摘要
“无人机技术应用”课程以无人机设计、制作、操控、检修为主要内容,旨在让学生了解无人机技术,理解无人机相关知识,掌握无人机操控、检修技能,提高创新实践能力。针对无人机相关专业课程教学现状,基于课程内容工程实践性强的特点,在课程设计和教学实施过程中引入EPIP教学模式,以工程项目为引领,以培养学生的工程意识和创新、实践能力为目标,激发学生的学习热情,提高了教学质量,达到了预期的教学效果。
The course-Application of UAV Technology mainly focuses on Unmanned Aerial Vehicle(UAV)designing,fabricating,controlling and maintenance to enable students to comprehend the knowledge and technology of UAV,master the skills for UAV control and maintenance,and improve their innovation practice ability.For the current teaching state of the curriculum related to UAV,the Engineering Practice Innovation Project(EPIP)teaching mode is introduced in the course designing and teaching implementation process based on the characteristics of strong practical engineering content.This mode is guided by engineering projects,aiming at cultivating students'engineering consciousness,innovative and practical ability,stimulating the students'enthusiasm for learning to improves the teaching quality and achieve the expected teaching effect.
作者
郝立果
高慧珠
张翔宇
石东宇
HAO Li-guo;GAO Hui-zhu;ZHANG Xiang-yu;SHI Dong-yu(Tianjin University of Technology and Education,Tianjin 300222,China;National Vocational High School of Oroqen Autonomous Banner,Hulunbuir Inner Mongolia 165450,China)
出处
《职业教育研究》
2022年第11期80-85,共6页
Vocational Education Research
基金
天津市职业学校“十四五”教育教学改革研究项目“基于EPIP理念的创新创业教育类课程体系建设的探索与实践”(项目编号:2021005)。
关键词
EPIP教学模式
无人机技术应用
创新课程
无人机装调检修工
EPIP teaching mode
application of UAV technology
innovative curriculum
UAV installation adjustment and inspection worker