Move The Analysis And Design Of The Educational Administration System

With the development of our county’s informatization, most universities have exploited relative educational administration management systems to manage daily educational administration. But most of these systems are B/S type or even C/S type. However, no matter it is B/S type or C/S type, its operating stage cannot be separated with PC. So these systems are more than far away from meeting the demand of being visited everywhere and in ever second. Therefore, the emergency is to build a new educational administration management system which adapted to B/S type as well as mobile terminal.This paper takes the software engineering thought as the guidance and uses object oriented analysis and design technique, Android stage, MSSQL statistics and JAVA technology to open up the system stage. The paper firstly discusses the background and meaning of working on educational administration management systems and the situation overseas and at home. It demonstrated the feasibility of system development by the technical feasibility and economic feasibility. Getting the system functional requirements and non-functional requirements through a lot of investigation and analysis combines the contents with requirements of educational administration management systems. The whole system is divided into five modules--basic information module, system management module, teacher resource module, examination module and course choosing module. After completing system requirements analysis, discussing the system design objectives, system network architecture, software module structure diagram, function module diagram, database design and interface design.Mobile educational administration system is practical, data security is high, and the implementation of the system costs less, so it can be accepted by universities. The system has changed the traditional teaching management mode, it brings the mobile phone terminal into the educational administration platform, makes users accessible to the system whenever and wherever possible.