基于无人机三维建模技术的矿山实习教学优化

Optimization of Mine Field Practice Training Based on UAV 3D Modeling Technology

矿山基地综合实习是衔接本科资源勘查专业课程学习和生产实习的重要实践环节。然而由于受实地条件限制矿山基地重要观察点通常无法近距离观察学习,限制了综合实习的效果,无人机三维建模技术的应用是该类实习教学优化有效手段。通过野外实地观察和三维模型辅助,将新兴技术与传统地质实习相结合,完善了密云铁矿综合实习教学,利于学生快速进入生产实习角色,实现了综合实习效果的最大化,同时在学校实践教学改革中起到了示范和指导作用。

Comprehensive field practice in mine bases is an important practical link to connect the undergraduate courses of resource exploration major and the production practice.However,due to the limitations of the field conditions in mine bases,some important observation points are difficult to directly observe,which limits the effect of field practice training.The application of UAV 3D modeling technology is an effective way to optimize this training course.Through field observations and 3D modeling assistance,the emerging technology is integrated into the traditional geological practice,and the comprehensive field practice teaching in the Miyun iron deposit is improved,which helps students to quickly position themselves in the practice,maximizes the effect of comprehensive field practice,and at the same time plays a demonstration and guiding role in the school’s practice teaching reform.