Abstract: A VR education system includes a teaching plan storage unit that stores the teaching plan for each lecture including lecture information and at least one keyword and key image, an instructor evaluation unit that converts the instructor's voice data, input through the voice module of the instructor's terminal, into text data by speech-to-text processing and compares the converted data with the teaching plan data stored in the teaching plan storage unit, an instructor recommendation unit that generates an instructor list in the order of matching rate, from highest to lowest, based on the matching rates calculated by the instructor evaluation unit, a lecture providing unit that provides the lecture of an instructor, selected from the instructor list from a trainee terminal, to the trainee terminal, and a lecture monitoring unit that monitors lectures in progress to detect any event that may occur during the lecture.

Abstract: A VR education system includes a teaching plan storage unit that stores the teaching plan for each lecture including lecture information and at least one keyword and key image, an instructor evaluation unit that converts the instructor's voice data, input through the voice module of the instructor's terminal, into text data by speech-to-text processing and compares the converted data with the teaching plan data stored in the teaching plan storage unit, an instructor recommendation unit that generates an instructor list in the order of matching rate, from highest to lowest, based on the matching rates calculated by the instructor evaluation unit, a lecture providing unit that provides the lecture of an instructor, selected from the instructor list from a trainee terminal, to the trainee terminal, and a lecture monitoring unit that monitors lectures in progress to detect any event that may occur during the lecture.