Johns Hopkins University Program

Specialty:Clinical cardiac electrophysiology
ACGME Code:1542321024
NRMP Code:-
Status:Continued Accreditation

Overview

The Clinical Cardiac Electrophysiology Training Program at Johns Hopkins Medicine offers a comprehensive training experience for fellows aiming to excel in the diagnosis and management of arrhythmias. Fellows receive hands-on training in both invasive and non-invasive procedures, medical management, device implantation, and catheter ablation.

Program Overview

Throughout the fellowship, fellows are integrated into the Johns Hopkins Arrhythmia Service, engaging with arrhythmia patients in varied settings. This includes responsibilities in inpatient care as well as outpatient clinics. The program emphasizes obtaining increasing levels of responsibility for managing both acute and chronic arrhythmias. Rotations include experiences at local institutions such as the Hopkins Bayview campus, which integrates seamlessly with the primary training site, enhancing the educational experience through diverse patient interactions and varied clinical challenges 1.

Curriculum

The fellowship curriculum is designed around ACGME's six core competencies, facilitating fellows' growth across diverse medical and clinical knowledge areas, including:

  • Patient Care: Emphasis on compassionate and effective patient management through all phases of care.
  • Medical Knowledge: Comprehensive study of biomedical and clinical sciences relevant to electrophysiology.
  • Practice-Based Learning: Use of scientific principles to improve clinical practices.
  • Interpersonal Skills: Development of effective communication and professional relationships.
  • Professionalism: Commitment to ethical practice and continuous professional development.
  • Systems-Based Practice: Understanding and optimizing healthcare systems for quality patient care.

This structured approach is complemented by direct patient care, didactic lectures, and fellow-led conferences, which contribute to the experiential learning environment of the program 2.

Rotations and Clinical Training

Fellows rotate through various specialties in electrophysiology, participating in outpatient clinics, hospital settings, and the electrophysiology laboratory. Specific procedures include diagnostic EP studies, ICD and pacemaker surgeries, and catheter ablation techniques. By engaging in both routine and complex procedures, fellows gain practical and technical skills necessary for independent practice.

Research Opportunities

Fellows have the opportunity to involve themselves in clinical research and are expected to complete a project over the duration of the fellowship. This research experience is designed to be presented at significant medical conferences and can be published in medical journals, providing fellows with the platform for academic contributions to the field of electrophysiology 3.

Evaluation and Supervision

Fellows are subjected to a rigorous evaluation process throughout their training. Supervision is provided by a dedicated faculty, who assess performance based on clinical knowledge, technical skills, communication, and professionalism. Performance reviews occur regularly, enabling fellows to discuss progress and future career goals with program leadership 4.

Facilities and Resources

Johns Hopkins boasts state-of-the-art facilities essential for an advanced electrophysiology training experience, including dedicated laboratories equipped with modern imaging and procedural technology. These facilities are designed to maximize the learning experience through direct involvement in patient care and procedure execution 5.

Competitiveness and Application Requirements

The Clinical Cardiac Electrophysiology fellowship is known for being highly competitive, attracting candidates from various backgrounds, including international medical graduates. The program does take into account different educational paths, making it welcoming to applicants with diverse qualifications. Candidates are typically expected to have completed an ACGME-accredited residency and will need to submit a thorough application through the appropriate channels (ERAS) within specified timelines. Special emphasis may be placed on academic performance, particularly on board examination scores relevant to cardiology and electrophysiology 6.

Visa Support

The program provides appropriate visa sponsorship for eligible candidates, which includes J-1 and H-1B visa types, ensuring international fellows can participate fully in the training offered at Johns Hopkins

7.

Web sources

SmartPick

Program data

ACGME History [2]

Accreditation Last updated: Jul 16, 2026
Initial accreditation0
Full accreditation0
Continued27
Warning0
Probationary Accreditation0
Withdrawal0

Program

Program Size

-- (2 years) [1]

Accreditation Status

Continued Accreditation

(Effective: January 23, 2026)

Composition

--

Training

Fellowship Rate:--

Faculty-to-Residents Ratio:1.5X [1]

Residents Career Path

--

Quality of Life

First Year Paid Sick Leave: --

First Year Paid Vacation: --

First Year Salary: $95,063 [1]

First Year Maximum Consecutive Hours on Duty: 30 hours [1]

First Year Average Weekly Hours: 60 hours [1]

Admission

USMLE Step 2 Score: --

Visa Sponsorship:--

YOG Cutoff:--

Race / Ethnicity

No race data available.

Gender

No gender data available.

Incoming Schools

No incoming school data available.

Rotation Duration by Site

Benchmarks

Roster

Publications

4 Publications (5 yr)

Peer-reviewed output from faculty and residents, last 5 years

Journal of the American College of Cardiology2023

Multidisciplinary Critical Care Management of Electrical Storm: JACC State-of-the-Art Review.

Jacob C Jentzer,1Peter A Noseworthy,1Anthony H Kashou,1Adam M May,2

Location

Baltimore, MD [4]

Population
854,535
Median income
$87,056Below
Education
42.7%Above
Employment
63.2%On par
Health
5.1%Above
Age
40On par
  • Above the national average
  • Below the national average
  • Similar to the national average

Housing — Rental prices [5]

Rental prices

Crime — All violent offences [6]

Rate per 100,000 residents

Living in Baltimore, MD - Program Location Overview

Crime Rate and Safety

Baltimore has a higher crime rate compared to the national average, with some areas being safer than others. It's essential to research specific neighborhoods for safety before moving.

Fun Activities

Baltimore offers a variety of cultural attractions, such as the Inner Harbor, museums, historic sites, and waterfront activities. There are also parks, nightlife spots, and diverse dining options to explore.

Climate

Baltimore experiences all four seasons, with hot summers and cold winters. Spring and fall are mild and pleasant, making outdoor activities enjoyable during those times.

Races and Population

Baltimore is a diverse city with a significant African American population. It also has a mix of other races and ethnicities, contributing to its vibrant culture and communities.

Education

Baltimore is home to several universities and colleges, providing educational opportunities and contributing to the city's intellectual landscape.

Cost of Living

The cost of living in Baltimore is slightly above the national average, with housing costs being a significant factor. Rent and home prices can vary greatly depending on the neighborhood.

Proximity to Bigger Cities

Baltimore is about an hour's drive away from Washington, D.C., and Philadelphia. Both cities offer their own unique attractions, cultural experiences, and job opportunities for residents willing to commute.

Pros

  • Diverse population
  • cultural attractions
  • educational opportunities
  • proximity to other major cities.

Cons

  • Higher crime rate in some areas
  • slightly above average cost of living
  • extreme weather conditions.

FAQ

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Nearby programs

Clinical cardiac electrophysiology Programs Near Baltimore, MD

MedStar Health Georgetown University ProgramWashington, DCClinical cardiac electrophysiologySt Luke's University Hospital ProgramBethlehem, PAClinical cardiac electrophysiologyCooper Medical School of Rowan University/Cooper University Hospital ProgramCamden, NJClinical cardiac electrophysiologyUniversity of Pennsylvania Health System ProgramPhiladelphia, PAClinical cardiac electrophysiologyPenn State Milton S Hershey Medical Center ProgramHershey, PAClinical cardiac electrophysiologyGeisinger Health System ProgramDanville, PAClinical cardiac electrophysiologyInova Fairfax Medical Campus ProgramFalls Church, VAClinical cardiac electrophysiologyVirginia Commonwealth University Health System ProgramRichmond, VAClinical cardiac electrophysiologyTemple University Hospital ProgramPhiladelphia, PAClinical cardiac electrophysiologySidney Kimmel Medical College at Thomas Jefferson University/TJUH ProgramPhiladelphia, PAClinical cardiac electrophysiologySidney Kimmel Medical College at Thomas Jefferson University/Deborah Heart and Lung Center ProgramBrowns Mills, NJClinical cardiac electrophysiologyUniversity of Maryland ProgramBaltimore, MDClinical cardiac electrophysiologyRutgers Health/Newark Beth Israel Medical Center ProgramNewark, NJClinical cardiac electrophysiologyUniversity of Virginia Medical Center ProgramCharlottesville, VAClinical cardiac electrophysiologyGeorge Washington University ProgramWashington, DCClinical cardiac electrophysiologyMain Line Health System/Lankenau Medical Center ProgramWynnewood, PAClinical cardiac electrophysiology

References

1. Freida - https://freida.ama-assn.org/program/1542321024

2. ACGME - Accreditation Data System (ADS) - https://apps.acgme.org/ads/Public/Programs/Search

3. NRMP Results and Data: 2021-2025 Main Residency Match - https://www.nrmp.org/match-data/2025/03/program-results-2021-2025/

4. United States Census Bureau - https://data.census.gov/profile/City,_VS?g=050XX00US24005

5. Zillow Research - Observed Rent Index (ZORI) - https://www.zillow.com/research/data/

6. FBI - Crime/Law Enforcement Stats (Uniform Crime Reporting Program) - https://www.fbi.gov/services/cjis/ucr