Design and implementation of a college student comprehensive quality evaluation system based on Spring Boot
Zhao, Zeyue (2025)
Kandidaatintyö
2025
School of Engineering Science, Tietotekniikka
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi-fe2025050536120
https://urn.fi/URN:NBN:fi-fe2025050536120
Tiivistelmä
This paper designs and implements a comprehensive quality evaluation system for college students based on Spring Boot, aiming to build a multi-dimensional and customizable comprehensive evaluation framework, which covers key factors including students' academic, moral education, practical, and extracurricular performance.
The system is developed using Browser–Server (B/S) architecture. The backend uses Java and Spring Boot frameworks, combined with MyBatis for database operations, Redis for caching to improve performance, and Shiro for role-based permission control. The frontend uses Vue.js and Element UI to implement the interactive interface. The system also integrates the ECharts chart library to achieve visual analysis of student performance trends and comprehensive scores.
The system has the core functions of traditional comprehensive quality evaluation systems, such as viewing and updating grades, campus notifications, and making evaluations. It can also flexibly set evaluation weights across different dimensions, automate processes, and assist corporate recruitment with talent pools. Research shows that this system, built on modern web technologies, has good security, scalability, and practicality, and can effectively serve the talent evaluation of colleges and universities and the employment needs of enterprises.
The system is developed using Browser–Server (B/S) architecture. The backend uses Java and Spring Boot frameworks, combined with MyBatis for database operations, Redis for caching to improve performance, and Shiro for role-based permission control. The frontend uses Vue.js and Element UI to implement the interactive interface. The system also integrates the ECharts chart library to achieve visual analysis of student performance trends and comprehensive scores.
The system has the core functions of traditional comprehensive quality evaluation systems, such as viewing and updating grades, campus notifications, and making evaluations. It can also flexibly set evaluation weights across different dimensions, automate processes, and assist corporate recruitment with talent pools. Research shows that this system, built on modern web technologies, has good security, scalability, and practicality, and can effectively serve the talent evaluation of colleges and universities and the employment needs of enterprises.