2019博覽回顧「學與教博覽2019」已於2019年12月11至13日假香港會議展覽中心圓滿舉行。
一連三天的「學與教博覽2019」吸引了13,435名來自世界各地的教育界人士人場參觀，與此同時，以團體名義登記參觀博竟的學校及教職員亦比以往顯著增加，「 學與教博覽2019」匯聚了超過300名來自世界各地的資深教育工作者，教育學者，政府官員和學校領導人，主持超過250場主題演講，研討會，工作坊，課堂示範及學校參觀等，涵善多元教育議題，包括; 創新教育科技的應用，21世紀教學茶路及教學法，身心靈健康與品格教育，STEM及創客教育，幼兒教育，融合教司等，為來白亞洲友各地的訪客提供最新的教育發展資訊。
此外，場內亦設有超過350個展位，來自澳洲，加拿大，芬蘭，香港，馬來西亞，新加坡，英國及美國等世界各比的參展商將展示一系列首度引入亞洲教育市場的至產品，當中包括人工智能，沉浸式教學科技，通算思維學習資源，資訊與通訊科技及網絡配套，務求迎合學校在教育開革過程中的需要。
At the beginning of the presentation, we will discuss the current virtual reality (VR) technology in clinical and biomedical applications. We will demonstrate an example of using VR in medical simulation for type and screen training, which determines both the ABO-Rh of the patient and screens for the presence of the most commonly found unexpected antibodies. It involves a simple draw and a laboratory test of a blood sample. There is a series of steps involving type and screen procedures. However, some medical staff members may overlook certain steps or conduct some steps unsuccessfully, as many of these staff are overloaded and work under high pressure. Therefore, we have developed an integrative solution to provide blood-taking training for medical staff members in a hospital by using the latest VR technology. In the VR training program, medical staff members can navigate and interact without distractions in a safe and calm environment, which is difficult to find in the real world. The VR training program not only provides opportunities for additional medical staff members to practice repeatedly, but also eliminates training time and costs compared with traditional training methods. The project outcome is expected to provide an interesting and effective training to thousands of medical staff members who require training in type and screen in Hong Kong. After the demonstration, we will also introduce the latest developments in mixed reality (MR) and the future development of extended reality (xR). We will explore how the development of artificial intelligence (AI) technology can be integrated with VR in order to extend its application in the biomedical and clinical areas.
