Free ECG Essentials Mini Challenge

30 minutes 24 Enrolled 5.0 (2) Beginner

COMPLETE THE  FREE ECG CHALLENGE AND WIN UP TO 60% DISCOUNT TO ACCESS THE FULL ECG MASTERY COURSE.

This free post-webinar ECG Essentials Mini Challenge is designed to help healthcare professionals and students strengthen their ECG interpretation skills through real-world clinical scenarios.

To pass, you’ll need to score over 80%, demonstrating a strong grasp of core ECG principles, essential for identifying myocardial infarction, cardiac conduction abnormalities, and electrolyte disturbances.

You’ll recall high-yield facts about cardiac anatomy, vascular territories, and coronary artery dominance, and apply them to ECG-based infarct localisation. Expect to interpret ECG changes linked to myocardial ischaemia, ST-elevation, and more.

This challenge follows a structured 5-step ECG analysis approach: including rhythm, P waves, PR intervals, QRS complexes, and ST-T changes.

As a follow-up to the ECG Essentials webinar, this challenge helps you reinforce learning, apply diagnostic reasoning, and connect ECG findings to patient care. Complete it to unlock up to 60% off the full ECG Mastery Course.

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What's included

  • Quick ECG Essentials Webinar Recap
  • 12-question challenge

Requirements

  • Complete this challenge and claim up to 60% discount on the ECG Mastery Course

Audience

  • Medical students
  • Medical doctors

What Will I Learn?

  • List the main coronary arteries and their associated cardiac walls and ECG leads, including how coronary dominance affects infarct patterns.
  • Explain the role of the SA node and the cardiac conduction system, including the subendocardial location and how various arrhythmias arise from dysfunctions at different points in the system
  • Interpret ECG waveforms (P wave, PR interval, QRS complex, ST segment, T wave) using a systematic step-by-step approach to assess rhythm, morphology, and clinical significance.
  • Differentiate between types of myocardial infarction based on affected coronary arteries, ECG leads, and cardiac wall involvement, integrating anatomical and electrophysiological knowledge.

Four Minute Medicine

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