摘要
在机场道面的教学过程中,出于对机场运行安全的考虑,学生往往不能到现场进行道面检测,实践应用环节欠缺。为此,提出新的教学方法,引导学生研发了一种机场道面检测埋地传感器组件,并应用该组件进行道面检测试验,分析机场道面状况及其力学性能参数的变化,从而对道面的整体性能进行评价。实践证明,通过埋地传感器的研发及应用,学生的技术创新及实践应用能力得到提升。在新的教学模式下,通过问题导向的方法,激发学生的创造性思维,引导学生解决问题,理论与实践相结合,大大提高学生的操作应用能力,有益于培养学生的创新实践能力。
In the process of teaching airport pavement course, considering the airport operational safety issues,students often are not admitted to detect the pavement in the field, lacking of practical application. To solve this problem, we presented a new teaching method, guiding students to develop an airport pavement detect buried sensor assembly. They can use the components to carry out pavement testing, collect and track the pavement＇ s relevant parameters of indicators of mechanical properties under load, analyze changes of pavement in health conditions and mechanical properties of parameters, and then evaluate the pavement ＇ s overall performance.Practice has proved, in the process of researching and application of the buried sensor assembly, students put forward and solve problems, which showed completely their technological innovation capability and practical application ability. In the new teaching model, the problem-oriented approach can stimulate students＇ creative thinking and guide them to solve problems. The teaching method combines theory and practice, and improves greatly students＇ application ability, which is beneficial for training students＇ innovative and practical abilities.
出处
《高等建筑教育》
2015年第4期116-119,共4页
Journal of Architectural Education in Institutions of Higher Learning
基金
国家级大学生创新创业训练计划项目(201410059018)
中国民航大学实验技术创新基金(01-13-02)
中国民航大学教育教学改革研究课题(CAUC-ETRN-2013-18)
中国民航大学青年骨干教师项目(10700222)
关键词
创新能力
机场道面
实时监控
埋地传感器
innovation ability
airport pavement
real-time monitoring
buried sensor
