BIM methodology and technology
What is BIM methodology and technology?
BIM (Building Information Modeling) is an innovative way to manage construction projects. It uses digital tools and collaborative technology to optimize the entire building lifecycle—from design and planning to construction and infrastructure management.
Adopt BIM construction methodology and technology for more efficient project management
Phases where we apply the BIM methodology throughout a project’s lifecycle
Project initiation management
In this phase, we assess the project’s profitability and feasibility based on delivery deadlines, workload, and technical aspects involved in executing a project under the BIM methodology.
Preliminary study
Before starting any construction project, it’s crucial to conduct a feasibility study. This involves understanding the client’s requirements, evaluating the project’s viability, and performing a detailed site analysis.
Preliminary design
The preliminary design phase takes place before detailed design and construction. It includes an early evaluation of the project and initial planning to identify potential risks and opportunities.
Basic project
At this stage, the project’s general characteristics and performance requirements are defined. This documentation is sufficient to request building permits and other administrative authorizations, but not to start construction.
Design phase
During this stage, we develop the detailed design of the project based on BIM models, drawings, calculations, and construction details. We define the materials, methods, and forms to be used, and estimate the final project cost based on measurable quantities.
Construction phase
This is one of the most critical stages of any project. The design is updated and executed on-site to bring the vision to life. It’s essential to ensure that plans and specifications are followed, and that the right materials and techniques are used.
BIM standardization
Standardization in BIM methodology and technology is key to ensuring interoperability and consistent data management across engineering and construction projects, including those developed under public procurement frameworks. Standards define how data, processes, and information are structured and exchanged between participants, software applications, and systems.
We apply IFC formats
A globally recognized open format that ensures data consistency, lossless information exchange, and interoperability across different software platforms.
Open BIM
An open and collaborative workflow for designing, constructing, and operating buildings and infrastructure based on universal standards and transparent data exchange.
Fields and industries where we implement our BIM methodology and technology
Construction industry
BIM improves project planning and coordination, reducing costs and construction time. 3D visualization and clash detection help avoid costly on-site errors. Integrating IoT and AI with BIM enhances facility management and asset performance through the creation of digital twins.
Architecture
BIM methodology in architecture enables the creation of accurate digital models that promote collaboration and informed decision-making. Augmented reality (AR) combined with BIM allows real-time project visualization and interaction. 4D and 5D simulations help architects evaluate design alternatives, timelines, and cost impacts.
Public contracting
Government adoption of BIM improves coordination, efficiency, and transparency in public infrastructure projects. Cloud-based collaboration allows contractors in different locations to work seamlessly and enhance communication and coordination.
Civil engineering
BIM facilitates better planning and design of infrastructure, improving safety and long-term performance. In transportation projects, BIM enhances system efficiency and capacity of transportation systems. Integrating IoT and AI enables smarter infrastructure monitoring and maintenance also allowing for better decision making..
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alianza BIM
How we apply BIM methodology and technology
Evaluating building information and performance
BIM provides a framework to assess a project’s future performance in terms of functionality and feasibility. This helps construction professionals make data-driven decisions and anticipate potential issues.
Simulation and modeling
BIM allows for simulations by creating digital representations of designs. This helps identify possible conflicts between different elements of the building or infrastructure before construction begins, reducing errors and costs.
Enhanced data management
With BIM, project data is collected, organized, and analyzed throughout design, construction, and operation phases, leading to more effective decision-making.
Greater visibility and sustainable options
BIM offers comprehensive visibility of the project, supporting sustainable choices, improved collaboration, and cost savings.
Existing data standardization
BIM standardizes existing data on the construction of a work. This allows for better collaboration between project teams and greater efficiency.
