

12‑lead ECG interpretation

Radiographic imaging knowledge

Sterile technique

Data collection & analysis

Education

Cardiovascular or Radiographic Tech program or equivalent (2 years clinical)

Job description

Research Medical Center in Kansas City, MO is seeking an Electrophysiology Technologist to support the EP Lab under supervision, assisting physicians and nursing staff with diagnostic and therapeutic invasive electrophysiology procedures, including cardiac device implantations.

The role requires knowledge of radiographic imaging, 3D cardiac mapping, patient monitoring, and arrhythmia recognition, along with sterile technique and data collection for performance improvement.