⚡ Diploma in Cardiac Electrophysiology: Basic to Advanced – Arrhythmias, Ablation & Devices

⚡ Diploma in Cardiac Electrophysiology: Basic to Advanced

Learn how the heart’s electrical system works, then move on to arrhythmia diagnosis, ablation and device therapy. This single course now brings together the foundations, the advanced procedural lectures and the complex electrophysiology cases that were previously split across three courses.

It is designed for doctors, cardiology trainees, nurses, cardiac physiologists, ECG technicians and allied-health learners who want a structured path from the basics to advanced electrophysiology.

🫀 Why Study Cardiac Electrophysiology?

Every heartbeat depends on coordinated electrical activity. When that system changes, the result can be palpitations, syncope or a life-threatening rhythm. Understanding the mechanisms behind arrhythmias helps clinicians interpret ECGs, choose investigations and understand when and why procedures are considered.

📚 How the Course Is Organised

The curriculum is split into clearly labelled sections so you can see your progress from start to finish:

• ✅ Basic: foundations of cardiac electrophysiology, EP fundamentals and cardiac anatomy, core electrophysiology including the electrical blueprint of the heart, SVT studies and channelopathies, and arrhythmia mechanisms and diagnosis.
• 🔬 Advanced: supraventricular tachycardias, ventricular tachycardia and complex arrhythmias, ablation techniques and device therapy, cardiac devices, atrial fibrillation, and complex cardiac electrophysiology.
• 📋 Guidelines, Wellness & Certification: clinical guidelines, wellbeing and exam preparation topics.
• 🧘 Career & Wellbeing: specialist wellbeing, career and professional development.
• 📝 Final Evaluation: a closing assessment to check your learning.

🫀 Basic: The Electrical Heart

Start with embryology and anatomy of the conduction system, then explore how arrhythmias arise. You will cover automaticity, conduction, depolarisation and repolarisation, ECG fundamentals, Holter monitoring, wide complex tachycardia and common channelopathies.

⚡ Advanced: Arrhythmias, Ablation and Devices

Move into SVT diagnosis and manoeuvres, WPW and accessory pathways, ventricular tachycardia and PVC ablation, and mapping and ablation techniques. Explore ICDs, CRT, pacemakers and conduction system pacing, plus atrial fibrillation guidelines and ablation concepts. The complex electrophysiology lectures add catheter-based analysis and fascicular VT approaches.

🧭 Guidelines, Wellbeing and Professional Growth

Review current clinical guidelines, perioperative cardiovascular management, cardiac rehabilitation and heart-healthy lifestyle advice. Final lectures look at specialist wellbeing, stress and career development, and exam preparation themes for electrophysiology.

🎯 What You Will Learn

• ✅ Describe the cardiac conduction system and how rhythm is generated.
• 🔹 Recognise major arrhythmia patterns and their mechanisms.
• 📌 Understand the purpose of EP studies, mapping and catheter ablation.
• 💡 Appreciate how pacemakers, ICDs and CRT are used.
• 🧭 Follow the logic of atrial fibrillation management.
• 🔬 Connect electrophysiology knowledge to safe, patient-centred care.

💡 What Makes This Course Different

Electrophysiology can feel intimidating because of the specialist language and the range of procedures. This course keeps the explanations structured and visual. You start with simple building blocks such as the sinoatrial node, the AV node and the His-Purkinje system, then add one layer at a time until complex arrhythmias and procedures make sense.

• 🎥 Video lectures you can replay whenever you need.
• 🧩 Sections labelled Basic and Advanced so you can choose your level.
• 🧪 Coverage of mapping, ablation and device concepts used in electrophysiology laboratories.
• 📝 A final evaluation section to review your learning.

🧠 Key Topics at a Glance

Across the full course you will meet topics such as WPW syndrome and accessory pathways, bundle branch block and conduction system physiology, premature ventricular complexes, ventricular tachycardia mapping, pulsed field ablation concepts, ICD and CRT appropriateness, conduction system pacing, and recent atrial fibrillation guideline updates. Supporting lectures cover cardiac rehabilitation, nutrition for heart health and professional wellbeing.

📘 Tips for Getting the Most From the Course

Begin with the Basic sections and keep an ECG notebook. Draw the conduction pathway from memory after each lecture. When you reach the Advanced sections, pause to ask what problem each procedure or device is trying to solve. Use the Final Evaluation to find gaps, then return to the relevant lectures.

Student Reviews

A selection of sample student reviews.

⭐ 4.8/5  Average Rating · 1,100+ Learners  · Flexible Online Learning

★★★★★ 5.0/5 Dr. Simone Fletcher

I appreciated the structured explanation of rhythm disorders, ablation principles, and cardiac devices. The content was clear and clinically relevant.

★★★★★ 5.0/5 Dr. Nishith Borkar

A useful learning resource for revisiting electrophysiology fundamentals and understanding how ECG findings relate to underlying conduction abnormalities.

★★★★★ 5.0/5 Dr. Efua Boateng

I particularly enjoyed learning about pacemakers, implantable devices, and rhythm management.

★★★★★ 5.0/5 Dr. Parthiv Raghavan

I liked the progression from basic cardiac electrophysiology to more advanced concepts involving arrhythmia mechanisms and catheter ablation.

★★★★★ 5.0/5 Dr. Nkiru Eze

A well-organised course with a good balance of theoretical knowledge and clinical context. The device-related lessons were especially informative.

👥 Who Is This Course For?

Medical students, junior doctors, cardiology trainees, nurses, paramedics, cardiac physiologists, ECG technicians and allied-health professionals. The Basic sections need no specialist background. The Advanced sections suit learners who are comfortable with ECGs and clinical cardiology.

⏱️ Learn at Your Own Pace

Every lecture is online and video-based, so you can study around your shifts, revisit complex topics and move through the sections in order, from Basic to Advanced. If you are new to the subject, take your time with the first few lectures on anatomy and conduction, because every later topic builds on them. If you already work with rhythm patients, you can scan the Basic labels and head straight to the Advanced sections that match your practice.

🚀 Enrol Today

Study the full electrophysiology curriculum in one course and keep every lecture in one place. Enrol now and start with the foundations.

⚠️ Professional Disclaimer

This course is educational only. It does not provide medical advice or a diagnosis, does not confer a licence to practise, and does not guarantee registration, certification, employment or any specific outcome. Always follow local protocols and qualified clinical supervision.