【摘要】 航空航天类专业课程实验教学因设备成本高昂、操作复杂且实施难度大，难以开展线下多组同步教学，导致教学效率低下，不利于学生实践能力的培养。基于虚拟仿真技术，构建了一种无须依赖实物、操作简便且适合线上教学的虚拟仿真实验教学平台。该平台具备高沉浸式场景仿真功能，教师通过线上演示教学，即可引导学生自主完成实验参数设计，有效提升航空航天类实验教学效率，使学生能够突破时间和空间的限制，独立完成飞行器参数设计及控制实验。此平台对于实现航空航天类实验的线上教学，以及提高未来航空航天类实验教学效率具有重要意义。更多还原

【Abstract】 Teaching in aerospace-related professional courses is hindered by high-cost equipment, complex operations, and implementation difficulties. These factors prevent offline multi-group teaching and reduce teaching efficiency, which is detrimental to the development of students’ practical abilities. To address these challenges, this study utilizes virtual simulation technology to build a virtual simulation-based experimental teaching platform. The platform, designed for remote teaching, is user-friendly and allows students to conduct experiments online. It features a highly immersive simulation environment. Teachers can guide students through online demonstrations to design experimental parameters, which enhances teaching efficiency in aerospace-related courses. The platform enables students to conduct flight vehicle parameter design and control experiments independently, without being restricted by time and space. It holds great significance for online teaching in the aerospace field and promises to boost the efficiency of future aerospace-related experimental teaching.更多还原