Application of Intelligent Technology in the Construction Phase of Port Engineering

Abstract

Port engineering serves as a core hub and strategic infrastructure in the development of the national coastal economy. Although modern port engineering exhibits trends of larger scale, deeper draft, and higher specialization, the construction phase is confronted multiple challenges, including large project scale, tight construction schedules, poor information transmission and significant interference from natural factors such as offshore wind, waves, and geological conditions, as well as frequent cross-operation of various types of personnel and mechanical equipment. The traditional construction management modes suffer from information silos, resulting in superficial application of construction data analysis, and inability to proactively identify and early warn risks; thus, an effective solution is urgently needed. This article focuses on the application of intelligent technology in the construction phase of port engineering. Based on a systematic review of recent related research literature, this paper summarizes the specific applications of intelligent technology and finds that it has significant advantages in improving the efficiency of emergency response, optimizing resource allocation, and reducing energy consumption in construction progress and resource optimization, safety management, and ecological environmental protection. At the end of the paper, the author reflects on the potential application challenges of intelligent technology in the port environment and prospects its future development path.