ISSN1006-7167CN31-1707/TRESEARCHANDEXPLORATIONINLABORATORY第42卷第1期Vol.42No.12023年1月Jan.2023DOI:10.19927/j.cnki.syyt.2023.01.045基于ESP32的光电检测系统综合实验教学设计匡文剑,曹兆楼,赵静,钱黎明,裴世鑫(南京信息工程大学物理与光电工程学院,南京210044)摘要: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VSCode、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。关键词:光电检测;单片机;ESP32系统级芯片;嵌入式系统;项目式学习中图分类号:TP368.2;G642.0文献标志码:A文章编号:1006-7167(2023)01-0229-06DesignofPracticeTeachingBasedontheOptoelectronicDetectionSystemExperimentswithESP32KUANGWenjian,CAOZhaolou,ZHAOJing,QIANLiming,PeiShixin(SchoolofPhysicsandOptoelectronicEngineering,NanjingUniversityofInformationScienceandTechnology,Nanjing210044,China)Abstract:AcomprehensiveoptoelectronicdetectionsystemexperimentalprojectwasdesignedbasedontheESP32,inordertosolvetheexistingproblemsforabsenceofopen-endedprojectdevelopment.Basedonthehardwaredesignideasofcoreboardsandoptoelectronicdetectionmodules,combinedwithVScode,PlatformIOandArduinoframework,35experimentscanbeperformedinverification-type,comprehensive-typeanddesign-type.Theresultsshowthatthecourseworkswellandhasthecharacteristicsofwideapplicability,abundantexpansibility,whichenablesthestudentstomastertheoptoelectronicdetectionsystemdevelopmentmethodsstepbystep.Itcaneffectivelyarousethestudents’specialtyinterest,cultivatetheirengineeringapplicationandinnovativepracticalability.Keywords:optoelectronicdetection;single-chipmicrocomputer;ESP32system-levelchip;embeddedsystem;project-basedlearning收稿日期:2022-02-23基金项目:江苏省高等教育教改立项研究课题(2019JSJG549);教育部...