| As China's education system continues to reform and innovate, especially since the popularization of higher education, the number of students in colleges and universities increased dramatically. The management of college students faces many new problems, new situations. Student Information Management is the University one of the main day-to-day management, related to schools, Departments, teachers, students of various aspects. With the start and depth of the credit system and elective system, day-to-day management of student is becoming more and more complex and strenuous. The introduction of information technology to student management can increase the decision-making support management, help to improve the overall standard of the work of college students.At present, the higher education information construction work has reached a higher level, office automation and management automation has reach a high degree, many mature management information system has been widely applied, financial management systems, workflow systems, asset management system, etc. However, the specific information management system for college students is very short. Some student management system such as school management system, recruitment management system and community management system don't focus on comprehensive management of the students, so it can't effectively cover the full range of student work. We urgently need research and develop a simple, powerful, user-friendly management system for students.In this paper, through the study of MVC framework and fully relying on the campus network, we achieve the information of centralized management, decentralized operation and sharing. Traditional management of student has become more and more digital, paperless, intelligent and integrated. All of this lay a solid foundation for perfect office automation systems and information systems all campus. Papers innovation is based on the MVC framework to achieve the Student Information Management System that makes the system with low coupling, high reusability, better maintainability and low life cycle cost. |
