Author(s)

Guangjinglong Xu

Corresponding Author

Guangjinglong Xu

Abstract

Geotechnical engineering is a foundational field in the construction industry, and its design quality is closely related to the safety and stability of the entire project. The geological conditions of geotechnical engineering are complex, and factors such as groundwater level fluctuations and geological hazards pose significant challenges to its design. Traditional design methods are often ineffective in dealing with such complex risks. This paper analyzes the advantages of risk control-based geotechnical engineering design, proposes key design technologies and optimization strategies—such as identifying dynamic risks through geological surveys, optimizing limit state design, improving construction techniques, formulating multi-dimensional risk transfer mechanisms, and implementing full lifecycle monitoring—to provide a robust reference for the successful construction of geotechnical engineering projects.

Keywords

Risk Control, Geotechnical Engineering Design, Safety, Risk Early Warning