Autodesk Revit Families Shape Shifting Creation with Dynamo from Udemy

This course would focus on Family Creation related to Dynamo Use so that construction prefabricates can be analyzed repeated and modify depending on the project requirements.

We will start by reviewing family functionality creation, shapeshifting, nesting and parameter driven families so the proper response can be nurtured by dynamo

We will work on piece sample creation feeding parameters to solve geometry requirements, and with this we will set value of typing and parameters to adjust for proper solutions.

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

We will keep adding custom nodes for specific approaches and as always would recommend to foster your own solutions.

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.

What's inside

Learning objectives

How to create families and set parameters
How to make changes to families and types to get shapeshifting

How to compress similar families that use similar pieces into single families with multiple types
How to integrate multiple changing families with required solutions on revit.

How to create families and set parameters
How to make changes to families and types to get shapeshifting
How to compress similar families that use similar pieces into single families with multiple types
How to integrate multiple changing families with required solutions on revit.

Syllabus

Introduction

Families Shape Shifting With Dynamo

Dynamo Basic SetUp

Resources

Family Creation

Basic Assembly Creation

Multiple Families Shifting

Creating Sweep Element

Adding Sweep Restrictions

Adding Table Shape Shifting

Multiple Family Creation

Creating an Array Driven Element

Creationg Multiple Elements From Families

Creating Modular Families

Adding Elements to Project

Dynamo Creation of Elements

Placing Families with Dynamo

Creating Duplicates and Values

Setting Values and Viewing Multiple Results

Creating Variation of Elements

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Focuses on Dynamo use for family creation, which allows construction prefabricates to be analyzed, repeated, and modified based on project requirements

Covers family functionality creation, shapeshifting, nesting, and parameter-driven families, which are essential for effective BIM project management

Explores generative design possibilities in engineering and construction, enabling users to leverage technology for project workflows

Requires familiarity with Revit family creation and Dynamo, which may necessitate prior experience or introductory coursework

Teaches how to compress similar families into single families with multiple types, which streamlines project workflows

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Autodesk Revit Families Shape Shifting Creation with Dynamo with these activities:

Review Revit Family Creation Fundamentals

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Reinforce your understanding of basic Revit family creation techniques before diving into Dynamo-driven shape shifting.

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Open Revit and create a simple parametric family (e.g., a table).
Experiment with different parameter types (e.g., length, width, height, material).
Load the family into a project and modify its parameters.

Brush Up on Dynamo Basics

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Reacquaint yourself with the Dynamo interface and basic node connections to prepare for advanced family manipulation.

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Open Dynamo and familiarize yourself with the node library.
Create a simple Dynamo script that modifies a Revit element's properties.
Explore different Dynamo packages and their functionalities.

Mastering Autodesk Revit 2024

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Use this book as a reference to better understand the fundamentals of Revit family creation and manipulation.

View Putting Knowledge to Work on Amazon

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Read the chapters related to family creation and parameters.
Follow the examples in the book to create different types of families.
Experiment with different parameter types and formulas.

Four other activities

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Follow Online Tutorials on Dynamo Family Creation

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Deepen your understanding of Dynamo-driven family creation by following online tutorials and examples.

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Search for online tutorials on creating Revit families with Dynamo.
Follow the tutorials step-by-step and try to understand the logic behind each node.
Adapt the tutorials to create your own custom families.

Create a Parametric Prefabricated Wall Panel Family

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Apply your knowledge by creating a complex parametric family for a prefabricated wall panel that can be adjusted using Dynamo.

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Design a prefabricated wall panel with adjustable parameters (e.g., dimensions, material, opening size).
Create the family in Revit and add the necessary parameters.
Develop a Dynamo script to control the family's parameters based on project requirements.
Test the family in a project and refine the Dynamo script as needed.

Document Your Family Creation Workflow

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Solidify your understanding by documenting your family creation workflow, including the Revit family and Dynamo script.

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Create a document outlining the steps involved in creating your parametric family.
Include screenshots of the Revit family and Dynamo script.
Explain the logic behind each parameter and node.
Share your documentation with others and solicit feedback.

Contribute to a Dynamo Package

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Enhance your skills by contributing to an open-source Dynamo package related to family creation or manipulation.

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Identify a Dynamo package that aligns with your interests and skills.
Review the package's documentation and code.
Contribute a new node or feature to the package.
Submit your contribution for review and feedback.

Career center

Learners who complete Autodesk Revit Families Shape Shifting Creation with Dynamo will develop knowledge and skills that may be useful to these careers:

Parametric Designer

A Parametric Designer creates designs that are defined by parameters, allowing for easy modification and adaptation. This course directly enhances the skills of a Parametric Designer by focusing on how to create and manipulate Revit families using Dynamo. The importance of creating parameter driven families, shape shifting, and nesting is emphasized in this course, offering a direct path to a Parametric Designer who needs to create flexible designs. The course also explores generative design techniques, that enable a Parametric Designer to explore a wide range of design options efficiently.

See salaries and explore the career path for Parametric Designer

Computational Designer

The role of a Computational Designer involves using algorithms and computational tools to enhance and automate design processes. This course provides a strong foundation in using Dynamo for Revit family manipulation, a core skill for this career role. The focus of the course on shape shifting, parameter driven families, and generative design using Dynamo, all help a Computational Designer create complex and adaptable designs. The course also emphasizes the use of custom nodes, which are commonly used by a Computational Designer to create specialized tools and workflows.

See salaries and explore the career path for Computational Designer

BIM Specialist

The role of a BIM Specialist involves creating, managing, and implementing Building Information Models for construction and design projects. This course provides an in-depth understanding of creating Revit families and manipulating them with Dynamo, which is crucial for a BIM Specialist to develop complex and adaptable models. The ability to create families, set parameters, and implement shape shifting techniques, as taught in this course, is beneficial for creating efficient and accurate BIM models, a key task for the BIM Specialist. The focus on Dynamo and generative design workflows in this course offers a competitive edge for individuals looking to excel in BIM.

See salaries and explore the career path for BIM Specialist

Design Technologist

A Design Technologist applies technological solutions to design processes, often using advanced software like Revit and Dynamo. The skills taught in this course, emphasizing family creation and modification using Dynamo, are directly relevant to the work of a Design Technologist. The course's focus on generative design workflows may enable a Design Technologist to use technology to enhance the efficiency and creativity of design projects. A Design Technologist should use the knowledge of creating custom nodes and parametric families learned in this course to develop automated design processes.

See salaries and explore the career path for Design Technologist

Construction Modeler

A Construction Modeler creates detailed 3D models of construction projects, which are vital for planning and execution. This course helps build the skills necessary to create and customize Revit families, a key part of that process. The course’s focus on Dynamo allows a Construction Modeler to automate design variations, and the techniques for manipulating families for shape shifting, nesting, and parameter-driven designs are essential for creating adaptable and accurate models. The course's focus on generative design and custom node creation may allow a Construction Modeler to create optimal solutions and improve project efficiency.

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Digital Fabrication Specialist

A Digital Fabrication Specialist uses digital tools and techniques for manufacturing and construction, and proficiency with Revit and Dynamo is beneficial for this career role. This course helps a Digital Fabrication Specialist develop crucial skills in creating and parameterizing Revit families with Dynamo. The focus on shape shifting and creating modular families can help a Digital Fabrication Specialist design adaptable and manufacturable components. The course’s emphasis on generative design helps a Digital Fabrication Specialist create efficient and innovative designs.

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Architectural Designer

An Architectural Designer uses software like Revit to create detailed architectural plans and models. The skills learned in this course, especially in creating and modifying families with Dynamo, are directly applicable to the tasks of this role. A course focused on creating and manipulating families and creating custom nodes helps build a foundation that enables Architectural Designers to build complex and flexible designs. Using Dynamo's capabilities for generative design, which is a focus of the course, can allow an Architectural Designer to explore different design options and create innovative solutions.

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MEP Modeler

A Mechanical, Electrical, and Plumbing or MEP Modeler creates 3D models of building systems using software like Revit. A course that helps build skills in creating and modifying Revit families with Dynamo helps an MEP Modeler. The course's focus on parameter driven families, shape shifting, and nesting is particularly useful for designing complex MEP components. Also, the techniques taught in this course for generative design and problem solving may enhance project outcomes and efficiency for an MEP Modeler.

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Architectural Technician

An Architectural Technician assists architects with the technical aspects of design and construction, and needs software like Revit and Dynamo. This course may be useful to an Architectural Technician who creates families and manipulates them with Dynamo. The course's emphasis on family creation, parameter setting, and shapeshifting, all provides a strong foundation for an Architectural Technician to develop accurate and modifiable building models. An Architectural Technician may develop a more efficient workflow by using the course's instruction on custom nodes and generative design.

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Structural Detailer

A Structural Detailer creates detailed drawings and models of structural components, often using software like Revit and requires an advanced knowledge of family creation. This course may be useful for a Structural Detailer looking to use Dynamo for parametric modeling. The course's instruction in parameter driven designs and generative design may help a Structural Detailer create accurate and efficient models of complex structural systems. Further, instruction within the course on shape shifting can allow a Structural Detailer to adapt designs to fit unique project requirements.

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Product Designer

Product Designers create functional and appealing products, and the design process often involves using digital tools. This course, while not directly product-focused, can provide a strong understanding of parametric design, which is a concept used widely in product design. The skills taught in this course, such as creating families, setting parameters, and shape shifting, helps a Product Designer create adaptable product designs. The generative design focus of this course may be useful to explore different design solutions and variations.

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Civil Engineer

Civil Engineers design and oversee the construction of infrastructure projects, and can sometimes work with BIM in coordination with other team members. While this course is not focused on civil engineering, it may be useful for a Civil Engineer to understand the basic principles of generative design, specifically within a construction context. The course's focus on family creation, parameter setting, and shape shifting, may be useful to a Civil Engineer in collaborating on BIM projects. The instruction in using Dynamo can help a Civil Engineer create custom solutions in their design workflow.

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Software Developer

A Software Developer creates computer software and applications, and while this course is not software design-focused, the skills in Dynamo, which is a visual programming tool, may be useful. The course's focus on programming logic for parametric design, family creation, and generative design may be useful for a Software Developer to broaden their technical skill set. While not directly related, learning the principles of visual programming may be a valuable asset for a Software Developer.

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Interior designer

An Interior Designer creates functional and aesthetically pleasing interior spaces, often using BIM software. While this course isn’t directly about interior design, it may be useful for an Interior Designer looking to create custom Revit families for interior elements. The course’s instruction in family creation, parameter setting, and shape shifting, may help create adaptable design elements. An Interior Designer can improve workflows by learning about generative design, as well.

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Urban Planner

An Urban Planner develops plans and policies for the development of urban areas. While this course isn't directly focused on urban planning, the skills in parametric design and generative design can be useful in the context of city planning. This course may be useful for an Urban Planner who wants a deeper understanding of the processes and limitations in design software. The course instruction on family creation, parameter setting, and shape shifting may be useful for the Urban Planner in a collaborative capacity.

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Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Autodesk Revit Families Shape Shifting Creation with Dynamo.

Putting Knowledge to Work

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Provides a comprehensive overview of Revit, including family creation and modification. It serves as a valuable reference for understanding the underlying principles behind Dynamo-driven shape shifting. While not solely focused on Dynamo, it offers essential context for Revit workflows. This book is commonly used as a textbook at academic institutions and by industry professionals.

Putting Knowledge to Work

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Putting Knowledge to Work

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Autodesk Revit Families Shape Shifting Creation with Dynamo

What's inside

Learning objectives

Syllabus

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Activities

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