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机器人课程 "四贯"教学改革与实践

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随着人工智能、机器人技术的普及和应用,机器人教育已成为高等院校培养创新型人才的重要途径.针对传统机器人课程教学模式中存在的课程内容碎片化、理论与实践脱节、学科壁垒明显等问题,从"课程贯通、学科贯通、本硕贯通、教赛贯通"四个维度着手,创建了机器人课程"四贯"教学新模式.通过构建课程体系、组建跨学科教学团队、加强本硕联合培养、完善竞赛评价体系,加强学科之间的交叉融合,促进本科阶段与硕士阶段的教学衔接,实现教学与竞赛的有机结合.教学实践证明,学生的实践能力、创新能力、团队合作能力等方面得到了显著提升,多元化的教学评估方式有效促进了学生的个性化发展.
Teaching reform and practice of"Four Connections"in robot course
With the popularization and application of artificial intelligence and robotics technology,robot education has emerged as a pivotal means for higher education institutions to nurture innovative talents.In response to the fragmented course content,the disconnect between theory and practice,and the pronounced disciplinary barriers in traditional robot course teaching models,a novel"four-in-one"teaching model for robot courses has been devised,encompassing four dimensions:course integration,discipline integration,undergraduate-graduate integration,and teaching-competition integration.This model aims to construct a comprehensive curriculum system,foster interdisciplinary teaching teams,strengthen the joint training of undergraduate and graduate students,refine the competition evaluation system,enhance interdisciplinary integration,facilitate seamless undergraduate-graduate education transitions,and achieve an organic integration of teaching and competition.Teaching practice has demonstrated that students'practical abilities,innovative capacities,teamwork skills,and other facets have seen significant improvements.Furthermore,diversified teaching evaluation methods have effectively propelled students'personalized development.

robotics coursereform in educationcultivation of innovative talents

刘天宇、李旭、蒋蘋、李超、罗亚辉

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湖南农业大学机电工程学院,湖南 长沙 410128

机器人课程 教学改革 创新型人才培养

2024

农业工程与装备
湖南省农业机械管理局,湖南省农业机械研究所,湖南省农机与工程学会

农业工程与装备

影响因子:0.278
ISSN:2096-8736
年,卷(期):2024.51(2)