Course Content
Module 1: Basic ECMO
Module I: Extracorporeal Membrane Oxygenation Basics (ECMO Basics) This module covers the foundational knowledge of ECMO, including circuit physiology, components, and basic ECMO management. Duration: 3 Weeks (Course weeks 1 to 3) Week 1: Introduction to ECMO Week 2: ECMO Physiology & Circuit Management Week 3: ECMO Complications and Troubleshooting Module I Pretest: 30 MCQs
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Module II: Veno-venous Extracorporeal Membrane Oxygenation (VV ECMO)
This module focuses on the use of VV ECMO in patients with respiratory failure. Topics include ARDS management, VV ECMO cannulation strategies, and VV ECMO troubleshooting. Duration: 3 Weeks (Course weeks 4 to 6) Module II Pretest: 30 MCQs Week 4: VV ECMO Fundamentals Start Date: July 20, 2025 a. Respiratory failure and ARDS management (Ahmed Magdey) b. Evidence for VV ECMO use and landmark trials (Hesham Faisal) c. VV ECMO cannulation techniques and pros and cons of different VV ECMO configuration choices (Moustafa Esam) d. ECMO Retrieval and Patient Transport on ECMO (Ahmed Labib)
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Module III: Veno-arterial Extracorporeal Membrane Oxygenation (VA ECMO)
This module focuses on VA ECMO for cardiogenic shock, including cannulation strategies, LV unloading, and advanced applications. Duration: 3 Weeks (Course weeks 7 to 9) Module II Pretest: 30 MCQs
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Extra Corporeal Membrane Oxygenation (ECMO) and Mechanical Circulatory Support (MCS) course (Copy 4)

🔹 Overview:

  • Topic rarely taught in medical schools: Human Factors in ECMO transport.

  • Focuses on non-technical skills (NTS) vital for ECMO success.

  • Goal: Equip clinicians to recognize and manage cognitive and teamwork-related limitations under pressure.

🔹 Human Limitations & Performance

  • Humans are variable, unlike machines; performance fluctuates with fatigue, stress, and emotion.

  • Stress-performance curve: from boredom → optimal performance → burnout.

  • Under pressure, clinicians may experience:

    • Task fixation (e.g., focusing on cannulation while neglecting BP/saturation).

    • Tunnel vision, freezing, disengagement, speech impairment, aggression, or withdrawal.

🔹 Situational Awareness (SA)

    1. Perception – Recognize current environment and vital data.

    2. Comprehension – Understand and contextualize what’s happening.

    3. Projection – Predict what may happen and act accordingly.

      Three components:

    • Poor communication

    • Fatigue

    • Task overload

    • Ambiguous information

      SA can be degraded by:

  • Maintain SA via:

    • Minimizing distractions

    • Clear, closed-loop communication

    • Time management and anticipation

🔹 Communication & Team Dynamics

  • Teamwork is critical: shared goals, mutual accountability, efficient coordination.

    • Example acronym: NETS (Nature, Expectation, Time, Special considerations).

    • Include all team members in planning and post-mission reflection.

      Use briefing and debriefing to align the team before and after missions:

  • Use structured communication:

    • Avoid ambiguous language or unclear numbers.

    • Speak slowly, verify instructions, use readbacks and phonetics.

    • Adopt closed-loop communication to confirm receipt and understanding.

🔹 Decision-Making Under Pressure

    1. Identify the problem

    2. Consider all options

    3. Make and implement a decision

    4. Evaluate effectiveness

      Use structured approach for problem-solving:

  • Avoid impulsive decisions based on misdiagnosed issues (e.g., shocking a patient with V-fib on bypass).

  • Build predefined safety checkpoints into ECMO missions—there’s often no turning back once transport begins.

🔹 Checklists

  • Essential for safety in mobile ECMO.

  • Use for equipment, briefing, transport, and retrieval steps.

  • Effective checklists must be:

    • Relevant, specific, and practical.

    • Read aloud with challenge-response format.

    • Avoid assumptions or memory-based confirmations.

🔹 Professional Assertiveness

    1. Gain attention

    2. Express concern

    3. State the issue

    4. Propose a solution

    5. Seek agreement

      Use assertiveness cycle to manage team errors or diverging actions:

  • Encourage P.A.C.E. to challenge hierarchy: Probe, Alert, Challenge, Emergency stop.

🔹 Final Messages

  • Human factors are central to safe, effective ECMO transport.

  • Simulation and reflective practice are vital.

  • Professional communication and structured teamwork save lives.

  • Always listen to colleagues’ concerns—overconfidence kills.

 

Saving Lives Academy
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