Post by account_disabled on Feb 20, 2024 18:27:42 GMT 10
The BIM methodology has been with us for some time now and we are happy to see how it evolves and develops. All this development is focused on the technological adaptation of the sector, facilitating efficiency in processes, cooperation between teams and optimization of times. In this case we present the incorporation of new dimensions into BIM: 8, 9 and 10D. Index [ Show ] Can there be (even) more BIM dimensions? In another post we told you about the BIM dimensions from 1 to 7D and what type of uses within the digital twin and the life of the project-building they covered. However, as the transformation of the sector towards construction 4.0 progresses and BIM matures, it is necessary that we incorporate more processes related to the world of buildings. In this case we are talking about the last to arrive: dimensions 8, 9 and 10. Likewise, these dimensions may not be the last, if we need to manage and incorporate more information it is intended to manage all issues that cover Health and Safety in construction and maintenance of the building Encompasses extreme optimization of construction processes and maximum cost savings. 1 has to do with the automation or industrialization of the project and work.
Acan see, these 3 latest additions to the BIM universe are not unknown and have a lot to do with the first phases in the life of the building, especially the construction phase. As you can see, what the BIM dimensions are about is to digitally classify into different topics each and every one of the aspects that are currently touched on in our sector. BIM is the methodology that aims to integrate all the concepts, as if it were a diary where all Industry Email List the data and geometries in the life of a building are recorded. BIM and its multiple dimensions digitally collect and record everything related to a given building throughout its life cycle.overs everything related to Health and Safety prl Photo: Randy Fath It is necessary to take accidents in the environment and their prevention very seriously. Construction and rehabilitation work has double the percentage of serious workplace accidents than any other sector. The objective in this dimension is to previously evaluate the implementation on site of the Occupational Safety and Risk Prevention (PRL) devices . With this we have the advantage of foreseeing the correct functioning of the planned systems and locating possible errors.
How to integrate PRL into BIM? The first thing you have to know is that, regardless of whether you use one Software or another, the free IFC Builder environment also allows you to manage this dimension . The next thing obviously consists of incorporating the machinery and prevention systems into the digital twin, that is, simulating the work in BIM: Both devices, machines and personnel can be simulated any day in any phase of work. Measure how many workers are needed in each phase. With this, the risks of accidents are reduced. The digital twin can be used to train in a specific simulation. Lean Construction o la 9D In the KÖMMERLING Challenge we are very clear that the present of companies involved in the world of successful buildings involves putting the Lean Construction methodology into practice to a greater or lesser extent to optimize processes to the maximum. Why is the optimization of a project's construction processes important? Like any economic activity, the construction sector aims to make profits. But we all know that, when it comes to making a project a reality, poor planning causes the expected deadlines to lengthen, cost overruns to increase and benefits to decrease drastically. By digitizing the Lean Construction methodology in BIM we manage to make our work as profitable as possible and in general the realization and management of the architectural project.
Acan see, these 3 latest additions to the BIM universe are not unknown and have a lot to do with the first phases in the life of the building, especially the construction phase. As you can see, what the BIM dimensions are about is to digitally classify into different topics each and every one of the aspects that are currently touched on in our sector. BIM is the methodology that aims to integrate all the concepts, as if it were a diary where all Industry Email List the data and geometries in the life of a building are recorded. BIM and its multiple dimensions digitally collect and record everything related to a given building throughout its life cycle.overs everything related to Health and Safety prl Photo: Randy Fath It is necessary to take accidents in the environment and their prevention very seriously. Construction and rehabilitation work has double the percentage of serious workplace accidents than any other sector. The objective in this dimension is to previously evaluate the implementation on site of the Occupational Safety and Risk Prevention (PRL) devices . With this we have the advantage of foreseeing the correct functioning of the planned systems and locating possible errors.
How to integrate PRL into BIM? The first thing you have to know is that, regardless of whether you use one Software or another, the free IFC Builder environment also allows you to manage this dimension . The next thing obviously consists of incorporating the machinery and prevention systems into the digital twin, that is, simulating the work in BIM: Both devices, machines and personnel can be simulated any day in any phase of work. Measure how many workers are needed in each phase. With this, the risks of accidents are reduced. The digital twin can be used to train in a specific simulation. Lean Construction o la 9D In the KÖMMERLING Challenge we are very clear that the present of companies involved in the world of successful buildings involves putting the Lean Construction methodology into practice to a greater or lesser extent to optimize processes to the maximum. Why is the optimization of a project's construction processes important? Like any economic activity, the construction sector aims to make profits. But we all know that, when it comes to making a project a reality, poor planning causes the expected deadlines to lengthen, cost overruns to increase and benefits to decrease drastically. By digitizing the Lean Construction methodology in BIM we manage to make our work as profitable as possible and in general the realization and management of the architectural project.