首页|电路课程科教融合层进式教学设计——以RC振荡器电路为例

电路课程科教融合层进式教学设计——以RC振荡器电路为例

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针对电路课程基础性和理论性强、概念抽象、不易与实际工程应用相结合等问题,在电路课程教学中采用科教融合的教学方式,以工程应用中的RC振荡器电路为例,在课程教学中开展层进式的教学设计.根据学生层次和实际教学条件,有选择地要求学生完成查阅资料、理论分析、仿真验证、电路搭建和调试等任务,帮助其加深对电路理论知识和实际应用的理解,同时激发学习兴趣,培养科研思维和创新能力.
Design of Progressive Teaching for Research and Teaching Integrationin Circuit Course:Taking RC Oscillator Circuit as an Example
Aiming at the problems of strong foundational and theoretical nature,abstract concepts,and difficulty in integrating with practical engineering applications in circuit course,a teaching method that integrates research and teaching is adopted in circuit course,taking RC oscillator circuits in engineering applications as an example,a progressive teaching design in course teaching is carried out.According to the students'level and actual teaching situation,students are selectively required to consult materials,conduct theoretical analysis and simulation verification,and complete the construction and debugging of experimental circuits,which can deepen their understanding of circuit theory knowledge and practical applications,while stimulate their learning interest,cultivate their scientific thinking and innovation ability.

circuit courseresearch and teaching integrationscientific thinkinginnovation ability

李玉玲、傅晓程

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浙江大学电气工程学院 浙江 杭州 310027

电路课程 科教融合 科研思维 创新能力

2025

中国现代教育装备
中国高等教育学会

中国现代教育装备

影响因子:0.301
ISSN:1672-1438
年,卷(期):2025.(1)