Associated with these parametric objects is a database of information that can be used for detailing, quantity take-offs, procurement, future maintenance requirements, etc. Most of these benefits are related to the modelling of exterior site design elements such as retaining walls, areas of paving, site fixtures such as fences, handrails, seating and so on. In addition to a more streamlined workflow, there are also additional ways that Revit can be applied to the work of a landscape architect. One of the major benefits of doing so is the ability to more closely collaborate with other professions of the AEC industry who also work with Revit. “Autodesk Revit software is specifically built for Building Information Modelling (BIM), helping building professionals to design, build and maintain higher-quality, more energy-efficient buildings.” (Autodesk 2014)Īlthough Autodesk appears to favor the architecture, engineering and construction (AEC) industry over landscape-specific capabilities, there are a number–my guess is that this is relatively small–of landscape architects that do successfully work with Revit. Right from the outset, even Autodesk’s description of Revit demonstrates the software’s inclination towards architects and buildings: Most landscape architects don’t use Revit, and it’s not surprising to see why.

Revit garden design