System Design And System Performance

Education system as a steering system design, it is targeted at or above the county level people's governments at all levels of education in order to ensure national laws, regulations, principles and policies and the implementation of the realization of the aims of education, the education of the region under the jurisdiction of the work of supervision, inspection, guidance, assessment and system design. Educational supervision of the administrative supervision is the people's government acts, the object of supervision is the people's governments at lower levels, education-related executive departments and other relevant functional departments and schools and other educational institutions. This article on the use of the system design and system theory to analyze the performance of the steering system of education problems and their solution.In this paper, system design and system performance analysis of the relevant principles of educational supervision system of China's status quo. From the design level and performance monitoring point of view of the existing supervision system, the angle formed from the agencies will focus on analyzing the existing body of educational supervision and the suitability of the independence. From the perspective of building on the composition of the team design and training system design. Through these analysis points out the existence of the system design of the corresponding problem, combined with the system of performance-related theory, the article is derived to solve these problems, the design of educational supervision system needs to focus on several aspects.In this paper, Jing'an District, Shanghai as an example, the developed areas of Shanghai Education Steering system design exploration. Found for the above problems, and compare the results of the study, Jing'an District, especially in the regulatory design, mechanical design, design, process design work carried out these practices with a view to improving the system of educational supervision system design and performance of the path.