工程项目进度管理智能化技术研究与应用

摘要在当前经济环境中，人工成本的显著增加给建筑行业带来了重大挑战，尤其是在工程项目管理领域。面对此情况，许多建筑企业正寻求通过智能化技术和手段来提高项目管理效率，并解决项目进度控制中的问题。)本研究聚焦于探索和分析智能化技术在工程项目进度管理中的应用与效果，旨在识别和推荐可以有效改善进度管理的智能化工具和方法。本文采用了混合研究方法，结合定量分析和定性案例研究，对现有的智能化进度管理技术进行深入评估。研究首先通过文献综述梳理智能化技术在项目管理中的发展脉络，然后选具有代表性的建筑项目作为案例，运用数据分析和专家访谈的方式，探讨这些技术在实际工程中的应用效果和面临的挑战。特别关注了建筑信息模型(BM)、人工智能(AI)、物联网(IoT)以及大数据分析等技术如何集成应用于进度规划、监控和控制。本文将主要从BM这一角度深入研究，全面剖析其在工程项目进度管理智能化技术中的具体应用与影响。通过对BM的特性、功能及优势进行深入探讨，挖掘其在提升项目进度管理效率、优化资源配置等方面的潜在价值。同时，结合实际案例与数据分析，进一步阐述BM在实际应用中的可行性与局限性，为该领域的研究提供有益的参考和启示。综上所述，本文不仅揭示了智能化技术在工程项目进度管理中的具体应用方式和成效，还强调了其对于提高项目管理效率、减少成本超支和时间延误的重要性。研究成果表明，通过采纳并整合智能化技术，建筑企业能有效应对人工成本上升带来的挑战，进而推动整个行业的创新和发展。关键词：工程项目进度管理，物联网，人工智能，BM5DAbstractIn the current economic environment,the significant increase in labor costs has brought majorchallenges to the construction industry,especially in the field of engineering project management.Faced with this situation,many construction enterprises are seeking to improve projectmanagement efficiency through intelligent technologies and means,and solve problems in projectprogress control.This study focuses on exploring and analyzing the application and effect ofintelligent technology in the progress management of engineering projects,aiming to identify andrecommend intelligent tools and methods that can effectively improve progress management.This article adopts a mixed research method,combining quantitative analysis and qualitativecase studies,to conduct in-depth evaluations of existing intelligent progress managementtechnologies.The research first sorts out the development context of intelligent technology inproject management through literature review,and then selects representative construction projectsas cases,using data analysis and expert interviews to explore the application effects and challengesof these technologies in actual engineering.Special attention is paid to how technologies such asbuilding information modeling (BIM),artificial intelligence (AD),the Internet of Things (IoT),andbig data analysis are integrated and applied to progress planning,monitoring,and control.Thisarticle will mainly conduct in-depth research from the perspective of BIM,and comprehensivelyanalyze its specific application and impact in the intelligent technology of engineering projectprogress management.Through in-depth discussions on the characteristics,functions,andadvantages of BIM,we can explore its potential value in improving the efficiency of projectprogress management and optimizing resource allocation.At the same time,combined with actualcases and data analysis,the feasibility and limitations of BIM in practical applications are furtherelaborated,providing useful references and inspirations for research in this field.Through comparative analysis,the study found that the integrated application of intelligenttechnologies can significantly improve the accuracy and response speed of engineering projectprogress management.Specifically,using BIM technology for three-dimensional visualizationmodeling helps the p