Aiming at the pain points in the practical teaching of Applied Optics and Information Optics,such as high equipment cost,complex operation,disconnection between theory and cutting-edge technology,and insufficient lear...Aiming at the pain points in the practical teaching of Applied Optics and Information Optics,such as high equipment cost,complex operation,disconnection between theory and cutting-edge technology,and insufficient learning initiative of students,this paper introduces VR/AR(virtual reality and augmented reality)technology to build an immersive and virtual practical teaching system,combined with the research background of optoelectronic information,VR/AR and 3D display technology.This paper elaborates on the integration idea of VR/AR technology and practical t eaching of optical courses,designs a three-level practical teaching mode of“virtual simulation experiment-comprehensive practical project-research project connection”,optimizes the teaching content and evaluation system,and verifies the effectiveness o f this mode through teaching practice.The research results show that the application of VR/AR technology can significantly improve students’practical operation ability,research interest,and knowledge application ability,effectively solve the bottlenec k problems of traditional practical teaching,and provide reference for the practical teaching reform of similar optical courses.展开更多
With the rapid development of virtual reality(VR)and augmented reality(AR)technologies,their application potential in the field of education has become increasingly significant.For a long time,fire safety education in...With the rapid development of virtual reality(VR)and augmented reality(AR)technologies,their application potential in the field of education has become increasingly significant.For a long time,fire safety education in university laboratories has faced numerous challenges,and traditional teaching methods have been insufficiently effective,with high-risk scenarios difficult to realistically recreate.Especially in special scenarios involving hazardous chemicals,conventional training methods struggle to enable learners to achieve deep understanding and behavioral formation.This study systematically integrates immersive technology theory with safety education needs,providing a replicable technical solution for safety education in high-risk environments.Its modular design approach has reference value for expansion into other professional fields,offering practical evidence for innovation in safety education models in the digital age.展开更多
基金supported by National Natural Science Foundation of China(62575179)Science and Technology Commission of Shanghai Municipality(24511106500).
摘要Aiming at the pain points in the practical teaching of Applied Optics and Information Optics,such as high equipment cost,complex operation,disconnection between theory and cutting-edge technology,and insufficient learning initiative of students,this paper introduces VR/AR(virtual reality and augmented reality)technology to build an immersive and virtual practical teaching system,combined with the research background of optoelectronic information,VR/AR and 3D display technology.This paper elaborates on the integration idea of VR/AR technology and practical t eaching of optical courses,designs a three-level practical teaching mode of“virtual simulation experiment-comprehensive practical project-research project connection”,optimizes the teaching content and evaluation system,and verifies the effectiveness o f this mode through teaching practice.The research results show that the application of VR/AR technology can significantly improve students’practical operation ability,research interest,and knowledge application ability,effectively solve the bottlenec k problems of traditional practical teaching,and provide reference for the practical teaching reform of similar optical courses.
摘要With the rapid development of virtual reality(VR)and augmented reality(AR)technologies,their application potential in the field of education has become increasingly significant.For a long time,fire safety education in university laboratories has faced numerous challenges,and traditional teaching methods have been insufficiently effective,with high-risk scenarios difficult to realistically recreate.Especially in special scenarios involving hazardous chemicals,conventional training methods struggle to enable learners to achieve deep understanding and behavioral formation.This study systematically integrates immersive technology theory with safety education needs,providing a replicable technical solution for safety education in high-risk environments.Its modular design approach has reference value for expansion into other professional fields,offering practical evidence for innovation in safety education models in the digital age.