首页|基于循迹智能车的新生项目式课程教学探索与实践

基于循迹智能车的新生项目式课程教学探索与实践

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以新工科"成电方案"的新生项目式课程为切入点,聚焦"智能循迹小车设计"课程的设计与实践,以提升自动化专业新生的创新实践能力和专业认同感.通过提炼智能车竞赛项目,自主开发智能车实验教学平台,构建层层递进的实践教学体系,尝试多元化评价方式,有效地促进了课程目标的达成.同时,通过探索学赛一体的教学模式,形成了竞赛支撑教学,教学反哺竞赛的良性循环.近4年的实践效果表明,课程建设思路能够适应新工科教育面向未来工程人才的培养需求,对相似专业的实践教学具有借鉴意义.
Exploration and Practice of Project-based Course Teaching for Freshmen Based on Tracking Intelligent Vehicles
Taking the freshman project-based course of the"UESTC Plan"as the starting point,this course focuses on the design and implementation of the"Intelligent Tracking Car Design"module.The goal is to enhance the innovative practical skills and professional identity of freshmen majoring in automation.By refining smart car competition projects,developing a self-designed smart car experimental teaching platform,establishing a progressive practical teaching system,and implementing diversified evaluation methods,we successfully advance the achievement of course objectives.At the same time,a virtuous cycle is formed through the exploration of a teaching model that integrates learning and competition.Competition supports learning,and teaching provides feedback for improvement.The practical results over the past four years have demonstrated that the curriculum construction ideas can adapt to the training requirements of future engineering talents in new engineering education.These results also hold significant reference value for the practical teaching of related majors.

freshman project-based coursesintelligent tracking carpractical teachingnew engineering education

王培丞、高博、宫珣

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电子科技大学自动化工程学院,成都 611731

新生项目式课程 智能循迹车 实践教学 新工科教育

电子科技大学教改项目四川省2021-2023年高等教育人才培养质量和教学改革项目2022年第二批教育部产学合作协同育人项目

2019PBLF014JG2021-332220700011274419

2024

实验室研究与探索
上海交通大学

实验室研究与探索

CSTPCD北大核心
影响因子:1.69
ISSN:1006-7167
年,卷(期):2024.43(8)
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