基于BOPPPS教学模式与DeepSeek融合的电路原理教学设计

Teaching Design of Circuit Principles Based on BOPPPS Teaching Model and DeepSeek

摘要: 电路原理是高校信息类相关专业的必修专业基础课，具有内容多、理论难、计算量大等特点。传统的电路原理教学中存在学时不足、学习效率低下、教学模式单一等问题。为解决上述问题，课程组整合各种线上和线下教学资源，将BOPPPS教学模式与生成式AI工具DeepSeek相融合应用到课堂教学中，探索了DeepSeek在电路原理教学中的应用路径，以正弦稳态电路的分析为例进行了教学案例的设计。这种教学设计充分体现了“以学生为中心”的特点，促进学生的主动学习和深度参与，开阔了学生的视野，有效提升了学生的学习效果。

Abstract: Circuit principles is a compulsory foundational course for information-related majors in universities, characterized by its broad content, theoretical complexity, and significant computational demands. Traditional teaching of this course often faces challenges such as insufficient class hours, low learning efficiency, and a monotonous teaching approach. To address these issues, the course team has integrated various online and offline teaching resources, combined the BOPPPS teaching model with the generative AI tool DeepSeek, and applied this integrated approach in classroom teaching. The implementation pathways of DeepSeek in teaching circuit principles are explored, and a teaching case is designed using the analysis of sinusoidal steady-state circuits as an example. This instructional design fully embodies the student-centered philosophy, encourages active learning and deep engagement among students, broadens their academic horizons, and effectively enhances learning outcomes.