In the development of the engineering projects that we carry out in TALAT we apply the BIM methodology on demand as a fundamental tool to achieve an efficient use of resources, reducing economic investment and contributing to environmental sustainability as a final objective.
Acronyms BIM respond to Building Information Modeling (building information modeling) and give a name to a collaborative work method which is applied in the integrated project management construction, being especially useful in the planning and execution of large-scale installations The most complex projects require the intervention of technicians and professionals from different disciplines.
The BIM methodology shares our holistic vision of projects, for which we offer comprehensive management that includes facility design, technical consulting, construction management, legalization and approval services, as well as environmental impact assessment (LEED certificationstudies and certificates of energy efficiency or environmental training, among others).
What is BIM methodology
BIM is a working methodology whose objective is to create a digital information model for the construction project in which all stakeholders collaborate and share involved in its planning and execution.
The BIM information model goes far beyond the traditional blueprint on which the sector has been working. It is a matter of creating databases that incorporate new dimensions: is included geometric information (3D), but also on time (4D), costs (5D), sustainability (5D) and maintenance (7D).
In addition, this method of work is implemented in all phases of the project, covering the entire life cycle of the building. The BIM model covers from design and planning to demolition and waste management of the building or its rehabilitation.
As noted in the first chapter of Building Information Modeling, which is aimed at both civil engineers and computer scientists or architects, BIM is based on use of digital building models throughout the entire building cycle The objective of the BIM methodology is to provide a comprehensive view of the life cycle of a construction project, from the conceptual phase through the construction process to the operational phase. The objective of the BIM methodology is to improve the exchange of information between the agents involved in the different phases of the project allowing the early detection of conflicts between the different teams involved. It has been demonstrated that the application of BIM information models results in a significant increase in efficiency in all processes, This avoids having to constantly repeat information and, consequently, avoids having to repeat information constantly and, consequently, save time and resources, in addition to minimize misunderstandings and errors that usually accompany projects based on the transfer of traditional, paper-based information.
BIM case studies: applications
The application of the BIM methodology in a construction project is integral, it is found in all phases. But, to get a more detailed idea about how the model is used BIMwe can take a look at the example Borrmann's BIM use cases for the different phases of a construction project:
- Preliminary design phase
It uses a Conceptual design model in which, starting from the planning and programming of the project, a conceptual approach of the building is included, resulting in an approximate 3D model on which various estimates are made. These will affect the planning and design of the project, and will condition a first visualization (fixed and animated) of the building, as well as the energy, life cycle or sunlight exposure analyses.
- Design development phase
Once the initial design has been approved, a Detailed design model. Data related to the modeling of the structure, MEP (Mechanical, Electrical and Plumbing), coordination with the environment or interference detection (conflicts) are incorporated.
- Documentation of the process and construction of the building
If the design is approved, it will be expanded to a BIM construction model which includes factors related to project registration or documentation, such as the execution schedule or the tracking and updating of construction costs, as well as a guide or manual for construction and the incorporation of client inputs.
- Construction life cycle
This phase results in a Operating model which refers to multiple aspects related to the promotion, operation and maintenance of the building.
In short, the BIM methodology offers a virtual model or projection of all phases of the construction project from which to extract valuable information. This working method is based on the interoperabilityThe "data sharing" is defined as the ability of computer systems to share data and thus enable the exchange of knowledge and information.
The BIM methodology is already considered a foundational element of the digital transformation in the AEC (architecture, engineering and construction) field, becoming recommended in the European Public Procurement Directive 2014/24/EU.
At TALAT, we have been applying the BIM methodology for some time in a wide range of projects such as, for example, the remodeling of Ribas Winerythe project for the integral installations of the hotel complex Harbou Bau or the innovative hypogeum for the new Santiago Bernabéu Stadium, whose engineering project has been fully addressed with the help of BIM modeling and coordination.
Advantages of integrating BIM methodology into construction projects
Working with the BIM methodology offers multiple benefits of great importance, among which the following stand out improved communication and optimization of all processes. Thanks to this method, it is possible to to perform more in-depth analyses that help to better study the feasibility of the projects, as well as other key aspects such as their environmental impact or the integration of innovative solutions that increase the quality of the project.
The construction projects developed using BIM methodology are better planned and allow the early detection of interferences between the different elements that make up the project, contributing to the reduction of unforeseen events and unnecessary delays.
Information modeling allows you to visualize the project and to keep an exhaustive control of the construction units used, which translates into an improvement in the production costs of the work. These aspects derive in the achievement of the most important objectives in any work, which are the fulfillment of the execution deadlines and the cost reduction.
If you want to take advantage of the advantages of the BIM methodology in your project, no matter what size it is, do not hesitate to get in touch so that we can start collaborating immediately.