基于ESP32的光电检测系统综合实验教学设计

Design of Practice Teaching Based on the Optoelectronic Detection System Experiments with ESP32

针对现有光电检测系统综合实验设备开放性不足、功能单一、缺乏项目开发实践等问题,提出了基于ESP32的光电检测综合实验系统教学课程设计方案,采取核心开发板与光电检测模块的硬件设计思路,结合VS Code、PlatformIO和Arduino框架,可开展验证型、综合型、设计型3个阶段共35个实验项目。实践表明,该综合实验教学方案运行情况良好,具有适用性广泛、扩展性强等特点,使学生能够循序渐进掌握光电检测系统开发方法,能够有效培养学生专业兴趣、工程应用与创新实践能力。

A comprehensive optoelectronic detection system experimental project was designed based on the ESP32,in order to solve the existing problems for absence of open-ended project development.Based on the hardware design ideas of core boards and optoelectronic detection modules,combined with VS code,Platform IO and Arduino framework,35 experiments can be performed in verification-type,comprehensive-type and design-type.The results show that the course works well and has the characteristics of wide applicability,abundant expansibility,which enables the students to master the optoelectronic detection system development methods step by step.It can effectively arouse the students’specialty interest,cultivate their engineering application and innovative practical ability.