Overview
Two-year ACGME-accredited Clinical Cardiac Electrophysiology and Pacing Fellowship sponsored by Baylor College of Medicine and based at Baylor St. Luke's Medical Center and the Texas Heart Institute.
The programme
- Training type
- Subspecialty training programme
- Specialty associations
- Not yet verified
- Learning format
- Not yet verified
- Duration
- 2 years
- Start
- Not stated on the official page
- Positions
- One to two trainees per year
- Accreditation
- ACGME-accredited (Clinical Cardiac Electrophysiology)
- Department
- Not yet verified
Eligibility and visa
- Eligibility
- Not stated on the official page
- Qualification requirement
- Not yet verified
- Citizenship requirement
- Not yet verified
- Practice location requirement
- Not yet verified
- Membership requirement
- Not yet verified
- Eligibility restrictions
- Not yet verified
- Language
- Not yet verified
- Teaching language
- Not yet verified
- Clinical language
- Not yet verified
- International applicants
- Not stated on the official page
- Licence requirement
- Not stated on the official page
- Visa route
- Not yet verified
- Visa sponsorship
- Not yet verified
- Visa support
- Not stated on the official page
How to apply
- Deadline
- Not stated on the official page
- Application method
- Completed application with three letters of reference (one from current program director) emailed to the program coordinator
- Documents
- Not yet verified
- Contact
- Not yet verified
Funding and costs
- Tuition / fees
- Not yet verified
- Application fee
- Not yet verified
- Stipend / salary
- Not yet verified
- Scholarship
- Not yet verified
- Funding
- Not stated on the official page
Sources and verification
https://www.bcm.edu/departments/medicine/sections-and-divisions/cardiology/education/clinical-cardiac-electrophysiology-bslmchttps://texasheart.org/education/fellowships-and-residencies/clinical-cardiac-electrophysiology-fellowship
Field-specific evidence has not yet been recorded. Existing text and legacy check labels have not all been independently reverified.