建筑工程招标风险评估与优化方法分析

Analysis of Risk Assessment and Optimization Methods for Construction Engineering Tendering

摘要:

文章围绕风险识别、评估、优化三个递进环节,构建技术、经济、管理三维指标体系,引入定性与定量耦合的量化模型精准划分风险等级;针对工程量清单缺陷、合同界面模糊、工艺穿插密集等典型问题,提出源头消减、风险分担、施工界面动态控制的优化方法,形成"评估牵引优化"的一体化管控闭环。工程应用验证表明,上述方法可显著压缩招标环节的不确定性,对保障节点工期与质量目标形成有力支撑,可为同类工业建筑的招标管理提供参考借鉴。

Abstract:

The article focuses on the three progressive stages of risk identification, assessment, and optimization, constructing a three-dimensional indicator system of technology, economy, and management, and introducing a quantitative model that couples qualitative and quantitative methods to accurately classify risk levels. Aiming at typical problems such as defects in the bill of quantities, vague contract interfaces, and dense process interweaving, optimization methods for source reduction, risk sharing, and dynamic control of construction interfaces are proposed to form an integrated control loop of "evaluation and traction optimization". Engineering application verification shows that the above method can significantly reduce the uncertainty in the bidding process, provide strong support for ensuring the construction period and quality objectives of the nodes, and provide reference for bidding management of similar industrial buildings.