摘要
对面向物理系高年级本科生开设的"现代物理实验"课程进行了大力度的建设与创新,建立了薄膜样品制备平台、薄膜物性测量平台、表面形貌表征平台、软物质(颗粒物质)实验平台等4个通用开放实验设备平台,探索了以课题型实验串通整个课程教学内容的研究型教学模式,提炼出一些反映学科发展和热点的研究型实验课题,有效促进了学生的自主性、创造性学习活动,强化了学生科学思维、团队协作和成果展示能力的培养.
We have made great efforts to build the ＂modern physics experiments＂ course for senior undergraduate students of Physics Department. Four open laboratory equipment platforms have been established, including the thin solid film sample preparation platform, the physical properties measurement platform, the surface morphology characterization platform, and the soft matter （particulate matter） experiment platform. Research-based teaching mode in which the whole teaching contents are connected by the project-based experiments has been explored. Some research-based experimental subjects reflecting the academic development and research hotspots have been extracted. This model effectively promotes the students＇ independent and creative learning activities, and strengthens their abilities of scientific thinking, teamwork and presentation.
出处
《物理与工程》
2014年第3期14-17,共4页
Physics and Engineering
基金
北京科技大学教育教学改革与研究项目(JG2012M39
JG2012M57)
关键词
课题型实验
研究型教学
自主学习
科学思维
project-based experiments
research-based teaching
independent learning
scientific thinking
