Any Formwork and other temporary Autodesk Revit and Dynamo

Explore how to install and manage Dynamo packages such as Lunchbox, navigate core library nodes, and master lists, sequences, and ranges for formwork and Revit workflows.

Extract and analyze Revit elements with Dynamo by using lists, selecting by level and category, and reading geometry, location, and materials to build robust model insights.

Explore solids and topology in Revit and Dynamo by decomposing geometry, identifying faces and surfaces, and extracting area and volume from element properties.

Create a custom node to identify larger surfaces by area, round to two decimals, and remove minimum items for formwork on framing. Level lists from geometry and topology to reuse.

Leverage Dynamo workflows to extract top-down faces of columns and foundations, using get surfaces from solids and custom blocks to isolate site components for formwork planning.

Extract elements from a linked project, filter by category and family types, import geometry, flatten surfaces, and create formwork elements from vertices and points.

Create an adaptive formwork square in a Revit family using four points and a 3D reference line to drive a timber solid that adapts to shape.

Explore creating a direct shape for irregular elements in Autodesk Revit and Dynamo, using face selection, surface parameters, and thickening to model temporary formwork.

Learn how to create formwork for walls and floors in Revit using Dynamo, translating panel geometry to outside and inside, and generating cutting lines, perimeters, and adaptive components.

Extend the floor formwork workflow by generalizing element handling to support multiple object types, and extract lower surface geometry to create finished floor surfaces.

Explore floor formwork with metalical elements by calculating long and short distances for a structure, transforming irregular shapes to regular, and generating iso lines and supports in Revit and Dynamo.

This lecture demonstrates creating structural floor elements in Revit by placing timber framing beams along curves, aligning to levels, adjusting family types, and generating ISO lines and translations for perimeters.

Learn to create column structures in Revit by routing vertical supports, setting level-based elevations, and using parameters, curves, and division logic to align elements across levels.

Place metallic formwork on level 1 using surface references and level indexes, compute heights and coordinates, and create L-shaped supports up to six meters.

Clean and optimize a large Dynamo script by substituting custom nodes, flattening data, and creating ISO lines and column lines from lower surfaces and levels for efficient temporary works.

Develop a metric scaffolding family in Revit by building two sides with defined separation, creating sweeps from a circular profile, and assigning aluminum as the material.

Create and refine a scaffolding family in Revit, defining width, length, separation, and cross lines, sweep a profile, load into the project, and connect with Dynamo.

Set the scaffolding location by creating reference lines on Level 1 and Level 6, then use Dynamo to create points along the curve for placement.

Learn to translate scaffolding by distance on a modular set using direction vectors and height-driven coordinates, with rotation and point-based line steps in Revit and Dynamo.