高校利用自主开发设备创新实验教学的探索

Application of Self-developed Equipment in Innovation of University Experimental Teaching

针对工科专业在实验教学中普遍存在的实验设备相对滞后、实验以验证性为主、实验内容的设计学生参与较少及实验的创新性不足等一系列问题,结合教师的科研项目,将自主开发的磁性材料计算机视觉检测系统用于学生的实验教学;让学生自主选择产品,制定方案并实施,以培养学生的实践、创新能力。此做法对弥补实验设备不足,提高实验室建设水平,拓宽学生视野,激发学生的学习积极性与主动性,培养创新人才,都具有重要意义。

To solve such problems in the experimental education of technical majors as outdated equipment, attention only to verification experiment, lack of students' involvement in the design of content and insufficient innovativeness, a self-developed computer vision system for checking magnetic material is applied in the experimental teaching based on the teacher's research project.With this mode, students are allowed to select products and design the experiment content together,which is significant in raising the utilization rate of equipment, covering the shortage of equipment,broadening students' horizon, arousing students' learning interest and initiative, and training the innovative talents in the application-oriented universities.