论文部分内容阅读
本文对适应应用型创新人才培养的材料物理专业实验模块进行了分析,希望通过模块的构建,可以让实验环节的层次逐渐升级,可以有效的培养学生的动手能力以及创新能力,是一种有效的培养创新人才的模式。目前社会上对创新人才的需求越来越多,国家也很重视创新,基于这个背景下,高校也对教学进行了改革,注重实践教学,并且以培养应用型创新人才作为学校的主要目标之一,高校也构建了“三实一创”的专业教学体系。材料物理
This paper analyzes the experimental module of material physics that adapts to applied innovative talents, and hopes that through the construction of the module, the experimental level can be gradually upgraded, which can effectively cultivate students’ practical ability and innovative ability, which is an effective Cultivate innovative talent model. At present, there is an increasing demand for innovative talents in the society and the state attaches great importance to innovation. Based on this background, colleges and universities have also reformed their teaching and put emphasis on practical teaching. In addition, it is one of the main goals of the school to train applied creative talents , Colleges and universities have also built a “three real a ” professional teaching system. Material Physics