BIM for Landscape Designing

In recent stages, BIM has only been used mainly in the architectural and engineering field, for usually planning the models and surveying but have you wondered if BIM can also be implemented in Landscape design?

However, it hasn't yet found widespread use in the landscape design industry. However, a new tendency has emerged. BIM has begun to gain traction as landscape professionals come to understand its potential as a tool for their sector.

Benefits of implementation

Landscape architects may choose the software provider that best suits the scope, size, specifics, and other needs of the current project thanks to the freedom to choose from a choice of software providers.

Integrating BIM across landscape architecture can lead to a number of benefits:

Smooth Collaboration

Thanks to the advantage of improved departmental communication brought about by BIM generally. An open process is made possible by giving each participant the freedom to engage without restricting others.

The crew at the site can easily translate 3D models into exact 2D drawings using BIM landscape architecture, guaranteeing that the project's final design is carried out exactly as intended.

BIM models with a high level of information

The data on several object qualities needed for future simulation success is abundant in BIM models.

The scientific name, root sizes, environmental conditions, and other details would all be included in a BIM model of a tree. If we're still using our previous example of a tree, further information on how the item should be used in real life may be included, such as the requirement for water and sunshine, spread, mature height, and more.

By having access to a plethora of information, Revit for landscape architects can make decisions more readily, and information-rich models make it easier to complete cost and material estimates.

Easy available for Revit family

Well, the Revit family of items is a number of elements that are capable of being integrated into BIM models and having a graphical representation due to the fact that they share a number of properties with each other.

The landscape architect has the option of either building a model from scratch or using one of the pre-existing Revit families from the Revit library in order to build their model based on the project characteristics.

Revit families may significantly reduce the number of reworks and impose some uniformity, which would considerably reduce the time needed to complete the project.

Furthermore, models and families created for one project and stored in a library may be utilized in subsequent projects.

Easy Rendering

Starting from an aesthetic perspective, 3D rendering is crucial, and this holds true for landscape renderings as well. Rendering makes it easier to decide whether the project would function well in the existing environment.

The renderings themselves may also be made to look more realistic by integrating lighting sources, colors, and other factors.

In addition to BIM landscape architecture, 3D models may be used for marketing, obtaining finance, and a number of other purposes.

Is BIM useful for landscape architects?

Yes! BIM has historically been utilized in the planning and construction of buildings, but more and more landscape architects are starting to use it to create useful designs that are jam-packed with useful information.

Revit landscape architecture generates developing landscapes even if they don't construct structures. Complete transparency on how a landscape will look after it is finished, how it will affect the neighboring structures, and even how it will alter over time are necessary for this task.

By employing the precise data made accessible by BIM, landscape architects are fulfilling project objectives more successfully and making it easier to connect their work with the rest of the project infrastructure.

Collaborating within a single model is also made simpler when designing a landscape with BIM assistance.

3D models compared to BIM landscape architecture

What makes BIM models different from the traditional 3D models that landscape designers are used to seeing when utilizing BIM in landscape architecture is one of the first questions that come up. What distinguishes each model type is its capacity to store data.

To get online demonstration, watch the following video tutorial.

Video Source: Vectorworks

Thanks to BIM, your model may contain information about each design aspect and the materials used to create the landscape model.

One tree, for example, may include all the information needed to be planted, to predict its development and bloom cycles, and to plan its requirements in a BIM model.

It may also be possible to anticipate how much shade it would cast, which might have an impact on energy efficiency estimates for any architectural features of the development. Root size, species name, and the typical cost per unit are examples of additional important data that can be set.

Conclusion

For the planning of land development for big, complicated projects, BIM is now crucial. Despite not being fully optimized for landscape architects, it is the standard for major buildings and other structures.

It might seem that the difficulties of using tools made for the AEC sector would increase costs rather than improve the quality of design-build projects. But because BIM is more efficient, money is ultimately saved.