随着国家空天信息产业的快速发展，培养适应空天信息产业发展需求的高素质人才是关系我国空天信息产业高质量发展的关键。面向空天信息产业，文章提出在遥感科学与技术、测绘工程、地理信息科学学科专业开设的遥感类课程教学中引入任务驱动教学法开展实践教学，通过空天信息产业具体案例与课程教学内容相结合进行教学并分析，实践表明，在教学中引入任务驱动教学法，有助于增强学生对知识的掌握和对产业任务实操的执行能力，调动学生对遥感类课程学习的积极性、激发学生的实践能力。

With the rapid growth of China's aerospace information industry, cultivating high-quality talents to meet its needs is crucial for its high-quality development. This paper suggests integrating task-driven teaching methods into remote sensing courses for majors in remote sensing science and technology, surveying and mapping engineering, and geographic information science. This approach involves practical teaching that combines specific cases from the aerospace information industry with course content. It is indicated that this approach can enhance students' grasp of knowledge and practical skills in implementing industrial tasks, stimulate their enthusiasm for remote sensing courses, and foster their practical abilities.