工业技术与职业教育

将STEM教育理念融入“电路实验”课程建设，优化教学内容，实现了多学科关联。构建线上教学资源，与实验课堂形成教学双平台，实现多维度教学，激发学生自主学习能力。运用先进教学方法，通过任务驱动和问题情境的运用，引导学生深入思考，促进师生对话和实验实操效果。课程实施结果显示，学生对课程建设的认可度较高，提高了学习及能力培养效果。

Integrating STEM education concepts into the construction of the "Circuit Experiment" course has optimized teaching content and achieved multidisciplinary connections. Building online teaching resources and forming a dual teaching platform with experimental classrooms has achieved multi-dimensional stimulation of students' autonomous learning abilities. By using advanced teaching methods and using task driven and problem scenario approaches, students are guided to think deeply, promoting dialogue between teachers and students, and achieving practical experimental results. The implementation results of the course show that students have a high recognition of the course construction, which has improved the effectiveness of learning and ability development.