This paper deals with the instructional design for the Failure Analysis course about the Major of Aviation Maintenance. According to the characteristics of the course which are "Miscellaneous, Emphasis on practice, Fast updating", a instructional design which with the characteristics are "Modular architecture, Case teaching, Dynamically updated" is analyzed. It can be used as a reference to exploring the better teaching mode.

n view of the problem that the support of absolutely-controlled-life spares was difficult,founded the demand prediction model of absolutely-controlled-life spares.Based on analyzing the factors affecting the consumption and life indexes of absolutely-controlled-life spares,used the mission and residual life to predict the to-life case of life-and-consumption spares.And the demand prediction model of life-repairable spares took everything into account the influence of abandonment,to-life and fault for its demand,and used point estimate method to determine the proper demand distribution of spares,predicted the turnover of spares by the satisfaction rate.The example results proved that the model predicts accurately,and may resolve the demand prediction problem of absolutely-controlled-life spares,with the higher application and promotion value.

On the basis of synthesize application of viewed modeling method and object-oriented modeling simulation technology,The detailed design proposal of antiship missile terminal guidance radar ECM simulation system what can run on high performance PC's machine was given out;Expound in accordance with reliability,simulation software selection and real time etc critical question of simulation.Finally,a dynamic process of searching,acquisition and tracking was showed by running the simulation software under VC++,and a good environment is provided in order to detect,to test,to analyse and studying tactics and the technical characteristics of antiship missile terminal guidance radar and electronic jamming.

针对电路板件故障数据记录的实际,运用可靠性理论,提出了没有故障数据板件的备件数量计算方法;对有故障统计数据的板件引用了经验模型来确定备件配置.