Cardiac Electrophysiologist

Abrazo Medical Group / Biltmore Cardiology, a Tenet Healthcare system, is seeking an Employed Electrophysiologist to expand its cardiovascular program across the Phoenix West Valley. This position offers an immediate, built-in patient base due to unmet demand, dedicated EP labs, and strong interventional cardiology referral infrastructure. The role promises a structured ramp-up to full practice within approximately six months, supported by a well-resourced, collaborative cardiology network.

Practice Info

• Employed cardiac electrophysiology position within Abrazo Medical Group / Biltmore Cardiology, a Tenet Healthcare system
• Dual-campus coverage: Abrazo West Campus and Abrazo Arrowhead Campus
• Dedicated EP lab block time at both hospitals (one block day per week per site initially), with expansion as volumes grow
• Hybrid OR at West Campus and multiple cath lab environments supporting full EP procedural scope
• Clinic presence at both campuses (minimum one day per site weekly, volume-adjusted)
• Market-wide device clinic infrastructure with Pacemate remote monitoring platform

Responsibilities

• Perform AF ablations (PVI and complex/redo)
• Perform SVT and VT ablations
• Perform ICD and pacemaker implants
• Perform device revisions
• Perform loop recorder implants
• Conduct advanced EP studies

Compensation

• Competitive employed compensation structure supported by existing unmet procedural demand
• Salary Range: Negotiable
• Bonus Offered: Negotiable
• Rapid path to high-volume practice with a projected 6-month ramp timeline

Benefits

• Malpractice insurance provided
• Health, dental, and life insurance
• 401(k) with employer matching
• Deferred compensation program
• Relocation assistance

Shift & Schedule

• Full Time
• No call
• No STEMI call
• Minimal general cardiology backup only

Requirements

• Board Certified or Board Eligible in Clinical Cardiac Electrophysiology
• Collaborative practice approach within a multidisciplinary cardiology environment
• Comfortable practicing across a dual-campus model