AI is transforming various aspects of education and healthcare, and it seems likely that CPR training will not be an exception. BLS training is a field that has long relied on innovation to improve techniques and improve learner engagement, all with the aim of ensuring that life-saving skills are taught with the best possible levels of efficacy. With advances in AI, augmented reality in BLS training, and other emerging technologies, the future of CPR training promises to continue its dynamic and impactful trend.
Smarter Feedback Systems
Feedback has always been pivotal in ensuring that effective CPR training is being delivered. Traditionally, this would have been verbally delivered by instructors observing techniques and given a verbal or written critique. The growth of impartial, instant feedback options like the Brayden Manikins LED system or the Brayden Online app has been proven to elevate the impact of feedback. But could AI have a role to play in CPR training feedback?
Machine learning and AI could enhance the already effective real-time analysis offered by CPR training platforms, potentially increasing the capacity and precision of BLS training. Across other sectors, this technology has been used to predict proficiency levels based on performance data, which allows instructors to adapt their teaching strategies more effectively.
Augmented Reality and Simulated Scenarios
Augmented Reality (AR) is gaining traction in commerce and design and could lend itself powerfully to the BLS training as well. It gives us the capability to merge physical and digital worlds to create extremely immersive experiences.
Looking forward, AR could simulate realistic emergency scenarios, from cardiac arrests in busy public settings to an unresponsive patient in a home environment. Realistic, simulation-based learning is already a powerful tool and is one of the key reasons why Brayden mannikins are designed to realistically depict human anatomy. Augmented reality in BLS training could, at some point, contribute to providing learners with adjustable, hyper-realistic simulations to improve competencies in CPR. This variability is crucial, as it may provide support in improving decision-making and adaptability among learners, which are critical skills in real-world cardiac emergencies.
Furthermore, these tools could let learners experience rare but critical events, like agonal breathing or choking cases, in a controlled environment. With AI monitoring their responses, trainers would be able to provide precise, scenario-specific feedback, helping learners refine their techniques and build their confidence.
Remote Training and Accessibility
Access to CPR training is one of the main obstacles for learners. Studies show that people across the UK understand the importance of CPR training and would be willing to take part, but for many communities, barriers involving cost, time, and awareness prevent engagement.
Virtual training platforms powered by AI could encourage more learners to take part in CPR training, improving the accessibility of BLS training. Features like motion tracking – which is already having a large impact across other sectors – would allow participants to practise CPR manikins without being in the vicinity of a trainer. Similarly, chatbots could give simple answers to questions about technique and competencies.
For those areas where access to trained instructors is limited, AI-driven tools might see a wider dissemination of CPR competency, potentially increasing the number of individuals equipped to save lives. In that sense, AI in CPR training could be a powerful addition to existing SDL practises.
The Limitations of AI in CPR Training
It is crucial to consider that AI is far from a panacea when it comes to CPR training. While it may enhance the capacity and efficacy of trainers and learners, challenges and limitations are likely to be present.
Ethical Considerations
Despite its many benefits, the integration of AI in CPR training raises ethical questions. Ensuring data privacy and security, especially in the healthcare environment, is, of course, crucial. Training tools can collect sensitive data from learners, and developers need to ensure this is borne in mind. Further to this, developers need to make sure that any potential biases in AI algorithms are addressed to ensure fair and accurate assessments for all users.
Practical Considerations
AI in CPR training is designed to enhance, not replace, the role of trainers and manikins. AI can improve the feedback and personalised learning that trainees receive, but human instructors bring invaluable experience, judgement, and the ability to adapt to learners’ needs in real time. Trainers guide, motivate, and address complex questions that AI can’t fully handle. Similarly, AI might one day impact the way that manikins are used, but the practical and physical experience of learning on a manikin is irreplaceable.
The goal is to combine the potential of AI in CPR training with human expertise to make the process as effective and engaging as possible. A partnership between these two threads could ensure that learners have easy access to training opportunities that ensure they have both the technical skills and confidence to respond in real-life emergencies.
Ready to Elevate Your CPR Training?
The future of CPR training is likely to involve the implementation of AI, but right now, it’s crucial to ensure that trainers and learners are equipped with the best possible tools.
Innosonian’s award-winning Brayden CPR manikins make teaching and learning CPR simple, effective, and engaging. With real-time feedback through unique indicating lights, trainees gain the confidence and competence needed to perform life-saving resuscitation.
Our innovative Brayden Online platform offers flexible, scalable tools for training, from small classes to large organisational programs. By combining cutting-edge technology with a ‘keep it simple but significant’ design ethos, we empower educators to deliver high-quality, impactful CPR education.
Explore the Brayden range today, or get in touch to see how we can support your training needs.
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