Intelligent construction project management system based on BIM

Abstract

The invention relates to the technical field of project management, in particular to an intelligent construction project management system based on BIM. The project management system comprises a project management digital platform, a project talent resource database, a project equipment management module, a project process management module, a monitoring acquisition module, a project natural environment management module, a project user management module, a third-party supervision module and a server. The project management digital platform is used for providing platform support for the project management system; the project talent resource database is used for storing and managing project talent resources and establishing a project talent file; according to the invention, multidirectional integrated comprehensive management of project persons, equipment, processes, environments and supervision is realized, project management quality is improved, project resource configuration is optimized, risks are reduced, communication between departments is enhanced, project organization efficiency is improved, real-time data support is provided for project management, and project management efficiency is improved. The platform enhances communication cooperation and information sharing in aspects of project teams, supervision and the like.

Description

Technical Field

[0001] The present invention relates to the technical field of project management, and in particular to a BIM-based intelligent construction project management system. Background Art

[0002] BIM is a technology that uses digital means to build virtual buildings in computers, aiming to provide a single, complete building information library that contains logical relationships. Common BIM modeling software includes Revit, AutoCAD, Archicad, etc. These tools provide powerful modeling and analysis functions, making the application of BIM technology more convenient and efficient. Through digital technology, comprehensive management and optimization of building information are achieved, providing strong support for the sustainable development of the construction industry. The project management system is a system software used by project managers to manage projects. Under the constraints of limited resources, it uses systematic views, methods and theories to effectively manage all work involved in the project. It plans, organizes, directs, coordinates, controls and evaluates the entire process from the investment decision of the project to the end of the project to achieve the goals of the project.

[0003] Although the current project management system can manage the project construction process, the implementation of the project involves multiple aspects, and the implementation of the project usually causes great interference and impact on the environment. The project management is not comprehensive enough and lacks real-time data support. The level of project management communication, collaboration and information sharing is low. In order to solve the above problems, the present invention proposes a smart construction project management system based on BIM. Summary of the invention

[0004] In view of the problems in the prior art, the present invention provides a BIM-based intelligent construction project management system.

[0005] The technical solution adopted by the present invention to solve its technical problem is: a BIM-based intelligent construction project management system, which includes a project management digital platform, a project talent resource database, a project equipment management module, a project process management module, a monitoring and acquisition module, a project natural environment management module, a project user management module, a third-party supervision module and a server;

[0006] The project management digital platform is used to provide platform support for the project management system;

[0007] The project talent resource database is used to store and manage project talent resources and establish project talent files;

[0008] The project equipment management module is used to manage project equipment in a coordinated manner and establish a project equipment information database;

[0009] The project process management module performs process management on project implementation based on BIM;

[0010] The monitoring and collection module is used to provide real-time data monitoring and collection, Internet connection, and transmission and sharing of project management information to the project management system;

[0011] The project natural environment management module is used to supervise the natural environment of the project implementation, monitor and manage the impact of the project implementation on the natural environment, and prepare corresponding natural environment protection measures and restoration plans for the project implementation;

[0012] The project user management module is used to receive feedback from project users, provide post-service and management to project users, and establish a project user database, including user research, user testing, and user feedback;

[0013] The third-party supervision module is used to supervise the implementation of the project through the project's third-party supervision department;

[0014] The server provides shared resources, network access control, data storage and backup, application hosting, and remote management and monitoring support for the project management system.

[0015] Specifically, the project process management module includes project establishment, automated task allocation, multi-department linkage, data analysis and report generation, resource allocation, real-time collaboration and communication, and predictive analysis supported by artificial intelligence. The system provides a project process management module that can help the project team develop a detailed project plan, including task decomposition, schedule scheduling, and resource allocation, etc., to ensure that the project proceeds as planned. The system provides a project process management module that can automate task allocation and progress tracking, reduce manual operation and data entry time, and improve work efficiency. In addition, the system also provides real-time project monitoring and reporting functions, allowing project team members to keep abreast of project progress and problems, make timely adjustments and decisions, and improve the flexibility and responsiveness of project management;

[0016] The project establishment is determined by factors such as project objectives, project scope, project cost, project technology, project team, project management and user needs;

[0017] The automated task allocation can quickly find and establish the most suitable team members for the project based on preset rules and algorithms, and automatically allocate tasks to the most suitable people on the project team based on the urgency of the task, the skills of the team members and the current workload. It can also dynamically adjust the task allocation based on the progress and changes of the project according to the real-time monitoring and collection data of the project;

[0018] The multi-department linkage is to allocate tasks according to the project, and establish work linkage and coordination between the various departments involved in the project;

[0019] The data analysis and report generation system can generate various types of reports based on the real-time monitoring and collection of project data and in-depth analysis of project data to help project managers better understand the progress of the project;

[0020] The resource configuration automatically allocates and schedules resources according to project requirements and resource availability to ensure that all resources are fully utilized;

[0021] The real-time collaboration and communication provides collaboration and communication channels, realizes task management, file sharing, instant messaging, and provides online chat, voice, video calls and conference rooms;

[0022] The AI-supported predictive analysis system uses artificial intelligence and machine learning technologies to conduct in-depth analysis of project data and predict future trends and risks of the project.

[0023] Specifically, the monitoring and collection module includes a project collection unit and a natural environment collection unit. The project collection unit includes network data collection, API interface usage, database query, file import, log file analysis, sensor data collection, image recognition, text mining, and user behavior analysis. The natural environment collection unit includes soil, water quality, topography, air temperature and humidity, air quality, noise, biology and radiation. In the project construction environment, real-time environmental data of soil, water quality, topography, air temperature and humidity, air quality, noise, biology and radiation of the natural environment are monitored and acquired in real time. The real-time environmental data is transmitted to the project management digital platform. The project management digital platform processes and stores the environmental data, and draws a dynamic log chart of the natural environment through the real-time environmental data.

[0024] Specifically, the project management digital platform includes a project dynamics module, a check-in module, a project group module, a meeting module, an interactive module and a service module. The project dynamics module collects data based on real-time monitoring of the received projects and feeds back real-time project dynamics. Project management personnel can publish project dynamic information through the project dynamics module, and project participants can obtain project dynamic information through the project dynamics module. Project participants sign in for project work through the check-in module. The meeting module provides meeting communication for project implementers. The interactive module provides an interactive platform for project implementation, including project participants and project management digital platform users. The service module provides online services for project implementation. The project management digital platform supports collaboration and communication between project team members, can share information, discuss issues and solve problems in real time, and improve the collaborative efficiency of the project team. In addition, the platform also provides powerful data analysis and decision support functions to help project personnel make accurate decisions and optimize project execution.

[0025] Specifically, the project natural environment management module predicts the impact trend of project implementation on the natural environment based on real-time environmental data of natural environment monitoring, and combines the project process management module and the project equipment management module to perform human intervention and protection of the natural environment during the process management of project implementation.

[0026] Specifically, the project process management module also includes a pass module, which authenticates and issues anti-counterfeiting passes to team members participating in the project according to the needs of project process management.

[0027] Specifically, the project real-time monitoring and collection data includes task completion status, resource usage, and team member workload.

[0028] Specifically, the third-party supervision module includes government supervision departments, social supervision agencies and social groups. The social groups need personnel who meet the project professional requirements. The monitoring objects of the third-party supervision module include project construction quality, safety and civilized construction, progress, and environmental protection.

[0029] Beneficial effects of the present invention:

[0030] (1) The present invention describes a BIM-based smart construction project management system. The present invention adopts a BIM-based project management system consisting of a project management digital platform, a project talent resource database, a project equipment management module, a project process management module, a monitoring and acquisition module, a project natural environment management module, a project user management module, a third-party supervision module and a server, thereby achieving comprehensive management of project personnel, equipment, processes, environment and supervision, improving project management quality, optimizing project resource allocation, reducing risks, strengthening communication between departments and improving project organization efficiency. Management is conducive to the sustainable development of projects and the environment.

[0031] (2) The BIM-based smart construction project management system described in the present invention adopts a monitoring and acquisition module to provide real-time data monitoring and acquisition for the project management system. Based on the real-time monitoring and acquisition data and real-time environmental data of the project, real-time data support is provided for project management, making the project management real-time, flexible and accurate. The platform strengthens the communication, collaboration and information sharing among project teams and supervisors. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] The present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0033] Figure 1 A project management system diagram of a BIM-based intelligent construction project management system provided by the present invention. DETAILED DESCRIPTION

[0034] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below in conjunction with specific implementation methods.

[0035] like Figure 1 As shown, a BIM-based smart construction project management system of the present invention includes a project management digital platform, a project talent resource database, a project equipment management module, a project process management module, a monitoring and acquisition module, a project natural environment management module, a project user management module, a third-party supervision module and a server;

[0036] The project management digital platform is used to provide platform support for the project management system;

[0037] The project talent resource database is used to store and manage project talent resources and establish project talent files, which include gender, age, major, professional certificate, participating projects and level;

[0038] The project equipment management module is used to manage project equipment in a coordinated manner and establish a project equipment information database, which includes cost, equipment type, equipment quantity, maintenance and usage records;

[0039] The project process management module manages the project implementation process based on BIM, including various aspects of the project such as project planning, resource allocation, task allocation, progress tracking, communication and collaboration. The BIM model not only includes basic information such as the project geometry, size, location, but also covers non-geometric information such as materials, costs, construction progress, etc., thereby realizing comprehensive digital management of the project;

[0040] The monitoring and collection module is used to provide real-time data monitoring and collection, Internet connection, and transmission and sharing of project management information to the project management system;

[0041] The project natural environment management module is used to supervise the natural environment of the project implementation, monitor and manage the impact of the project implementation on the natural environment, and prepare corresponding natural environment protection measures and restoration plans for the project implementation;

[0042] The project user management module is used to receive feedback from project users, provide post-service and management to project users, and establish a project user database;

[0043] The third-party supervision module is used to supervise the implementation of the project through the project's third-party supervision department;

[0044] The server provides shared resources, network access control, data storage and backup, application hosting, and remote management and monitoring support for the project management system.

[0045] Specifically, the project process management module includes project establishment, automated task allocation, multi-department linkage, data analysis and report generation, resource allocation, real-time collaboration and communication, and predictive analysis supported by artificial intelligence;

[0046] The project establishment is determined by factors such as project objectives, project scope, project cost, project technology, project team, project management and user needs;

[0047] The automated task allocation can quickly find and establish the most suitable team members for the project based on preset rules and algorithms, and automatically allocate tasks to the most suitable people on the project team based on the urgency of the task, the skills of the team members and the current workload. It can also dynamically adjust the task allocation based on the progress and changes of the project according to the real-time monitoring and collection data of the project;

[0048] The multi-department linkage is to allocate tasks according to the project, and establish work linkage and coordination between the various departments involved in the project;

[0049] The data analysis and report generation system can generate various types of reports based on the real-time monitoring and collection of project data and in-depth analysis of project data to help project managers better understand the progress of the project;

[0050] The resource configuration automatically allocates and schedules resources according to project requirements and resource availability to ensure that all resources are fully utilized;

[0051] The real-time collaboration and communication provides collaboration and communication channels, realizes task management, file sharing, instant messaging, and provides online chat, voice, video calls and conference rooms;

[0052] The AI-supported predictive analysis system uses artificial intelligence and machine learning technologies to conduct in-depth analysis of project data and predict future trends and risks of the project.

[0053] Specifically, the monitoring and collection module includes a project collection unit and a natural environment collection unit. The project collection unit includes network data collection, API interface usage, database query, file import, log file analysis, sensor data collection, image recognition, text mining, and user behavior analysis. The natural environment collection unit includes soil, water quality, topography, air temperature and humidity, air quality, noise, biology and radiation. In the project construction environment, real-time environmental data of soil, water quality, topography, air temperature and humidity, air quality, noise, biology and radiation of the natural environment are monitored and acquired in real time. The real-time environmental data is transmitted to the project management digital platform. The project management digital platform processes and stores the environmental data, and draws a dynamic log chart of the natural environment through the real-time environmental data.

[0054] Specifically, the project management digital platform includes a project dynamics module, a check-in module, a project group module, a meeting module, an interactive module and a service module. The project dynamics module collects data based on real-time monitoring of the received projects and feeds back real-time project dynamics. Project management personnel can publish project dynamic information through the project dynamics module, project participants can obtain project dynamic information through the project dynamics module, project participants sign in for project work through the check-in module, the meeting module provides meeting communication for project implementers, the interactive module provides an interactive platform for project implementation, including project participants and project management digital platform users, and the service module provides online services for project implementation.

[0055] Specifically, the project natural environment management module predicts the impact trend of project implementation on the natural environment based on real-time environmental data of natural environment monitoring, and combines the project process management module and the project equipment management module to perform human intervention and protection of the natural environment during the process management of project implementation.

[0056] Specifically, the project process management module also includes a pass module. According to the needs of project process management, team members involved in the project are authenticated and issued anti-counterfeiting passes. Personnel entering and exiting the project construction site are required to hold passes.

[0057] Specifically, the project real-time monitoring and collection data includes task completion status, resource usage, and team member workload.

[0058] Specifically, the third-party supervision module includes government supervision departments, social supervision agencies and social groups. The social groups need personnel who meet the project professional requirements. The monitoring objects of the third-party supervision module include project construction quality, safety and civilized construction, progress, and environmental protection.

[0059] When in use, the project process management module uses BIM to carry out process management of project establishment, automated task allocation, multi-department linkage, data analysis and report generation, resource allocation, real-time collaboration and communication, and predictive analysis supported by artificial intelligence for project implementation. The monitoring and collection module provides real-time data monitoring and collection for the project management system. Based on the real-time monitoring and collection data and real-time environmental data of the project, it provides real-time data support for project management. According to the real-time monitoring and collection data of the project, the progress and changes of the project are fed back, and the task allocation is dynamically adjusted. According to the real-time environmental data of natural environment monitoring, the impact trend of project implementation on the natural environment is predicted. Combined with the project process management module and the project equipment management module, the task allocation of the project construction is dynamically adjusted according to the real-time environmental data of natural environment monitoring. The natural environment is protected by human intervention in the process management of project implementation. The implementation of the project is supervised by the third-party supervision department of the project, realizing the comprehensive management of project people, equipment, process, environment and supervision, improving the quality of project management, optimizing project resource allocation, reducing risks, strengthening communication between departments and improving project organization efficiency. The system provides real-time data support for project management, making project management real-time, flexible and accurate.

[0060] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of the present invention is defined by the attached claims and their equivalents.

Claims

1. A BIM-based intelligent construction project management system, characterized by: The project management system includes a project management digital platform, a project talent resource database, a project equipment management module, a project process management module, a monitoring and collection module, a project natural environment management module, a project user management module, a third-party supervision module and a server; The project management digital platform is used to provide platform support for the project management system; The project talent resource database is used to store and manage project talent resources and establish project talent files; The project equipment management module is used to manage project equipment in a coordinated manner and establish a project equipment information database; The project process management module performs process management on project implementation based on BIM; The monitoring and collection module is used to provide real-time data monitoring and collection, Internet connection, and transmission and sharing of project management information to the project management system; The project natural environment management module is used to supervise the natural environment of the project implementation, monitor and manage the impact of the project implementation on the natural environment, and prepare corresponding natural environment protection measures and restoration plans for the project implementation; The project user management module is used to receive feedback from project users, provide post-service and management to project users, and establish a project user database; The third-party supervision module is used to supervise the implementation of the project through the project's third-party supervision department; The server provides shared resources, network access control, data storage and backup, application hosting, and remote management and monitoring support for the project management system.

2. According to claim 1, a BIM-based intelligent construction project management system is characterized by: The project process management module includes project establishment, automated task allocation, multi-department linkage, data analysis and report generation, resource allocation, real-time collaboration and communication, and predictive analysis supported by artificial intelligence; The project establishment is determined by factors such as project objectives, project scope, project cost, project technology, project team, project management and user needs; The automated task allocation can quickly find and establish the most suitable team members for the project based on preset rules and algorithms, and automatically allocate tasks to the most suitable people on the project team based on the urgency of the task, the skills of the team members and the current workload. It can also dynamically adjust the task allocation based on the progress and changes of the project according to the real-time monitoring and collection data of the project; The multi-department linkage is to allocate tasks according to the project, and establish work linkage and coordination between the various departments involved in the project; The data analysis and report generation system can generate various types of reports based on the real-time monitoring and collection of project data and in-depth analysis of project data to help project managers better understand the progress of the project; The resource configuration automatically allocates and schedules resources according to project requirements and resource availability to ensure that all resources are fully utilized; The real-time collaboration and communication provides collaboration and communication channels, realizes task management, file sharing, instant messaging, and provides online chat, voice, video calls and conference rooms; The AI-supported predictive analysis system uses artificial intelligence and machine learning technologies to conduct in-depth analysis of project data and predict future trends and risks of the project.

3. The BIM-based intelligent construction project management system according to claim 1, characterized in that: The monitoring and collection module includes a project collection unit and a natural environment collection unit. The project collection unit includes network data collection, API interface use, database query, file import, log file analysis, sensor data collection, image recognition, text mining, and user behavior analysis. The natural environment collection unit includes soil, water quality, topography, air temperature and humidity, air quality, noise, biology and radiation. In the project construction environment, real-time environmental data of soil, water quality, topography, air temperature and humidity, air quality, noise, biology and radiation of the natural environment are monitored and acquired in real time. The real-time environmental data is transmitted to the project management digital platform. The project management digital platform processes and stores the environmental data, and draws a dynamic log chart of the natural environment through the real-time environmental data.

4. The BIM-based intelligent construction project management system according to claim 1, characterized in that: The project management digital platform includes a project dynamics module, a check-in module, a project group module, a conference module, an interactive module and a service module. The project dynamics module monitors and collects data based on the received projects in real time, and feeds back the real-time dynamics of the projects. Project management personnel can publish project dynamic information through the project dynamics module, and project participants can obtain project dynamic information through the project dynamics module. Project participants sign in for project work through the check-in module. The conference module provides conference communication for project implementers. The interactive module provides an interactive platform for project implementation, including project participants and project management digital platform users. The service module provides online services for project implementation.

5. The BIM-based intelligent construction project management system according to claim 1, characterized in that: The project natural environment management module predicts the impact trend of project implementation on the natural environment based on real-time environmental data from natural environment monitoring, and combines the project process management module and the project equipment management module to perform human intervention and protection of the natural environment during the process management of project implementation.

6. The BIM-based intelligent construction project management system according to claim 1, characterized in that: The project process management module also includes a pass module, which authenticates and issues anti-counterfeit and identifiable passes to team members participating in the project according to the needs of project process management.

7. The BIM-based intelligent construction project management system according to claim 2, characterized in that: The project real-time monitoring and collection data includes task completion status, resource usage, and team member workload.

8. The BIM-based intelligent construction project management system according to claim 1, characterized in that: The third-party supervision module includes government supervision departments, social supervision agencies and social groups. The social groups need personnel who meet the project professional requirements. The monitoring objects of the third-party supervision module include project construction quality, safety and civilized construction, progress, and environmental protection.

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