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Facilities

Welcome to our innovative Simulation Training Centre! This advanced facility aims to provide nursing students with a comprehensive and immersive learning experience through the use of high-fedlity manikins, VR360 technology, a VR Cave, a Simulation Community Centre, and humanoid robots Nao and Pepper.Our life-like manikins enable students to practice essential clinical skills and procedures in a controlled environment, while the VR360 technology and VR Cave immerse them in various healthcare scenarios, honing their critical thinking and decision-making abilities. The Simulation Community Centre allows students to develop a holistic approach to nursing care within diverse patient populations and community settings.Incorporating Nao and Pepper, our advanced humanoid robots, further enhances the learning experience by training students in effective communication and consultation with patients and other healthcare professionals. These robots simulate various patient interactions, allowing students to practice assessing symptoms and providing appropriate care, while also improving their teamwork and collaboration skills.Overall, our School of Nursing Simulation Centre is dedicated to equipping students with the skills and knowledge needed to excel as professional nurses in today's dynamic healthcare landscape.
  • Which is better: low fidelity or high fidelity?
      • Some studies reveal that the outcomes of training did not differ by low-fidelity and high-fidelity simulations. Besides, healthcare students’ self-confidence did improve in both low-fidelity and high-fidelity simulations. Thus, low-fidelity and high-fidelity serve the same purpose to train nursing students to be clinically competent. It would be better to adopt low-fidelity simulation into the nursing curriculum first, then gradually move on to high-fidelity simulation.​
      • In training, low-fidelity simulations leave out some or many elements of the real-life experience so that the user can grasp the smaller concepts leading up to the whole of what they are learning.
  • High-fidelity simulation
    • ​High-fidelity simulations strive to be as realistic as possible include many elements, and also simulate the relationship or interactions between said elements. Simulation is widely used across nurse education, both in undergraduate settings and in clinical education for ongoing professional development. To be effective for learning, simulation activities need to be pedagogically scaffolded into the overall learning plan, be supported by experienced educators, and include debriefing techniques. High-fidelity simulation provides nursing students the opportunity to practice, develop, and apply knowledge and skills in a realistic clinical situation while remaining in a safe environment. It also mimics real life as closely as possible and is frequently used as a substitute for hands-on training that would be too risky and cost too much to execute.
  • Low-fidelity simulation ​
    • Low-fidelity simulations mirror the actual action or scenario closely but leave out factors that the user might experience in real life. A symptom checker uses a simulation of the human body that allows users to select the area where they are experiencing discomfort and then narrow down their symptoms using a list that helps determine a possible condition or illness. The symptom checker leaves out key factors like multiple areas of pain or discomfort, previous injury, pre-existing conditions, side effects of drugs or medication, and age. However, it provides a somewhat viable alternative to what you might do in a doctor’s office upon examination – “It hurts here,” without factoring in everything else.
  • Virtual Reality
    • A Virtual Reality cave is also located in the Pauline Chan Building. Virtual Reality is used to train nursing procedures of students in different specialties.
  • Robot
    • Nao and Pepper. They are used to train nursing students to communicate with patients when assessing symptoms. They also facilitate training in communication and consultation with other healthcare individuals.

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