EP Advanced Practice NP/PA – Electrophysiology (Denver Area)

imh; Kearney (NE); On-site; USD 164,273,000 - 253,503,000; Full time

Benefits offered by this job

Competitive compensation

Generous PTO

Medical, dental, vision benefits

CME allowance

License reimbursement

Malpractice insurance

Job summary

Intermountain Health in Colorado is seeking an Advanced Practice Provider (NP/PA) in Electrophysiology to join a collaborative cardiovascular team serving the Denver Metro Area. The role offers a four 10-hour shift schedule, no on-call duties, and no weekend work.

You will work with two Cardiac Electrophysiologists and two APPs to advance EP care, manage procedures, consults, clinic follow-ups, device management, and staff education across multiple facilities.

Qualifications

• Must be a graduate of an accredited NP/PA program.
• Current Colorado NP or PA license or eligibility to obtain licensure.
• DEA registration and full prescriptive authority.
• Current BLS and ACLS certifications.
• Minimum of one year EP experience as NP/PA.

Responsibilities

• Manage pre- and post-procedure patient care.
• Evaluate and coordinate EP consults.
• Provide outpatient follow-up in clinic.
• Rounding on hospitalized EP patients.
• Support device management services growth.
• Educate nursing staff and providers on EP practices.
• Contribute to growth of the cardiovascular program.

Skills

Electrophysiology experience

BLS certification

ACLS certification

DEA registration

Team collaboration

Education

Graduate of an accredited Nurse Practitioner or Physician Assistant program

Job description

Intermountain Health in Colorado is seeking an Advanced Practice Provider (NP/PA) in Electrophysiology to join a collaborative cardiovascular team serving the Denver Metro Area. The role offers a four 10-hour shift schedule, no on-call duties, and no weekend work.

You will work with two Cardiac Electrophysiologists and two APPs to advance EP care, manage procedures, consults, clinic follow-ups, device management, and staff education across multiple facilities.