Simulating birth scenarios can help healthcare professionals recognise and potentially mitigate adverse events for new mothers and newborns.1 However, the degree of realism or "fidelity" chosen for those scenarios does not always have to be extreme. Often when educators begin to plan scenarios around labour and delivery, their strategy jumps quickly to high-fidelity, full-bodied birthing simulators. But, depending on the learning goals, the effort required to plan and set up a high-fidelity simulation can be unnecessary and labour-intensive.
Low-fidelity simulation can provide learners with a wealth of training experience – at minimal expense. Below, we sum up three ways that you can use low-fidelity simulation training to reduce preventable harm to maternal and newborn patients.
Situations that require repeated practice are best suited for use of a task trainer. For example, a great opportunity to use a task trainer is in the training of birthing assessments and different delivery protocols. Learners can practice hands-on, psychomotor skills independently and at their own pace without the complexity of a high-fidelity simulation.
In a study evaluating the training of shoulder dystocia using a birthing simulator, learners saw a 44% improvement in the following.2
Using a task trainer, students can focus on the fundamentals of building their confidence in performing specific skills and educators can measure and confirm that learners have mastered those skills. From here, learners can advance onto high-fidelity simulations or treat real patients, knowing they have the necessary foundational experience.
If your learners are in need of repetitive, isolated skills practice, a task trainer may be what you need to integrate into your training.
The use of standardised patients (SP) can be beneficial to develop a practitioner’s interpersonal communication skills. Because SPs can verbalise symptoms that they are experiencing, they are particularly useful in gathering patient history and diagnosing symptoms. By using a SP’s body language to convey certain information, healthcare professionals are required to be more observant of their patient.
One scenario developed by the University of Washington Medical Center Labor & Delivery Unit proved the benefits of using a SP in a birth scenario. Enacting an obstetric bleeding emergency, the SP provided critical triggers to the healthcare team. As the patient’s condition worsened, the SP became anxious and concerned.3 By using this type of practice, learners improved their observational and professional skills.
By incorporating a SP into your scenario, you can introduce a real, human element to your simulation training. Learners can converse with a "real" patient, observing physical cues and considering their overall demeanour to form a more complete diagnosis.
Task trainers and SPs share one key benefit: they both can be included in your simulations in creative ways. You are free to be as imaginative as you'd like – especially if you consider hybrid simulation as an option. Hybrid simulation is when two or more simulation modalities are used in the same simulation session (i.e. attaching a task trainer to a SP). Using this form of simulation can allow for an integrated practice of both technical and communication skills.4
Research shows that learners have more engaging patient interactions with a SP but are likely to use a realistic, procedural touch more frequently with manikins.4 Hybrid simulation is one means to improve both clinical treatment and a learner’s patient interaction skills.
By combining the two forms of simulation in one scenario, you can effectively teach the complexities associated with birth, while also helping learners develop their communication and rapport with a patient.
Taking into consideration a program’s size, budget, and learning goals, each simulation should be and will be different. For scenarios that do not require high-fidelity, resource-rich simulation equipment, there are other options available.
Whether they are used together or alone, task trainers and standardised patients both have their unique role. They can enforce foundational clinical assessment and procedural skills and help to develop a learner’s interpersonal and communication skills, respectively. What is even more exciting is that, when used appropriately together, they can help you achieve both skill sets in your learners.
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