Cardiac Rhythm Device Summit: Implantation, Management, and Follow-Up 2025

Advanced Cardiac Rhythm Device Management, Programming & Troubleshooting

The Cardiac Rhythm Device Summit 2025 provides a comprehensive update on the implantation, programming, monitoring, and long-term management of cardiac implantable electronic devices (CIEDs). This expert-led program focuses on practical clinical decision-making, troubleshooting strategies, emerging technologies, and evidence-based approaches to optimizing outcomes for patients receiving pacemakers, implantable cardioverter-defibrillators (ICDs), cardiac resynchronization therapy (CRT), and leadless pacing systems.

As indications for cardiac rhythm devices continue to expand, clinicians face increasing complexity in device selection, implantation techniques, programming optimization, remote monitoring, and complication management. Through interactive lectures, case-based discussions, rapid-fire clinical scenarios, and expert panel sessions, participants gain practical knowledge applicable to everyday cardiovascular practice.

Product Details

• Course: Cardiac Rhythm Device Summit: Implantation, Management, and Follow-Up
• Course Year: 2025
• Format: Videos + Syllabus
• Conference Dates: June 19–21, 2025
• Educational Format: Lectures, Case Discussions, Rapid-Fire Cases, Interactive Panels, Workshops
• Location: California, USA

Overview

The summit delivers practical guidance on contemporary cardiac rhythm management technologies, including:

• Pacemakers
• Leadless Pacemakers
• Implantable Cardioverter Defibrillators (ICDs)
• Subcutaneous ICDs (S-ICD)
• Extravascular ICDs (EV-ICD)
• Cardiac Resynchronization Therapy (CRT)
• Conduction System Pacing
• Implantable Loop Recorders
• Remote Monitoring Technologies
• Device Infection Management
• Lead Extraction
• Device Troubleshooting
• Artificial Intelligence in Device Management

Participants learn how to select appropriate devices, optimize programming, manage complications, and apply new technologies to improve patient outcomes.

Learning Objectives

Upon completion of this activity, participants will be able to:

• Describe current indications for pacemakers, ICDs, subcutaneous ICDs, and CRT devices.
• Evaluate emerging technologies in cardiac rhythm management.
• Interpret ECGs, imaging studies, device diagnostics, and impedance data to troubleshoot device-related problems.
• Identify risk factors and management considerations for patients with cardiac devices undergoing MRI.
• Implement best practices for remote monitoring and follow-up care.
• Recognize and manage common device-related complications.
• Optimize programming strategies for pacemakers and ICDs.
• Apply evidence-based approaches to lead management, extraction, and infection prevention.

Key Topics Covered

Pacemakers & Leadless Pacing

Participants review:

• Cardiac conduction system anatomy
• Leadless pacemaker technologies
• Single-chamber vs dual-chamber leadless pacing
• Patient selection
• Implantation strategies
• Procedural complications
• Future pacing technologies

Faculty provide practical guidance for device selection and long-term management.

Implantable Cardioverter Defibrillators (ICDs)

Sessions focus on:

• Sudden cardiac death prevention
• ICD indications in heart failure
• Inherited arrhythmia syndromes
• ICD selection strategies
• Subcutaneous ICDs
• Extravascular ICDs
• Device programming optimization

Attendees gain insight into selecting the appropriate ICD platform for individual patients.

Cardiac Resynchronization Therapy (CRT)

Important discussions include:

• CRT indications
• Physiologic pacing
• Conduction system pacing
• CRT non-responder management
• Advanced heart failure applications
• Cardiac amyloidosis and sarcoidosis

The course examines current controversies and future directions in CRT therapy.

Device Programming & Troubleshooting

Topics include:

• Leadless pacemaker programming
• ICD troubleshooting
• Device diagnostics
• Atrial high-rate episodes
• Device alerts
• Programming optimization
• Clinical troubleshooting algorithms

Interactive case sessions highlight real-world device management challenges.

Remote Monitoring & Digital Health

Participants learn about:

• Remote monitoring workflows
• Device clinic best practices
• Patient engagement
• Early detection of complications
• Cardiovascular risk monitoring
• AI-assisted device management

The program explores how digital technologies are transforming follow-up care.

Device Imaging & Diagnostics

Sessions review:

• Chest X-ray interpretation
• Device imaging assessment
• ECG interpretation
• Lead positioning
• Device malfunction identification
• Diagnostic troubleshooting

Practical imaging pearls help clinicians rapidly identify common device issues.

MRI & Device Safety

Key topics include:

• MRI compatibility
• Risk assessment
• Device programming considerations
• Hospital management protocols
• Radiation therapy considerations
• Surgical management of patients with devices

Participants gain confidence managing complex clinical scenarios involving implanted devices.

Device Infection & Lead Extraction

Faculty discuss:

• Early diagnosis of CIED infections
• Management strategies
• Shared decision-making
• Lead revision versus extraction
• Technical aspects of lead extraction
• Outcomes and complication prevention

Case-based discussions emphasize patient safety and optimal treatment planning.

Artificial Intelligence & Future Technologies

Emerging innovations include:

• AI-assisted device management
• Advanced remote monitoring
• Future pacing systems
• Next-generation ICD technologies
• Data-driven patient management
• Predictive analytics

Attendees gain insight into the evolving landscape of cardiac rhythm care.

Educational Features

✔ Expert Faculty from Leading Electrophysiology Centers

✔ Interactive Case-Based Learning

✔ Rapid-Fire Clinical Cases

✔ Practical Programming Workshops

✔ Device Troubleshooting Sessions

✔ Lead Extraction Strategies

✔ Remote Monitoring Best Practices

✔ Emerging Technologies & AI Updates

Target Audience

This course is ideal for:

• Cardiologists
• Electrophysiologists
• Internal Medicine Physicians
• Family Medicine Physicians
• Hospitalists
• Cardiovascular Fellows
• Physician Assistants
• Nurse Practitioners
• Cardiac Device Specialists
• Cardiovascular Technologists
• Device Clinic Personnel
• Cardiac Nurses

Why This Course Stands Out

✔ Comprehensive review of modern cardiac rhythm devices

✔ Extensive focus on practical troubleshooting

✔ Covers leadless pacing and next-generation technologies

✔ Expert guidance on ICD and CRT optimization

✔ Real-world case discussions

✔ Dedicated sessions on device infection and extraction

✔ Advanced remote monitoring strategies

✔ Future-focused updates on AI and digital cardiology

Clinical & Educational Value

The Cardiac Rhythm Device Summit 2025 provides clinicians with a comprehensive update on the implantation, management, programming, troubleshooting, and follow-up of modern cardiac rhythm devices. Through expert-led presentations and interactive case-based learning, participants develop practical skills in pacemaker therapy, ICD management, CRT optimization, remote monitoring, device infection treatment, and emerging cardiovascular technologies.