Bim Mastering Geometry On Revit With Dynamo Samples And Uses

Learn to Create different types of shapes, and panels using Revit and Dynamo
What you'll learn
How to create an adaptative component and Pattern based Family
Work with Spheres and Domes creating them from Dynamo and setting the panels
Work With Façade Paneling from Masses and modification of families using attractors
Work with Bridges with lines and creating structures separating panels
Work with floors, and Topography to create landscape settings with dynamo
Requirements
A Computer to accomplish the recommended exercises
Need to install a trial of Autodesk Revit 2018 and Dynamo 1.3 on the Computer
Need to know how to create basic models for Construction
Need to know how Dynamo Geometry concepts and Script creation
Description
This course it's designed to practice and learn best strategies for complex geometry, it reviews several types of geometry patterns, adaptative components, and Dynamo Subroutines.
BIM it's on a deep expansion for the AEC (Architecture, Engineering and Construction) Industry so each time more and more projects are developed over this methodology changing the quality standards for construction and design.
In this case we will work with BIM adaptative components individual and also by pattern, will create circular an regular structures so we can adapt to the create structural elements, and Architectural facades.
We will review some topography items to integrate them with bridges and landscape elements that are connected, and review some workflows for analysis in dynamo
Will Review quantity methods and patterns for estimating.
It has 5 exercises to be completed to master the workflows and be proficient enough on how to create geometry with dynamo and Revit.
The materials include the scripts saw on the course plus the Custom Nodes created specifically for it.
Are you tired of taking courses that go to fast with a lot of content? Don't worry go at your own pace, jump between sections for certain topics, the access is for lifetime.
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.
Overview
Section 1: Introducción
Lecture 1 Welcome to the Course
Section 2: Adaptative Components
Lecture 2 Create a Adaptative Component Family
Lecture 3 Test Component Parameters in Dynamo
Lecture 4 Adaptative Component Adaptative
Lecture 5 Create a Pattern Based Family
Lecture 6 Pattern Based Family Modification with Dynamo
Lecture 7 Exercise 1 - Create Adaptative Component Pattern
Section 3: 01_Spheres and Domes
Lecture 8 Geometry Preview Deconstructing Elements
Lecture 9 Creating Solids
Lecture 10 Methods over Solids
Lecture 11 Paneling from LunchBox and by Isolines
Lecture 12 Delete Duplicates
Lecture 13 Spliting Lines
Lecture 14 Intersect and Project Lines
Lecture 15 Spliting Surfaces
Lecture 16 Intersect and Project Elements
Lecture 17 Sample A
Lecture 18 Sample A Part 2
Lecture 19 Sampla A Part 3
Lecture 20 Exercise 2 - Structure by Components
Section 4: Facade Paneling
Lecture 21 Exercise 3 - Create a Paneling Facade like the images
Section 5: Bridges
Lecture 22 Import Topography to Dynamo
Lecture 23 Create Road
Lecture 24 Create Floors
Lecture 25 Setting Building Pads
Lecture 26 Structure Main Arch and Tensors
Lecture 27 Borders
Lecture 28 Exercise 4 - Create a Bridge like the ones on the Images
Builders, Engineers, Constructors, Civil Engineers and Architects that want to create models with complex geometry forms, have to create patterns or will use Precast Façade elements,Constructors, Engineers and Architects that want to take their Dynamo Sklls to a complex use so that their projects can perform better be prepared for Simulations and other elements.,Designers who want to blow up their client's expectation using visibility of elements and the Dynamo Analysis tools to improve Quantities,Professionals that have taken Dynamo Geometry and Dynamo Analysis and what further exploration and exercises.


Homepage

https://www.udemy.com/course/bimmdgeo/