
Learn to speed up quantity takeoffs by creating Revit schedules with Dynamo and Dynamo Player, selecting categories and fields, applying filters and formats, and exporting to Excel.
Explore the basics of Dynamo for Revit, including version 2.0, Dynamo Player, libraries and packages, and Excel data imports for quantity takeoff.
Learn to build dynamo scripts for quantity takeoffs in Revit, creating schedules, selecting categories, naming conventions, and pulling sharable fields, then apply sorting, grouping, and filters for an indexed output.
Configure the file to drive Dynamo Player for quantity takeoff by mapping categories, fields, and parameters in an Excel-like document, with sort, group, filter, and itemize options.
Create the script to build schedules by importing Excel data, applying naming conventions, extracting categories and fields, and configuring indexing, sorting, and field selection within Dynamo for Revit quantity takeoff.
Set up and configure sorting grouping in Dynamo Player for Revit takeoffs, defining levels, splitting strings, and ensuring consistent element counts to drive Excel-backed reports.
Set up and refine filters in dynamo to compare element values, clean lists, and index items across levels to produce accurate quantity takeoffs, with unit conversions to centimeters.
Learn to build a Dynamo Player script for Revit that guides file selection, input mapping, and element naming to automate quantity takeoffs.
Configure the dynamo workflow to create borders for different schedules and information elements. Create a shared parameter and pull data from an Excel file with naming, grouping, and category settings.
Create a script for shared parameter creation in Revit using Excel inputs and map parameters to categories. Prepare parameters for Dynamo Player and enable quick quantity takeoff.
Create a Dynamo Player script in Autodesk Revit to manage parameters, read Excel inputs, and save and run selections for quantity takeoff.
Learn to extract Revit type parameters for quantity takeoff with a Dynamo script, using Excel to pull category and parameters and to concatenate family name and type name.
Extract type parameters and element counts for quantity takeoff in Dynamo Player for Revit, then export parameter values to Excel with sheet names by level.
Use Dynamo to insert type parameters in Revit for quantity takeoff, linking families and categories through lists, flatten and transpose steps to align parameter values.
Learn to export Revit quantity takeoff schedules to csv via Dynamo, building a script to select elements, filter by name length, sort, flatten lists, and configure export paths and options.
Export schedules created in Dynamo Player for Revit to Excel by specifying the file path, enabling override, and applying the naming convention to produce the Excel file.
This course it’s designed to help you increase your quantity extraction habilities by using Dynamo and Dynamo Player to create schedules and excel files faster than ever.
Most of the times the schedule creating process it’s the same for every model, few modifications, filters, or sorting methods, with dynamo we can automate those results so in this course we will explore 4 processes related with quantity takeoffs an its automation.
Its an incredible opportunity to get access to workflows and open your possibilities to speed up your processes as well as for your partners or coworkers.
BIM is now on a second digital revolution where communication skills and programming would create a different value to construction and infrastructure BIM projects, the core stream would be reflected in responses and computer analysis rather than handmade models.
This course its part of a series of Dynamo Player optimization processes that clearly would become a complete collection of tools that can change modeling processes.
On this course we will ground concepts for a practical use so we can communicate with the computer and its capabilities would reflect those results.
Communication is the core competence require for a fluent BIM Coordination, and I do believe that generative design would shorten and improve the BIM adoption rate on design processes, so we are talking on a quantum leap to coordinate with construction and engineering systems.
This course complements with other courses such as Dynamo Player Volumes and Quantity Takeoff Courseand it will also set a new requirement for future courses with other workflows, for documents creation.
Go at your own pace, jump between sections and enjoy a lifetime access of content
Also, we have a direct response for any topic listed, so we can improve the content.
Be the first to know of future courses regarding BIM, take advantage of all the opportunities that may appear and use it to improve your work performance and get better job positions.