Developing a simulation training suite to improve safety and effectiveness of ECMO
Project Lead
Dr Rezan Al Jafary
Project Team
Dr Vincent Pellegrino, Alfred Health; Prof Shaun Gregory, Monash University; Dr Andrew Stephens, Queensland University of Technology; Dr Derek Huang, Monash University; Dr Carol Hodgson, Monash University; Dr Chris Bain, Monash University
Project Summary
Problem
Extracorporeal membrane oxygenation (ECMO) is essential for patients with severe cardiorespiratory failure, yet inadequate training poses risks to patient safety. The rapid adoption of ECMO, exacerbated by events like the COVID-19 pandemic, highlights the urgent need for standardised, effective training across ECMO centres
Solution
Led by a multidisciplinary team, this project aims to develop a simulation-based ECMO training suite. By incorporating physical and digital platforms, the suite will provide comprehensive training opportunities, improving staff competency and enhancing patient safety. This initiative seeks to fill the current gap in ECMO education, ensuring healthcare professionals are well-prepared to manage ECMO procedures with confidence.
Impact
The simulation-based ECMO training suite promises significant improvements in safety and efficacy, potentially reducing complications and mortality rates associated with ECMO interventions. Standardising training through this initiative aims to enhance healthcare efficiency and mitigate costs related to ECMO complications. Moreover, the suite's commercialisation could meet the growing demand for high-quality ECMO training tools globally, benefiting healthcare systems and patient care worldwide. Engaging stakeholders and clinicians ensures alignment with market needs and facilitates widespread adoption of the training suite, reinforcing its impact on improving ECMO outcomes and standardising national credentialing programs.