Agile, Powerful, Pragmatic and Compliant:
Geometric Design of Road Infrastructures: Innovation and Efficiency with BIM Methodology and ISTRAM® Software
Engineering will never be the same again as updates or new methodologies are constantly emerging, the geometric design of road infrastructure plays a fundamental role in the development of civil engineering projects, especially in the planning and construction of roads, railroads, tunnels and drainage systems.
In this sense, the application of BIM (Building Information Modeling) methodology and the use of specialized software, such as ISTRAM, have revolutionized the way in which these projects are approached, offering greater efficiency, accuracy and optimization in all stages of the process.
Geometric Design and BIM Methodology: The geometric design of road infrastructure involves the definition of elements such as horizontal and vertical alignments, superelevations, cross sections, intersections and other geometric characteristics that allow the correct operation and safety of transportation routes. The BIM methodology, on the other hand, provides a collaborative approach based on three-dimensional virtual models, where the different project stakeholders can work in a coordinated manner, sharing and updating information in real time.
Benefits of BIM Methodology: The implementation of BIM methodology in the geometric design of road infrastructure brings numerous benefits. Among them are:
1. Efficient collaboration: Professionals from different disciplines can collaborate in a shared virtual environment, avoiding duplication of efforts and optimizing communication between teams.
Increased accuracy and conflict detection: The three-dimensional model makes it possible to identify and resolve potential conflicts between elements, such as interferences between structures or accessibility problems, prior to physical construction.
3. Design optimization: The simulation and analysis of different alternatives in the virtual environment allows evaluating and optimizing the geometric design, considering aspects such as efficiency in vehicular flow, reduction of steep slopes and minimization of environmental impacts.