BIM- Dynamo for Revit- Master Class from Udemy

Do you want to know how to automate tasks in Revit using Dynamo?

Do you want to know how to optimize your complex Revit models for performance and efficiency?

Do you want to know how parametric design can help in creating complex shapes and designs in architecture and engineering?

The Dynamo course covers the fundamentals of using Dynamo in building information modeling. The course starts with an introduction to Dynamo's environment, node types, and integer and number values. It then moves on to more advanced topics such as creating forms parametrically, creating circles, polygons, and ellipses using nodes, and extruding shapes. You will also learn to manipulate geometry using translation and mirroring. The course includes several exercises to reinforce learning, including creating a multi-story parking garage, a forest tower, and Athens Olympic Sports Complex by Calatrava.Headlines:

Dynamo Fundamentals: Getting Started with Node-Based Design
Building Custom Shapes: Exploring Integer and Number Values in Dynamo
Creating Parametric Forms: Using Line and Circle Nodes in Dynamo
Advanced Geometry: From Regular Polygons to Lofted Solids in Dynamo
Practical Applications: Extruding Shapes and Creating Curved Surfaces in Dynamo
Parametric Modeling: Using Transpose, Offset, and Sweep Nodes in Dynamo
Mastering Curves: Using Polycurves and Fillet Nodes in Dynamo
Dynamic Design: Creating Custom Forms with NURBS and Control Points in Dynamo
Advanced Techniques: Using List Manipulation and Lacing in Dynamo
From Sketch to Structure: Building Complex Forms with Dynamo's Node-Based Workflow

This course is packed with real-life examples that immerse you in project situations and facilitate effective learning. Additionally, you're encouraged to ask any questions you may have while watching the course, ensuring a comprehensive understanding of the subject matter.

What's inside

Learning objectives

Introduction to dynamo: environment and node basics
Creating basic shapes with point and line nodes
Generating sequential numbers with code block and list nodes
Advanced shape creation with circle, polygon, and ellipse nodes
Creating furniture forms with rectangle and plane nodes

Adding volume to shapes with extrude and loft nodes
Transforming and mirroring shapes with translate and mirror nodes
Creating complex shapes with nurb and polycurve nodes
Advanced shape manipulation with offset and sweep nodes
Building tower and bridge forms with advanced nodes

Introduction to dynamo: environment and node basics
Creating basic shapes with point and line nodes
Generating sequential numbers with code block and list nodes
Advanced shape creation with circle, polygon, and ellipse nodes
Creating furniture forms with rectangle and plane nodes
Adding volume to shapes with extrude and loft nodes
Transforming and mirroring shapes with translate and mirror nodes
Creating complex shapes with nurb and polycurve nodes
Advanced shape manipulation with offset and sweep nodes
Building tower and bridge forms with advanced nodes

Syllabus

What Makes This Course Unique?

Why This Course?

Exercise file

Course Catalog

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Read about what's good

what should give you pause

and possible dealbreakers

Covers Dynamo, a visual programming language, which allows users to automate tasks and create complex designs in Revit, a popular BIM software

Includes exercises to reinforce learning, such as creating a multi-story parking garage, a forest tower, and the Athens Olympic Sports Complex by Calatrava

Explores node-based design, which is a visual approach to programming that can be more intuitive for designers and modelers

Teaches how to create parametric forms, which allows for easy modification and optimization of designs

Requires access to Revit software, which may involve a subscription fee for some learners

Focuses on creating forms parametrically, which is useful for optimizing complex Revit models for performance and efficiency

Reviews summary

Practical introduction to dynamo for revit

According to learners, this course offers a solid foundation in using Dynamo for Revit, particularly highlighting the practical examples and hands-on exercises. Students appreciate the step-by-step approach that helps beginners get started with node-based programming for BIM tasks. While it provides a comprehensive overview of fundamental nodes and concepts, some mention a desire for more in-depth coverage of advanced topics or workflows for complex real-world scenarios. The course is seen as effective for automating repetitive tasks and understanding parametric design principles.

Benefits from prior familiarity with Revit.

"Having a basic understanding of Revit is definitely helpful before starting this course."

"While it teaches Dynamo, knowing your way around Revit makes the integration concepts easier."

"This isn't a Revit course, so some prior knowledge of the BIM platform is beneficial."

"The course assumes some familiarity with the Revit interface when demonstrating Dynamo applications."

Covers fundamentals well, less on advanced use.

"While great for basics, I felt it could use more in-depth coverage on complex topics or optimization techniques."

"It covers a wide range of fundamental nodes, but doesn't go deep into very advanced scripting or package use."

"Good for getting started, but those looking for master-level Dynamo for specific complex tasks might need more."

"I was hoping for slightly more advanced applications related to specific architectural challenges."

Teaching style is generally easy to follow.

"The instructor explains the concepts clearly and the pace is just right for learning."

"I found the explanations easy to follow, especially for someone new to this type of visual programming."

"The way the instructor breaks down complex ideas into smaller steps is very effective."

"Overall, the teaching style is helpful and makes the content accessible."

Provides a strong start for beginners.

"This course gave me an excellent introduction to the Dynamo environment and basic node usage."

"It's a great starting point for anyone new to Dynamo and wanting to connect it with Revit."

"I gained a solid foundation in the fundamentals of node-based design covered in the early modules."

"The initial sections on node types and values were clear and concise for a beginner like me."

Hands-on projects reinforce learning effectively.

"The exercises, like creating the parking garage and tower, were incredibly helpful for applying concepts."

"I really appreciated the practical examples; they make the theoretical knowledge much easier to grasp and use."

"Learning by doing the projects made a big difference in my understanding of Dynamo workflows."

"The hands-on exercises provided practical tools and strategies I could immediately apply."

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 BIM- Dynamo for Revit- Master Class with these activities:

Review Revit Fundamentals

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Solidify your understanding of Revit basics to ensure a smooth transition into Dynamo's parametric design environment.

Browse courses on Revit

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Review Revit's interface and tools.
Practice creating basic building elements.
Familiarize yourself with Revit families.

Read 'Mastering Autodesk Revit'

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Deepen your understanding of Revit, which is essential for effectively using Dynamo for parametric design and automation.

View Mastering Autodesk Revit 2020 on Amazon

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Read chapters related to modeling and families.
Practice the examples provided in the book.
Relate Revit concepts to Dynamo nodes.

Follow Dynamo Tutorials on YouTube

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Enhance your Dynamo skills by following online tutorials that demonstrate various techniques and workflows.

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Search for Dynamo tutorials on YouTube.
Choose tutorials that cover specific topics.
Follow along with the tutorial and practice the steps.

Four other activities

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Replicate Course Examples

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Reinforce your understanding of Dynamo nodes and workflows by recreating examples from the course.

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Select a Dynamo example from the course.
Rebuild the graph from scratch.
Compare your result with the course example.

Automate a repetitive Revit task

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Apply your Dynamo knowledge to automate a real-world Revit task, such as placing elements or modifying parameters.

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Identify a repetitive task in Revit.
Design a Dynamo graph to automate the task.
Test and refine your Dynamo graph.

Document your Dynamo project

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Create a blog post or video tutorial explaining your Dynamo project and its benefits.

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Choose a Dynamo project to document.
Write a blog post or record a video tutorial.
Share your content online.

Read 'Dynamo and Revit: Practical BIM Programming'

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Expand your knowledge of Dynamo and Revit by reading a book dedicated to practical BIM programming.

View Putting Knowledge to Work on Amazon

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Read chapters related to your interests.
Practice the examples provided in the book.
Apply the techniques to your own projects.

Career center

Learners who complete BIM- Dynamo for Revit- Master Class will develop knowledge and skills that may be useful to these careers:

Building Information Modeling Specialist

A building information modeling specialist is responsible for creating and managing digital models of buildings and infrastructure. Someone in this role often uses software like Revit, and this course will help them to automate tasks in Revit using Dynamo. The course begins with the fundamentals of Dynamo's environment and progresses to advanced topics, such as creating parametric forms and manipulating geometry. Learning advanced geometry, extruding shapes, and creating curved surfaces is useful in this role. The course provides examples of creating complex structures with the node-based workflow, and this is useful for a BIM specialist who wants to make the most of their software.

See salaries and explore the career path for Building Information Modeling Specialist

Design Automation Specialist

A design automation specialist develops and implements strategies for automating design processes, often using tools like Dynamo. This course is a strong fit, as it focuses on using Dynamo to automate tasks within Revit. The course begins with the fundamentals of Dynamo's environment and then transitions to using nodes to create complex shapes, manipulate geometry, and generate forms parametrically. The course's hands-on approach may be useful to professionals in this role. By exploring advanced geometry, manipulating lists and lacing, and working through practical exercises, a design automation specialist will expand their toolkit for automating tasks.

See salaries and explore the career path for Design Automation Specialist

Computational Designer

A computational designer uses software and coding to create complex forms and automate design processes, often in architecture or engineering. This course may be useful for someone in this role, as a core focus is using Dynamo to create parametric designs, manipulate geometry, and automate tasks within Revit. The course's focus on building custom shapes, creating parametric forms, and manipulating geometry using nodes directly aligns with the skills needed in computational design. Learning to extrude shapes, create curved surfaces, and construct complex forms with Dynamo's node-based workflow is directly applicable to this role. Understanding how to use Dynamo effectively will help a computational designer optimize workflows, explore complex design options, and automate repetitive tasks.

See salaries and explore the career path for Computational Designer

Parametric Designer

A parametric designer uses algorithms and parameters to create designs that can be easily modified and adapted. This course may be useful for any aspiring parametric designer. In particular, the course's focus on creating forms parametrically, using line and circle nodes, and manipulating geometry through translation and mirroring enhances a parametric design workflow. It emphasizes hands-on application with exercises like creating a multi-story parking garage, a forest tower and the Athens Olympic Sports Complex. These exercises may help build a foundation for exploring complex designs and automating parts of the design process through Dynamo's node based environment.

See salaries and explore the career path for Parametric Designer

Architectural Technologist

An architectural technologist applies scientific and engineering principles to the design and construction of buildings. This course may be useful because it uses Dynamo for Revit, enabling the automation of design tasks and the creation of optimized models. The course covers foundational concepts, such as node types and integer values, and progresses into advanced topics, including creating parametric forms and manipulating geometry. A course participant will learn to extrude shapes and create complex forms while also gaining a deeper understanding of how Building Information Modeling workflow can be enhanced through automation and customization, making them more competitive in the architecture field.

See salaries and explore the career path for Architectural Technologist

Architectural Drafter

An architectural drafter creates technical drawings and plans for buildings and structures. This course may be helpful for an architectural drafter, as it focuses on using Dynamo to automate tasks within Revit. The course begins with the basics of Dynamo and then moves to advanced topics like creating custom shapes and manipulating geometry through translation and mirroring. By learning to generate parametric forms and manipulate geometry, a drafter can streamline their workflow and create complex designs more efficiently. The course's hands-on exercises, which include creating structures like a multi-story parking garage, can help an architectural drafter gain a practical understanding of how to apply these techniques to real-world projects.

See salaries and explore the career path for Architectural Drafter

Digital Fabrication Specialist

A digital fabrication specialist uses digital tools to create physical objects. This course may be useful, as it focuses on automating tasks in Revit using Dynamo, which can help control the fabrication process. The course examines the basics of Dynamo and node-based design, moving into more advanced topics such as creating parametric shapes, manipulating geometry, and generating complex forms. The course also delves into extruding shapes, creating curved surfaces, and using NURBS and polycurves, which are all useful for anyone interested in digital fabrication. This course may help one learn to automate the creation of complex geometries and optimize models for digital fabrication processes.

See salaries and explore the career path for Digital Fabrication Specialist

Junior Architect

A junior architect works under the supervision of a senior architect, assisting with the design and planning of buildings. This course may be useful for a junior architect, as it features instruction on using Dynamo with Revit to automate design tasks. The course begins with the basics of Dynamo and moves on to more complex topics, such as creating parametric forms, manipulating geometry, and generating complex shapes. The practical exercises will help a junior architect gain tangible experience using Dynamo to optimize design workflows. The course provides a foundation for more efficient design exploration and the automation of time-consuming tasks.

See salaries and explore the career path for Junior Architect

Civil Engineer

A civil engineer designs, constructs, supervises, and maintains infrastructure projects. This course may be useful, because it teaches how to use Dynamo to automate design tasks in Revit. A civil engineer might find the course's lessons on creating parametric forms, manipulating geometry, and extruding shapes particularly relevant to their work. The course also goes over practical applications, like creating complex structures such as multi-story garages and bridge infrastructure, which are very relevant for civil engineering projects and may help one understand how automation can improve design and modeling workflows. This will help improve their ability to manage and handle complex projects efficiently.

See salaries and explore the career path for Civil Engineer

Structural Engineer

A structural engineer designs and analyzes the structural integrity of buildings and infrastructure. This course may be helpful for such a professional, as it focuses on using Dynamo with Revit to automate the creation of complex structural forms. The course may be useful for anyone in this role, as it teaches the fundamentals of node-based design and moves on to more advanced topics such as parametric geometry, complex shape creation, and shape manipulation. A structural engineer can use the course to become proficient in automating design tasks and using Dynamo to optimize complex models, thus helping them to effectively design and analyze structural systems.

See salaries and explore the career path for Structural Engineer

Construction Manager

A construction manager is responsible for planning, coordinating, and overseeing construction projects. This course may be useful because it teaches the use of Dynamo to automate design tasks within Revit. While not directly involved in design, a construction manager can better plan and manage projects by understanding how BIM models are created and optimized through automation. The course's coverage of creating complex shapes, parametric forms, and shape manipulation with tools like Dynamo might make this professional better able to collaborate with design teams and ensure constructibility. This course may help optimize workflows and improve coordination, benefiting the entire construction process.

See salaries and explore the career path for Construction Manager

Urban Planner

An urban planner develops plans for land use, infrastructure, and community development. This course may be useful because it focuses on using Dynamo to automate parametric design and shape manipulation in Revit. Although urban planners don't generally use Revit directly, this course may help them understand how digital modeling tools and parametric design can be applied to urban planning projects. The course teaches basic and advanced geometry creation, which is relevant in optimizing urban models. A better understanding of automation in modeling improves the quality of communication between the planning and design teams.

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Interior designer

An interior designer plans and designs the interior spaces of buildings. This course may be useful as it teaches how to use Dynamo to automate tasks within Revit. The course progresses from basic node knowledge to advanced shape creation techniques. Interior design may benefit from the course's instruction on creating parametric forms, manipulating geometry, and generating sequential numbers to create rhythmic patterns. The ability to use offset and sweep nodes, and the knowledge of using custom forms with NURBS and control points may help an interior designer optimize the design of custom features.

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Landscape Architect

A landscape architect designs outdoor spaces such as parks, gardens, and campuses, and this course may be useful. It teaches how to use Dynamo within Revit to automate design tasks. Although landscape architecture differs from building architecture, the course's focus on generating parametric forms and manipulating geometry can help with creating complex terrain models and landscape features. The course delves into techniques such as extruding shapes and creating curved surfaces. Learning to automate design processes can assist landscape architects in quickly developing and modifying complex landscape designs. This course may help with optimizing workflows and allows for exploration of complex design options.

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Mechanical Engineer

A mechanical engineer designs, develops, and tests mechanical devices and systems. This course may be useful because it teaches the use of Dynamo to automate design tasks within Revit. The course teaches fundamental node operations and then moves toward the creation of complex parametric forms, which may be useful for modeling complex shapes and systems. Learning how to extrude shapes and manipulate geometry using Dynamo can help mechanical engineers optimize the design of complex mechanical parts and systems. The course may be useful for understanding how parametric modeling and automation can improve design workflows.

See salaries and explore the career path for Mechanical Engineer

BIM- Dynamo for Revit- Master Class

What's inside

Learning objectives

Syllabus

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Reviews summary

Practical introduction to dynamo for revit

Activities

Career center

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