Asynchronous Learning Boosts Mechanical Circulatory Support Training
Publication Title: Asynchronous Learning in Mechanical Circulatory Support: Bridging to the Future or a Bridge to Nowhere?
Summary
- Question
This work explored whether asynchronous learning modules could effectively improve knowledge and retention among healthcare trainees in managing mechanical circulatory support (MCS) and extracorporeal membrane oxygenation (ECMO). These technologies are used to support patients with severe heart or lung failure but rapid advancement and expansion of the use of ECMO has highlighted the need for better ways to educate medical professionals in the management of ECMO. The authors aimed to address educational gaps in these complex areas, which are increasingly integrated into clinical care but lack standardized training materials.
- Why it Matters
- MCS and ECMO are lifesaving technologies for patients with advanced heart or lung failure, but their management requires specialized knowledge. As these tools become more widely adopted, healthcare providers, including physicians and allied health professionals, must be adequately trained. Traditional lecture-based learning may not be sufficient to meet this need. This research is important because it investigates innovative ways to enhance education, potentially improving patient care and outcomes while addressing the challenges of training in a fast-evolving field.
- Methods
The authors review and critique a recent research work in which investigators developed asynchronous learning modules—educational materials that trainees can access at their own pace—based on a formal assessment of educational needs. The modules focused on MCS and ECMO management and were offered to 59 trainees, including medical residents and fellows. Knowledge acquisition and retention were evaluated before and after module completion using standardized tests.
- Key Findings
- The study found that while the majority of participants appreciated the flexibility and relevance of the asynchronous modules, only 51% of trainees completed them in full. Post-module test scores showed limited improvement in knowledge retention. Feedback from participants highlighted the convenience of the format but also revealed challenges in maintaining engagement without traditional classroom settings.
- Implications
- These findings suggest that asynchronous learning has potential as a supplementary educational tool for MCS and ECMO training, especially in addressing gaps across diverse institutions. However, the limited knowledge improvement and partial participation raise questions about its effectiveness as a standalone method. The results underscore the need for further refinement of such platforms to maximize engagement and learning outcomes.
- Next Steps
- Future research should focus on enhancing learner engagement in asynchronous modules and determining whether they are best used as a complement to traditional methods or as a prerequisite for clinical training. Additionally, exploring multidisciplinary approaches and refining evaluation tools could help improve educational outcomes in MCS and ECMO training.
- Funding Information
Yale University provided funding and support for this work.
Full Citation
Authors
Kathleen Vaughan
First AuthorAndrew Philip Notarianni, MD, FASE, FASA
Last AuthorAssistant Professor of Anesthesiology