BIM - The Methodology to coordinate construction

BIM - The Methodology to coordinate construction

The BIM concept was born as a methodology for the standardization of data and the operation of Architecture, Engineering and Construction processes. Although its applicability goes beyond this environment, its greatest impact has been due to the growing need to transform the construction sector and the existing offer of the different actors that participate in the value chain of modeling the physical world towards intelligent infrastructures.

Companies such as AutoDesk, Bentley Systems, Trimble and Hexagon have been part of this evolution, in part by having a software offer associated with Geo-engineering. However, BIM is not about learning software; BIM is a process improvement methodology taking advantage of the benefits of digital modeling where builders, architects, surveyors, civil, structural and electromechanical engineers require an interconnected flow for greater efficiency in decision making and a better service provision to the clients.

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BIM is a set of tools and processes for creating, managing, and delivering information about the design and construction of a structure. It enables all project stakeholders to share information through computer-aided design (CAD) data, 3D models, drawings, images, text documents, animations, and videos.

The benefits of BIM are not limited to the construction industry: it can be applied to any industry that uses building systems or has a need for spatial coordination.

This course has been developed to level the conceptualization of users interested in the transformation of processes related to the transformation of the territory, under the premise:

BIM is not software. It is a methodology.

This methodology was developed in response to the need for an integrated project delivery system that would allow all project participants to work together more effectively.

With BIM, designers can create an accurate 3D model of the project before construction begins. This template can be used to share information with stakeholders as well as to document design changes.

The first step in the BIM methodology is to collect all the relevant information about the project, from drawings to plans and data about the site, including materials and dimensions. The next step is to create a 3D model using specialized software such as Autodesk Revit or ArchiCAD

This course narrated by Gabriella is complemented by other modules of the AulaGEO offer, where these principles are applied using tools available in the industry.

What will you learn?

· General concepts

Class 1: General concepts of BIM

Standards

Lecture 2: Open BIM

Class 3: BIM standards

Roles and levels

Class 4: Roles in BIM

Lecture 5: BIM Workflow

Class 6: Levels of Development

· Uses and offer

Class 7: BIM uses - first part

Class 8: BIM uses - second part

Class 9: Offer of BIM information

The use of BIM has grown tremendously in recent years because it offers many benefits to designers, contractors, and owners. We hope you can learn and enjoy it.

BIM is not a software - it is a methodology

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What you will learn

• Building Information Modeling (BIM) methodology
• BIM fundamentals
• Regulatory aspects

Rating: 3.5

Level: All Levels

Duration: 3.5 hours

Instructor: AulaGEO Academy