Design and Application of a Circuit Experimental Course Examination System

In order to address the numerous drawbacks of traditional experimental examinations, an examination system for circuit experiment courses has been developed. The system adopts a modular design and is divided into three core modules: management, student, and teacher. Each module maintains its relative independence, and at the same time, they collaborate closely with one another. This collaborative approach enables the establishment of a comprehensive examination system. This system incorporates a wide range of functions, including the automatic generation of test papers, the management of the question bank, and automatic grading. The practical application outcomes clearly indicate that this system has effectively achieved the all-round optimization of the examination process. Moreover, the system is able to generate comprehensive statistical analysis reports of the examination data. These reports provide robust support for teachers in precisely ascertaining the teaching direction, thus making a significant contribution to the elevation of teaching quality. The system not only solves the existing problems in the circuit experiment course examination, but also provides valuable reference examples for the reform of examinations of other experimental courses, which is of great significance for promoting the construction of a scientific and efficient course assessment system in universities.