“BIM & Rhino.Inside for Advanced Tower Design” guided participants through a complete residential tower pipeline. The workshop linked BIM setup and standards in Revit with parametric massing and facade logic in Rhino and Grasshopper, then synced geometry and data through Rhino.Inside, and closed with presentation deliverables, AI-assisted rendering, and documentation. The objective was clear: produce a concept that is fast to iterate, accurate in areas, and ready for downstream detail.

BIM Foundations: Templates, Families, and Standards

Day 1 established a clean project backbone in Revit. Participants organized templates, levels, grids, and view standards, then prepared core families for walls, floors, columns, and typical details. Shared parameters and naming kept Grasshopper and Revit in sync, which made later transfers predictable. The result was a light but reliable BIM structure ready for rapid parametric updates.

Parametric Shells, Facades, and Structure in Rhino + Grasshopper

Day 2 shifted to generative geometry. The tower shell was driven by clear controls for height, taper, rotation, and setbacks. Facade rules handled panels, ribs, and shading as repeatable systems. Structure came in as cores, slabs, and column grids that responded to massing. Toolkits like LunchBox, Pufferfish, Parakeet, Mesh+, Dendro, MeshEdit, Heteroptera, Weaverbird, and Wasp supported patterning, meshing, and clean topology where needed.

Rhino.Inside Integration, Areas, and Diagramming

This session connected the concept and BIM. Grasshopper geometry moved into Revit through Rhino.Inside with correct categories and families. Parameters were bound on import, which allowed tags and schedules to read real values. Typical floors were assembled, areas were computed, and analytical diagrams clarified core locations, slab edges, and facade zones. The model became a source of both visuals and metrics.

Presentation, AI Visualization, and Post

The final session focused on delivery. Views, sheets, and annotations were finalized in Revit. Hero frames were generated with ComfyUI and refined in Photoshop to match the model’s intent. For ComfyUI, the workshop used specific models and custom nodes, with a step-by-step guide available under Watch Now → Files → Download Course Files. The outcome was a concise set of diagrams and images that aligned with schedules and quantities.

A Connected Pipeline

Across four sessions, the workshop established a practical method for tower design. Simple geometry lives where BIM is strongest. Complex geometry lives where Grasshopper is strongest. Rhino.Inside bound the two so every parametric decision could be scheduled, tagged, and documented. AI rendering accelerated story building without breaking the line back to the model.

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