Often labeled as pretty much the core function of Revit, parametric data is the ability to add (embed) various parameters to each and every 3D model – be it energy usage, geometry constraints, manufacturer information, material type, and so on. When compared with its predecessors in the form of 3D modeling software, Revit has quite a lot of advantages that it can provide, with three of the biggest ones being: The answer to the question “What is Revit?” in this case would still be “a software”. A 3D model in question is designed for BIM by interacting with Revit as a piece of software. There’s also another way of looking at this – 3D BIM Revit models can be referred to as both “BIM” and as a “Revit model”, and both of those definitions would be technically true.

Revit’s relational database architecture is what makes it all possible (Revit creators call it the parametric change engine). In essence, a BIM Revit model contains the entire life cycle of a building or a project in question (from conceptualization to daily usage and deconstruction). What is Revit, then? It is a BIM software that allows users to use drafting elements and parametric modeling in the design process.

BIM itself does not design anything, Revit does that instead. So, what is BIM in Revit context? Essentially, BIM is often represented as a massive process that uses a plethora of different tools on different stages of the specific project, and one such tool is Revit.

It’s important to remember that, in essence, BIM is a process, and Revit is a software.

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