https://autode.sk/2MHi1FF
Despite the fact that the idea of the correct implementation of the methodology is that the projects are born from the beginning under a three-dimensional model of information, it usually happens that due to contractual issues, lack of knowledge, resistance to change, among other reasons, the designers opt for Hire an outsourcing service to carry out the development of the models, and although it is not the ideal process, you can still get a lot of benefit from various BIM uses such as the detection of incidents, interferences, development of quantifications according to budgets, monitoring BIM in works, among others.
That is why at Sohersa we provide the BIM modeling outsourcing service, with more than 300,000 m2 of modeled construction.
Target customers:Developers, project managers, architects, designers, among others.
+ 300,000.00 m2 of modeling throughout our history.
The effectiveness of the BIM intervention in any of the different stages of a building goes hand in hand with the correct development of the UNDER PROTOCOL models, both for the reliable geometric elaboration plus the correct assignment of all the information contained, that is, an appropriate virtual construction where each element will be modeled according to its real construction process. Achieving the highest performance and granting the greatest advantages of BIM processes requires the development of high-quality models appropriate to the level of development requested.
We offer the development and delivery of structural models, at all levels of LOD development (for its acronym in English) from conceptual level and design LOD 100/200 to development levels that involve greater geometric detail and information integration: documentation, construction and LOD 300, 400 and 500 management supported mainly by the Revit tool. Quantification of any type of material that involves an element is achieved, going from each Kg of steel to each m3 of concrete with precise accuracy.
We offer the development and delivery of Architectural models, at all levels of LOD development (for its acronym in English) from conceptual level and design LOD 100/200 to development levels that involve greater geometric detail and information integration: documentation, construction and LOD 300, 400 and 500 management supported mainly by the Revit tool. Quantification of any type of material that involves an element is achieved, ranging from each m2 of finished to the volume of bricks to be placed in a building.
Due to the increasing use of BIM, it is taking hold in the facilities area as well, which is where Revit MEP is key. The BIM MEP is therefore the most popular software in the facilities sector. We will take care of modeling as a whole, by means of creation and analysis tools of the different installations such as: air conditioning, electricity or plumbing, of a building, thus following the BIM values. This allows us to make the most appropriate decisions, to create very high quality installations and avoid unnecessary costs in order to generate the necessary quantifications of a project, each pipe, each installation will make logical sense of according to a real construction process under the standards of an established BIM protocol.
Once the model has been made, correctly coordinated, we proceed to the quantification stage (Volumetrics), we have the ability to generate Catalogs of concepts from scratch, assigning the corresponding volumes to each one, we generate each concept with the LEAN CONSTRUCTION logic where we plan by areas of attack, thanks to a correctly executed BIM Model we have the ability to create the necessary blocks. On the other hand, it is possible to adapt to a catalog of concepts already defined by the client.
We have BIM solutions that allow us to determine the feasibility of construction by locating the MEP structural elements that make up part of the building so that they can carry out the design idea to the construction phase, by coordinating the models. architectural, structural and MEP with the purpose of facilitating the precision of the design and optimizing the supply of materials by anticipating the trajectories of said elements in advance and improving the performance of time, cost and work, since any change will be automatically reflected in the diferent models.
