Heart Rhythm Society Heart Rhythm On Demand Full Program 2026

Heart Rhythm 2026 On Demand brings together scientific and clinical education in cardiac electrophysiology. The program covers arrhythmia diagnosis, ablation, implanted devices, inherited disorders and pediatric or congenital electrophysiology, alongside basic science and late-breaking trials. Recorded from the April 23–26 meeting in Chicago, the original HRS offering is organized into broad educational categories rather than a single course sequence. This listing is relevant to electrophysiologists, cardiologists, researchers and allied professionals reviewing rhythm care. The original topic list and summarized learning themes are retained below, with the distinction between the publisher’s offering and this store’s files made explicit.

Package scope: HRS described more than 158 hours across ten categories, with publisher access through June 1, 2029. These figures do not verify the supplied file duration or access period. Heart Rhythm 365 accounts, streaming, registration, membership benefits, MOC and other official credit services are not included.

The original catalog also includes Health Economics and Practice Management and Various Sessions categories. The learning themes below are editorial summaries; session-specific objectives belong to the original HRS sessions.

Learning Objectives

The original HRS program identifies learning objectives at the individual session level rather than providing one uniform set of objectives for the entire collection.

Based on the educational categories, the full program supports learning across these areas:

1. Review contemporary scientific advances in the diagnosis and management of cardiac arrhythmias.
2. Evaluate emerging evidence concerning catheter ablation techniques, procedural safety, and clinical outcomes.
3. Understand developments in cardiac mapping and electrophysiological assessment.
4. Review indications, programming, monitoring, and management considerations for cardiac implantable electronic devices.
5. Examine contemporary approaches to atrial fibrillation and other supraventricular arrhythmias.
6. Evaluate treatment strategies for ventricular arrhythmias and patients at risk of sudden cardiac death.
7. Review major late-breaking clinical trials and assess their implications for patient care.
8. Explore electrophysiology considerations in pediatric and adult congenital heart disease.
9. Understand the relationship between basic science discoveries and emerging clinical applications.
10. Identify opportunities for quality improvement, multidisciplinary collaboration, and safer electrophysiology practice.

These are editorially summarized learning themes, not a substitute for each original session’s specific objectives.

 Topics:

• • Ablation
  • Sessions for Allied Professionals
  • Basic Translational Science
  • Cardiac Implantable Electronic Devices
  • Clinical Electrophysiology
  • 2026’s Most Popular Sessions
  • Late-Breaking Clinical Trials
  • Pediatric and Adult Congenital Sessions
  • Quality Improvement