# Rhino.Inside courses

> **PAACADEMY offers advanced online Rhino.Inside courses, teaching computational designers how to run Grasshopper directly inside Revit for seamless, live bi-directional BIM coordination.**

Rhino.Inside is a technology that runs Rhinoceros 3D as an embedded application inside another host application, most commonly Autodesk Revit. When Rhino.Inside is running in Revit, Grasshopper definitions can directly read from and write to the Revit model: Grasshopper geometry becomes native Revit elements with BIM data, and Revit element parameters can be queried back into Grasshopper as inputs for parametric scripts.

At PAACADEMY, Rhino.Inside is heavily utilized in _BIM and Rhino.Inside for Advanced Tower Design_ by Albert Sumin. This resolves the classic struggle between complex parametric design and strict BIM documentation:

- **Native Element Creation:** Translating fluid Grasshopper facade panels into native Revit adaptive components instantly.
- **Live Bi-Directional Link:** Automatically updating Grasshopper scripts when a grid line or level changes inside Revit.
- **Data Consistency:** Pushing complex algorithmic metadata (like panel ID, curvature analysis, material properties) directly into Revit schedules for fabrication.

## At a glance

- Software hub: Rhino.Inside
- Courses listed: 2
- Canonical: https://paacademy.com/software/rhinoinside

## Courses

- [BIM & Rhino.Inside  for Advanced Tower Design](https://paacademy.com/course/bim-rhinoinside-for-advanced-tower-design)
- [BIM & Rhino.Inside for Advanced Modular Design](https://paacademy.com/course/bim-rhinoinside-for-advanced-modular-design)

## FAQ

### What is Rhino.Inside and how does it connect Grasshopper to Revit?

Rhino.Inside runs Rhinoceros 3D as an embedded application inside Autodesk Revit, enabling a bi-directional live link where Grasshopper definitions can read from and write to the Revit model. Grasshopper geometry becomes Revit BIM elements with parametric data, and Revit parameters can be queried back into Grasshopper as inputs. At PAACADEMY, it is taught in _BIM and Rhino.Inside for Advanced Tower Design_ by Albert Sumin.

### What does BIM and Rhino.Inside for Advanced Tower Design cover at PAACADEMY?

_BIM and Rhino.Inside for Advanced Tower Design_ by Albert Sumin is a 16-hour intermediate course across 22 lessons covering: project organization using BIM technology for complex tower coordination in Revit; generating complex facades and details in Rhino and Grasshopper at a complexity level beyond Revit's native tools; and utilizing Rhino.Inside to transfer geometry and parameters between Rhino and Revit as a live bi-directional BIM link.

### Why do architects use Rhino.Inside instead of simply exporting Grasshopper geometry to Revit?

Exporting Grasshopper geometry to Revit as static SAT, DWG or IFC files produces dumb geometry with no parametric connection to the source definition. Rhino.Inside keeps the Grasshopper definition live inside Revit: the parametric logic responds to Revit model changes, and the resulting facade or detail elements carry BIM data that Revit's schedules, coordination tools and engineers require for construction documentation.