“人工智能+机械复合型人才”培养模式研究

Mechanism analysis of influence of tightening torque on fretting wear of gear shaft shoulder

近年来,随着科技的发展,人工智能和机械工程领域的融合程度不断加深。针对现阶段职业院校机械类专业存在的教学目标不明确、教学内容陈旧、教学方法单一、实践设施不完善等问题,通过构建实践平台、建设跨学科课程、提升师资队伍教学水平等措施,进行了“人工智能+机械复合型人才”培养模式的创新,以期为机械类专业人才培养模式的改革提供一定参考。

In recent years,with the development of technology,the integration of artificial intelligence and mechanical engineering has been deepening.At present,the mechanical majors in vocational colleges have some problems,such as unclear teaching objectives,outdated teaching contents,single teaching methods and imperfect practice facilities.An innovative"artificial intelligence+mechanical composite talent"training model has been carried out through measures such as building practical platforms,constructing interdisciplinary courses,and improving the level of teaching staff.It provides some reference for the reform of the talent training model in mechanical majors.