基于“创造力动态成分模型”的研究生科研创新能力培养——以《认知发展研究》课程为例

Cultivating the Scientific Innovation Ability of Postgraduates based on the “Dynamic Component Model of Creativity”——Taking the Course “Research on Cognitive Development” as an Example

  • 摘要: 创新是发展的第一动力,人才是发展的首要资源。研究生是建设创新型国家的重要后备力量,研究生教育是培养创新人才的主要途径,因此提高研究生的科研创新能力是研究生培养工作的重中之重。本研究基于Amabile的创造力动态成分模型,构建了研究生科研创新能力影响因素及评价指标体系,并通过研究生《认知发展研究》课程开展教学实证研究并进行效果评估。最后,从当下的研究生培养体系出发,指出了当前研究生科研创新能力培养的现实困境,并围绕拓宽知识结构、培养高阶思维、完善评价体系、优化支持系统等多个方面提出提升研究生科研创新能力的路径。

     

    Abstract: Innovation is the primary driver of development, and talent is the foremost resource for progress. Postgraduates represent a crucial reserve force for building an innovative nation, and postgraduate education serves as the main pathway for cultivating innovative talents. Therefore, enhancing the scientific innovation ability of postgraduates is a key focus in the postgraduate education process. The present study, grounded in Amabile’s dynamic componential model of creativity, constructs a framework of influencing factors and an evaluation index system for postgraduates’ scientific innovation ability. This framework was implemented and assessed in the “Cognitive Development Research” course for postgraduates. Finally, based on the current postgraduate training system, the current difficulties in cultivating research and innovation abilities of postgraduates are pointed out, and potential paths for cultivating scientific innovation ability of postgraduates are proposed around knowledge accumulation, learning abilities, teaching feedback and evaluation systems, and optimization support systems.

     

/

返回文章
返回