About us  / 公司簡介

In 2016, we found(discovered) that there were serval medical stuff training programs turn into virtual training programs using VR devices instead of face-to-face teaching. At that moment, we realize that the future of medical stuff training program will be virtual, immersive and reusable. The immersive virtual medical stuff training program needs to be easy, fast, clean, efficient to use and have capabilities of giving real-time feedback to trainees and supporting them with artificial intelligence. Therefore, we propose " Virtual Reality Medical Simulation Program (VRMSP)". In the meantime, we also propose the customization of VRMSP which will make the local hospital and school training more efficiently.

Our employees are mostly licensed and experienced medical doctors, nurses and radiologists. With their professional backgrounds and knowledges, client's needs and suggestions can be easily received and pass to our development teams clearly and precisely.

VRMSP is not the only product in our service. We are also the agent of several software, Nursing information system(NIS) and Medical Image Illustrator (MiiL) from NarLabs National Center for High-performance Computing(NCHC). With these software, Our medical training program service will be more complete.

* MiiL and vvViewer: After cooperative testing with Narlabs, we have reach an agreement of promoting MiiL(Medical Image Illustrator),a software for medical image labeling and classifying and detecting the lesions, and vvViewer(Visualization interactive media lab’s VR Viewer),a 3D multi-user VR display software, with NarLabs National Center for High-performance Computing(NCHC) on May, 2018.

Feedback  / 用戶回饋

In the past, if you wanted to learn radiographic positioning, you could only practice with your classmates. However, you could not really capture, and it would be very hard to find out the mistakes and improved them immediately. Some schools with more funds might use models to capture, but there were problems that needed to overcome. Nowadays, with the development of technology, you can set the mannequins by virtual reality. Those mannequins can imitate the movement of real patients such as moving the joints. 3D model will produce relative simulations. In this way, students cam realize when positioning, the relative positions of image and human body. This kind of new teaching material solve one of the problems when teaching in the past, which was no capturing. Let radiologists learn from their mistakes, decrease the rate of retake by more practices. Thus, it will reduce the real patients’ exposure to radiation.
from陳世昇, former radiologist in Dalin Tzu chi hospital
The pandemic makes lots of teachers become “streamers”, actors, or even VR players. The education also goes through many innovations such as applying VR. Innovative multimedia teaching combines knowledge, techniques and circumstances. By learning via playing, it gives students motivations of learning. VR clinical simulation makes students think of the procedure and practice the techniques in their mind, which is awesome! When implementing VR sputum suction, because the suction time is too long, the patient has cyanosis, and then you need to provide him with oxygen immediately. Compared with traditional OSCE mannequin, VR create a realer feeling and let users have more instinctive learning experience. Furthermore, when you are operating VR, real-time Q&A section will help deepen your impression.
from陳韋陸, director of center for teaching and learning development at Central Taiwan University of Science and Technology

Clients  / 合作夥伴

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© 2019 Medical Science and Technology Co., Ltd.