Design and Implementation of Low-Code Based Laboratory Management System for Universities

This paper discusses the process of designing and implementing a university laboratory management system based on a low-code platform. The system adopts object-oriented thinking for system analysis and design, which ensures the modularity and scalability of the system. In terms of specific implementation, the low-code platform of the living word grid is chosen as the development tool, and the visual development environment and rich component library provided by the platform effectively reduce the technical threshold and time cost of system development. The thesis describes in detail the whole process from requirement analysis, system design, function realization to system testing, which ensures the integrity and reliability of the system. After testing and verification, the functions of the system are basically realized, which can significantly improve the management efficiency of university laboratories and provide powerful support for the optimized allocation and scientific management of laboratory resources. This study not only demonstrates the application potential of low-code platforms in complex system development, but also provides a useful reference for the modernization and transformation of university laboratory management systems.