新工科背景下的水下机器人实践教学平台

在“新工科”背景下，为综合培养工科专业实践型人才，高校的传统工科教育急需改革创新。以深化创新实践教学方法为核心思想，基于智能水下机器人平台，面向自动化专业学生开设创新实践课程。学生将完成基于水下视觉跟踪的导向性任务，使课程实现理论与实践结合的新型教学模式。实践表明，教学平台结合前沿研究和实际工程问题，能有效激发学生志趣、培养学生工程素养和研究创新思维。

Practice of Underwater Robot Platform under the Background of New Engineering

Under the background of new engineering, it is a priority to reform and innovate traditional engineering education in order to comprehensively cultivate practical talents. Taking the deepening of innovative practice teaching methods as the core idea, based on the intelligent underwater robot platform, innovative practice courses are offered for automation students. During the course, students will complete a task based on underwater visual tracking, enabling the course to realize a teaching mode combining theory and practice. Practice shows that the innovative teaching method can effectively stimulate students'' interest and cultivate their engineering literacy by combining teaching with cutting-edge scientific research and practical engineering problems.