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Reform of Experimental Teaching based on Quality Cultivation

机译:基于素质培养的实验教学改革

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Experimental teaching plays an import part in quality education which devotes to cultivating students with innovative spirit, strong technological talents and practical ability. However, in the traditional experimental teaching mode, the experiments are treated as a vassal or supplementary mean of theoretical teaching, and students prefer focus on theory to practice. Therefore, the traditional experimental teaching mode is difficult to meet the requirements of quality education. To address this issue, the reform of experimental teaching is introduced in this paper taking the photoelectric detector experiment as the example. The new experimental teaching mode is designed from such aspects as experimental content, teaching method and experimental evaluation. With the purpose of cultivating students' practical ability, two different-level experimental content is designed. Not only the basic experiments used to verify the theory are set to consolidate the students' learned theoretical knowledge, but also comprehensive experiments are designed to encourage the students to apply their learned knowledge to solve practical problems. In the teaching process, heuristic teaching thought is adopt and the traditional 'teacher-centered' teaching form is replaced by 'student-centered' form, which aims to encourage students to design the experimental systems by their own with the teacher's guidance. In addition to depending on stimulating the students' interest of science research, experimental evaluation is necessary to urge students to complete the experiments efficiently. Multifaceted evaluation method is proposed to test the students' mastery of theoretical knowledge, practice ability, troubleshooting and problem solving skills, and innovation capability comprehensively. Practices demonstrated the satisfying effect of our experimental teaching mode.
机译:实验教学是素质教育的重要组成部分,致力于培养具有创新精神,强大技术人才和实践能力的学生。但是,在传统的实验教学模式中,实验被当作理论教学的附庸或补充手段,学生更喜欢将理论放在实践上。因此,传统的实验教学模式难以满足素质教育的要求。针对这一问题,本文以光电探测器实验为例,介绍了实验教学的改革。从实验内容,教学方法和实验评价等方面设计了新的实验教学模式。为了培养学生的实践能力,设计了两个不同层次的实验内容。不仅设置用于验证理论的基础实验以巩固学生所学的理论知识,而且还设计了综合性实验以鼓励学生运用所学知识来解决实际问题。在教学过程中,采用启发式教学思想,以“以学生为中心”的形式代替了传统的“以学生为中心”的教学形式,旨在鼓励学生在老师的指导下自行设计实验系统。除了要激发学生对科学研究的兴趣之外,还必须进行实验评估以促使学生有效地完成实验。提出了多方面的评估方法,以全面测试学生的理论知识,实践能力,故障排除和解决问题的能力以及创新能力。实践证明了我们实验教学模式的满意效果。

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