The use of high-tech, high-fidelity simulation for learning and…

Question Answered step-by-step The use of high-tech, high-fidelity simulation for learning and… The use of high-tech, high-fidelity simulation for learning and teaching in resuscitation has increased dramatically. Simultaneously, there is ongoing criticism of structured simulation’s lack of realism due to its disjointed nature, in which practice is interspersed with actions and reflections and inert and inanimate manikins (Dwyer et al., 2015). Learners risk disengagement in such scenarios and may not learn as much as they would if fully immersed in the plan (Dwyer et al., 2015). When they believe they are being watched and judged, anxiety sets in, and their self-esteem suffers (Dwyer et al., 2015). Others have commented on the current study’s multidisciplinary learning and the credibility of in-situ resuscitation training (Dwyer et al., 2015). The interaction between the patient, educator, and learner in our study and participation in the humanistic simulation extended the learner experience.The more closely the stimulation technology and environment mimic real-life events, the more likely the learned behavior will be transferred to the clinical setting (Dwyer et al., 2015).  According to the study’s findings, because of the simulation’s humanistic nature, this innovation developed technical and communication skills and full engagement with the human being (patient). It may thus be described as authentic learning. Furthermore, because learners were immersed in the scenario and interacted with the character as actual patients, the experience appeared to reduce performance anxiety, prompting them to respond in more clinically appropriate ways. The realism or humanistic nature of the simulation in this study made the learning experience more meaningful for RRT members. Indeed, research in psychology indicates that when simulation experiences are memorable and comparable to real-life situations, learners can consciously or subconsciously recall training scenarios and accurately recall successful behavioral strategies if a similar event occurs in clinical practice (e.g., cardiac arrest) (Dwyer et al., 2015).Hospitals prepare their employees for emergencies by using high-fidelity simulation training centers. Due to space, cost, staff mobility, and instructor training, these centers are underutilized. The proximity of simulation to real-life learning and assessment may be based on the mistaken assumption that more expensive or higher engineering fidelity simulation centers equate to greater authenticity and translation into improved learning outcomes (Dwyer et al., 2015). Authenticity is linked to a more meaningful learning experience and increased skill transferability to other situations. High-tech procedural trainers may focus on the procedure and the doing while ignoring the emotional stress of the environment. The humanistic nature of the simulation used in this study shifted the learners’ focus away from the monitors and procedures and to the patient to whom they listened and responded.The study has some methodological limitations. The findings are not generalizable because the study included a small number of participants who were not assigned at random, and there were no control conditions (Dwyer et al., 2015). The qualitative feedback suggests that the experience was more authentic than simulations involving inanimate patients and unlikely events. Because the current study’s simulated learning experience is portable, requiring only a few low-cost props and the educator’s clinical knowledge, such learning could occur in situ, increasing accessibility and broadening multidisciplinary team participation(Dwyer et al., 2015). This is especially true in smaller towns in rural areas. Because cardiac arrests can happen anywhere and at any time, it is critical that staff not only practice the technique in a simulated environment using mannequins as patients. This could occur in a parking lot, an outpatient department, or anywhere else. Process-related safety issues, such as speaking clearly and confirming that messages have been sent and received correctly, can be addressed due to the ability to operate in situ. According to Dwyer et al. (2018), communication issues are frequently where errors occur, so practical simulations address patient safety trigger points valuable and relevant for clinicians and patients. Recognizing a deteriorating patient and acting quickly has serious consequences, including increased patient mortality. This simulation strategy is an innovative approach to dealing with the global health crisis. This is my own work but I need to rephrase into different wording.  Health Science Science Nursing NSG 421 Share QuestionEmailCopy link Comments (0)