Picture: Platinum Project | three-sided french-window villas, Washington, USA
In the project
Why do you always see BIM technology?
Building Information Modeling (BIM) is a development of modern computer-aided design technology (CAD) , which integrates a comprehensive set of Information and data about a Building into a model, the aim is to combine the design, construction, demolition and other processes to provide information support to relevant parties before, during and even during the use of the building.
The basic principle of BIM is that each component of the model contains detailed attributes, including material, size, positioning, and structure attributes of the components, as well as information related to them, such as piping and electrical systems, maintenance and demolition, so BIM can support the correct identification and measurement of any particular element, providing more alternatives, optimizations, and resource scheduling for decision-making can help improve efficiency and process control.
Through BIM, engineering projects can be completed more quickly, it provides a significant help in the design, construction and management of construction projects. However, the end result and benefits depend on how BIM technology is used.
First, BIM can provide a clear visual model that clearly shows the layout of the building. Through BIM, engineers can better understand the relationships between the various parts and how they work together to achieve the best results. This can save a lot of time and cost.
Secondly, BIM technology can help engineers to carry out engineering design simulation, so as to avoid the increase of change cost caused by designers' failure to accurately predict the possible obstacles in the construction process. In addition, BIM helps construction managers sort materials and helps developers track construction project budgets to reduce construction risks.
Third, BIM can help achieve optimal results and performance as quickly as possible during the construction and demolition phases, as it can quickly detect and correct any construction problems during construction. This not only reduces construction and demolition time, but also reduces the likelihood of construction and demolition difficulties.
Finally, BIM can help managers better maintain and manage buildings. It can help managers better track the useful life of buildings and manage them effectively. In addition, it can help managers to better manage their finances and thus use resources more effectively.
BIM project management
What's the procedure?
BIM technology can be applied in many ways during the project management phase, which can help the project manager to control the overall situation of the project and better optimize the operation process of the project, improve the efficiency of project management.
Specific BIM technology in the project management phase of the application process as follows:
Create a project plan: before starting a new project, you need to list all the possible tasks that you can perform on the project and input them into the management system using BIM technology, make the project manager more accessible and Operability.
2, Project Analysis: BIM technology can help the project manager to analyze the various stages of the project, to ensure that the normal project. First, the building model of the project can be obtained through BIM technology, each department can be identified, the tasks of different stages can be classified according to the departments, and the model map can be used to appreciate the completion of the project, and you can use pie charts, bar charts, or line charts to help project managers objectively analyze the current status of the project progress, to find problems, adjust the project schedule.
Resource Management: using the resource management function of BIM system can help the project manager to better manage the resources needed by the project. Through the system can better track and deploy project resources, better control of project progress, to ensure that the specified time to complete the project in a timely manner.
4. Production Management: Through BIM technology, the project tasks will be delivered to the various division personnel, thus ensuring the correct completion of tasks in each division. At the same time, at each stage of the project, the project manager can use the production management module in the BIM system to track the completion of each branch of the project, and find problems and take measures in time, ensure that the project is running smoothly.
Risk Management: in a project, risk is inevitable, the project manager can use BIM technology, from the objective understanding of the project process, and use the risk management module, find the hidden trouble that affects the project process in time, so as to minimize the loss of customers.
Project completion: When the project is completed, the project manager can use BIM technology to analyze every detail of the project and take appropriate actions to ensure the timely delivery of the project to the customer, avoid potential disputes and improve project efficiency.
The above is the application process of BIM technology in the project management stage. It can be seen that BIM system can help the project manager to establish the project plan correctly and control the development process of the project better, efficient management of resources, risk prevention and early detection of problems, thus firmly control the overall progress of the project, improve the efficiency of project management.
Bim design pattern
What are the advantages?
Building Information Model (BIM) is a kind of computer model which can simulate the real building. It can represent the geometric shape, physical properties, functional characteristics and materials used in the construction process. It is a developing modern building engineering technology, can meet the requirements of construction engineering, accurate expression of the building's physical content and its interaction with the building environment.
BIM technology is an integrated design model that allows all actors in the architectural field, including designers, builders, contractors and investors, to collaborate on a single design platform. It can solve many problems existing in the traditional design mode of construction engineering, such as information confusion, design change, quality problems, construction technology gap and so on.
The advantage of BIM technology is that it can achieve greater efficiency and cost savings:
It can accurately simulate the representation of a building, integrate information and data into a model, and support the flow of information between steps, enabling the collaboration of various actors. It also provides real-time systems analysis and virtual experimentation to simulate and evaluate the various properties of a building, which can reduce costs, save time, and make management more reliable.
In addition, BIM technology can help architects design better, provide more reliable structural guidance for builders, provide more efficient management for project managers, and provide more reliable engineering budget control for owners.
BIM technology plays an important role in construction, design and management of building engineering. It can help to solve a series of problems in the process of construction and management, such as information confusion, lack of coordinated design, insufficient quality assessment, design change, etc. .
The use of BIM technology in architectural design can significantly improve design accuracy, energy efficiency design and presentation precision, and enhance design quality. In addition, BIM technology can help builders to quickly predict the schedule and cost of works, predict delivery times, and reduce the vacancy and scrap rates of construction facilities during the construction process, as well as reduce construction risks, promote the improvement of engineering quality.
Most importantly, BIM technology can help the construction industry to better address cross-sector collaboration, technology bias, construction quality and industry training issues. It emphasizes data standardization, information sharing and information integration, which can effectively infiltrate data and information into the construction industry and provide comprehensive and efficient information support for the construction industry.
In general, BIM technology is a powerful tool for the construction industry to solve design, construction and management problems more efficiently. It greatly improves the efficiency of the construction industry, simplifies the operation of the industry, and promotes the sustainable development of the industry.