The Design And Implement Of Comprehensive Service Platform For Academic Undergraduates

As time goes,the issues about the development of academic education and employment of undergrauates is more and more drawing the attention of people from all circles in society.As to the present situation that academic undergraduates is facing the more and more challenging employment environment,the needs of development of an improved functional platform for serving the undergraduates is the more and more of significance.This article analyzed and did research on the present situation of the national and overseas employment platforms serving academic undergraduates,based on available online systems in existence,then it comes to conclusion that most national corresponding platforms have a similar shortcoming which the systems only provide employment information and fucntion in management and statistics rather than succeed in interaction between graduates and the service systems.Under this circumstance,the design of a platform contributing the employed and unemployed graduates which is functional both in managing,releasing information and feedback and improvement is in great demand.The synthetic service system aiming at academic undergraduates use the similar idea of software engineering to design,while making comprehensive analysis about practicable needs,including feasibility analysis,functional demands analysis and supplementary analysis.Based on practicable needs analysis,the designing process followed the steps from the entirety to parts to finish the design of every functional module and the corresponding data base using ASP Language,B/S system structure and MySQL data base as its basic technology.Besides,the texts on practices and feasibility of the system is producted to demonstrate that the whole system runs steady and flexible in operation.Obviously,any system developed is not perfect as imagined.Plus once the system is put into use in practice,unpredicted issues might come into being at any time.Thus,this platform developed in this paper will improve in its functions and performance in the future to achieve more application.