Building Information Modeling (BIM) is a process based on the use of intelligent 3D models. With this technology, Architectural Element, Engineering System and Structural Engineering specialists can plan, design, construct and operate buildings and infrastructure even more efficiently.
3D visualization– Despite the fact that creating BIM models allows you to achieve various goals, the focus and complexity of which may depend on the level of detail and the amount of information embedded in the model, by far the most common way to use BIM models is to visualize design objects. Performing visualizations allows you to compare and select the best design solutions and best submit the project to the customer or various regulatory authorities.
Change Management-Centralized storage of all data in a BIM model results in instant reflection of any changes in all its representations, such as floor plans, sections or facades. This approach not only increases the speed of creating documentation, but also prevents the possibility of project errors by automatically coordinating various types.
Building Simulation-BIM models not only contain architectural data, but also include information from other sections of design, such as classification of elements by load-bearing function, components of engineering networks, and even information related to eco-sustainable design that allows you to simulate processes occurring in buildings.
Data Management– Not all information present in BIM models can be represented graphically. For example, data included in catalogues and specifications can help you determine the labor required to complete a project. Financial indicators, which are also an integral part of BIM, allow you to determine the estimated cost of a project at any time.
Building Maintenance– All data embedded in the BIM model can be used not only at the design and construction stages, but also throughout the entire life cycle of a building, thereby reducing the cost of its operation, which, as a rule, is many times higher than the cost of project implementation.
Autodesk Revit is a software product based on building information modeling (BIM) technology and combines tools for architectural design, design of engineering systems of buildings and building structures in a single integrated solution.
Using the Revit program to work on a single project for all designers ensures high quality and accuracy of project execution. The program, based on Building information modeling (BIM) technology, helps you accurately formulate project ideas and adhere to them at all stages of design, documentation and construction.
Conceptual design-convenient conceptual design tools allow you to create sketches of buildings of any shape. The edges of the resulting shape will be used to create floors, walls, stained glass windows, and roofs. Even at the stage of conceptual design, the user can make a preliminary calculation of the area and volume of the building calculated by floor.
Parametric components – can be either the simplest building elements (walls, columns, etc.), or more complex ones (for example, furniture, various types of equipment, etc.). Parametric components, also known as families, are the foundation of the design process in Autodesk Revit. You don't need to know any programming languages to create families.
Checking for intersections of model elements. The program provides a special function for checking objects of a three-dimensional model for the presence of spatial intersections.
Specifications. They are one of the types of model cad outsourcing representation in Autodesk Revit. Any change in the model leads to an automatic change in the specification and vice versa. It is possible to separate specification tables associatively, as well as use elements such as formulas and filters in the project.
List of materials. The list of materials allows you to calculate quantitative indicators in detail. This function is essential for determining the cost of material costs. Information about materials is accurate and up-to-date throughout the entire project cycle.
Working together. The collaboration technology used in Autodesk Revit allows all team members to simultaneously access the building model, and also provides tools for virtual division of the model into separate parts with the ability to configure shared access to different parts of the project.
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