
Explore Dynamo for Revit as an extension to transform workflows and enable generative design for wind projects and construction problems. Learn to define conditions and extract requirements for modeling.
Master Dynamo as a visual programming tool to automate workflows, enable interoperability with Revit files, and accelerate rapid prototyping and generative design in construction projects.
Discover dynamo samples for modeling irregular shapes, curvatures, and regular extractions, and learn to read geometry, parameters, and filters to optimize Revit workflows for analysis and rapid modeling.
Explore the Dynamo workspace in Revit, set project units and templates, review references and packages, and extend functionality with custom notes.
Discover Dynamo as a visual, open-source programming tool with graphs, nodes, and wires; explore forums, tutorials, and developer resources to learn functions, dictionaries, and workflows.
Explore Dynamo use in Revit by identifying essential nodes and references, focusing on strings, numbers, booleans, math and string functions to automate element creation, modeling, and interoperability.
Learn to automate element creation in Revit with Dynamo, building geometry from points, curves, surfaces, and solids, using lists, vectors, coordinates, and lacing techniques.
Explore automating element creation in Dynamo for Revit using dictionary references, geometry basics, and sample workflows, including Excel data mapping and creating points, lines, and columns.
Explore solving geometry requirements in Dynamo for Revit by converting lines into parametric points and columns, using geometry and curve operations, with topography and adaptive families.
Learn to build reusable Dynamo tools for Revit that enable fast, consistent modeling through user interfaces, input templates, and automated element creation, with performance testing.
Learn to solve interoperability issues in dynamo for revit by reading excel files, exporting and importing geometry, and validating element transfer and geometry creation between files.
Learn to create quality improvement content in Dynamo by applying model management standards, naming conventions, and parameter templates, then visualize column distances with color ranges from red to green.
Explore creating custom outputs from Dynamo for Revit, including title blocks, views, legends, schedules, and quantity takeoffs, with standards for scales, lines, and symbols.
Learn construction management specifics with import/export workflows, deliverables and protocols, then apply color-coded visibility views, classifications, and dynamo-driven sheets for time-based simulations.
Use generative design to create adaptive environments, test rules, and determine best locations with automatic modeling and analysis of measurements across refinery time-space management, family shapes, and façade considerations.
This course it’s designed to guide througth multiple posibilities using Dynamo for BIM Projects, it was made very clear that having multiple contents for different types of student would probably would become caotic.
BIM as we migth know consists on processes, products and resources that in order to achieve the expected results would require to have an specific purpouse, a proper BEP developed, and a strategic plan for it to work
On the other hand Dynamo has been introduce a couple of years ago as an agile extension of Revits Capabilities to transform workflows for specific proposes, creating savings on time of more than 20 times or more per execution compared to the standard process.
If you are not new to dynamo, perhaps this course can help you get some other tools and references to solve your current programed scripts.
BIM is always evolving an surely it will continue as technologies are doing that as well.
We will go to key concepts of programing with dynamo, review the references and their use, jump broadly to the Dynamo Primer and as well get clearly the logic and a way to learn the fundamental nodes.
I believe there are things for everyone on this course, hope you like it and please recomend it.
Nevertheless the challenge to adopt it is heavily linked with the requirements, three types of users are easily recogniced, those that would program with dynamo, those who would modify somethings and those that would only use it.
In this course we would clear the learning paths for each specific type of user , so if you are Architect, Engineer, MEP Engineer, Constructor, Project Manager, BIM Manager, VDC Manager you can easily would find references of key processes done in dynamo to boost your solutions quite easily.
This is part of a Generative design process because we want to generate models by conditions and in order to get there we need to know how to create and extract our requirements.
Generative Design is opening a lot of possibilities on the engineering and construction panorama, functionalities going for everytype of user , are allowing technology to make a difference on the way we work for any type of project.
This new series its now pulling all dynamo and practical BIM workflows for a Generative Design and for solving construction problems
Generative Design and Dynamo are not yet on the peak that they will probably be on the next years so take the leap of faith, and start sooner unraveling your full potential for Modeling and Programming and enjoy at any time the freedom of possibilities to make technology work the way you need it to.
Join to a selective group that its looking for possibilities rather than restrictions, and be UpToDate for all the amazing possibilities that in any time can transform your way of working, to change it forever.