Design and Practice Research of Logistics Virtual Simulation Laboratory System Based on Virtual Reality Technology

The logistics laboratory is an important component of logistics professional teaching activities. Traditional logistics laboratories face issues such as large project investment and difficulties in updating equipment, making it difficult for them to be widely applied. The development of virtual reality technology has brought unprecedented opportunities for logistics teaching. By introducing immersive and interactive learning experiences, students can not only intuitively understand logistics concepts but also enhance their practical operation abilities in a virtual environment. Through analyzing the advantages and functions of virtual logistics laboratories, this paper proposes a framework and design scheme for virtual logistics laboratories. By integrating technologies such as virtual reality (VR), the Internet of Things (IoT), and artificial intelligence (AI), the system architecture design of the laboratory is proposed, and the virtual implementation of logistics warehousing training is elaborated, providing an efficient and low-cost practical platform for logistics management teaching. This paper discusses the architecture design and technical implementation of virtual logistics laboratories, analyzes their role in enhancing students’ practical abilities and optimizing teaching resources, and provides references for the construction of logistics professional laboratories in universities.