Efficient BIM Piping Modeling with Revit and Dynamo

Name: Efficient BIM Piping Modeling with Revit and Dynamo
Rating: 3.9 (61 reviews)

Learn Piping Design from Scratch and Implement Time-Saving Autorouting and Coordination Workflows Using Dynamo

Created byEnrique Galicia

Last updated 10/2024

English

What you'll learn

Create MEP System types for Piping Configure Elements and set parameters
Modify correct or create MEP elements to Models.
How to review that information assets comply with the values set.
Create Dynamo Structures for Autorouting Solutions and Change
Extract or Set Elements to solve the Instalation Creation

Course content

5 sections • 31 lectures • 4h 9m total length

Introduction1:34
Explore how Dynamo powers piping installation modeling within BIM workflows, enabling faster creation, easy updates, and programmable patterns for MEP design and generative optimization.
Dynamic Modeling for MEP Introduction7:20
Dynamic modeling for MEP with Revit and Dynamo, focused on piping quantities, clash detection, and pattern-based automation to keep models up to date and improve engineering efficiency.
Resources

Disclaimer of Differences with 20245:33
Discover that 2020–2024 piping workflows in Revit remain viable with minimal changes to modeling, properties, systems, and families, while Dynamo basics stay consistent through 2024 and 2025 APIs.
Pipe Modeling Processes9:43
Explore pipe modeling processes in Revit, from setting up units and origin to placing pipes, elbows, and connections using standard templates, levels, and view properties.
Properties and Config of Pipe Systems8:30
Configure pipe systems in Revit by adjusting mechanical settings, connector tolerances, angles, and system classifications, then customize materials, fluids, and routing with Dynamo-driven workflows.
Inserting Plumbing Fixtures and Mechanical Equipments8:55
Insert plumbing fixtures and mechanical equipment in Revit, set fittings and materials, and control slope, elevation, and sanitary pipe system properties for efficient building information modeling.
Inserting Links7:45
Plumbing Fixture Placement9:18
Place plumbing fixtures in a linked architectural model using Revit and Dynamo, adjust visibility and levels, set connectors and families, and verify proper fixture connections.
Sanitary Modeling10:18
Learn sanitary piping modeling in Revit by drawing pipes with proper slope, connectors, and fittings, and creating three-way and 45-degree connections for level 3 sanitary systems.
Sanitary Instalation Finish Up13:48

Dynamo Overview Presentation3:28
Inputs_Connectors and Fixtures11:08
Explore how to acquire elements by category in Dynamo, map connectors and fixtures, and align them with system and level data to model efficient piping in Revit.
Connecting to a Main Branch5:34
Connect piping elements to a main branch using a dynamic script in revit and dynamo, with map connectors that align sanitary piping and create 45-degree joints.
Create Routing System to Custom Node11:39
Create a routing system in Dynamo to connect lines and model elements for bim piping. Configure custom nodes, radius and diameter logic, points, planes, and 45-degree elbows for accurate routing.
Closing Functions for Connections11:20
Create custom Dynamo nodes to build sanitary piping connections with slopes, derive geometry from lines, and map fittings to lines for complete, connected Revit pipes.
Updates for Dynamo 20245:33
Review Dynamo 2024 updates, install the updated package, and validate general extraction and sanitary creation scripts using middleware. Align Revit API 2025 and Dynamo for Revit references.

Modeling Ventilation Systems12:57
Model ventilation systems in Revit using Dynamo scripts to create piping connections, align elbows, project points, and define distances for an accurate, connected ventilation layout.
Ending Ventilation Functions8:15
Execute a practical ventilation piping workflow in Revit and Dynamo by mapping elements, setting radii and connectors, and generating a complete, well-connected pipe grid.
Ventilation Going Top8:03
Modify a Dynamo function to create ventilation connections at the top of elements, using a custom node to map points, vectors, and radius for pipe integration.
Placing Hidraulic Supply9:56
Explore hydraulic supply placement in a BIM workflow using Revit and Dynamo, detailing linking, fixture placement, wall connections, and creating custom hydraulic connection rules for up and down piping.
Modeling Hidraulic Suply8:56
Model hydraulic supply piping in Revit and Dynamo by selecting points and vectors, creating pipe elements and connectors, and ensuring proper fixture connections while flattening and managing lists.
Placing Fire Protection Systems6:15
Place and connect fire protection piping in Revit, place sprinklers with proper alignment to grid and level zero, adjust hydraulic settings, and manage imperial versus metric unit workflows.
Modeling Fire Protection Systems9:01
Explore modeling fire protection systems in Revit and Dynamo by constructing connector lines from point to point, aligning points at the same height, and creating reusable custom nodes for piping.
Finishing the Function8:21
Apply finishing the function in a Revit and Dynamo workflow to produce piping elements by mapping pipes, adjusting inputs, and integrating elbows and connectors for a complete BIM piping model.
Updates to Dynamo Revit 20245:33
Learn updates to dynamo for revit 2024, troubleshoot ventilation and fire protection scripts, and ensure compatibility with revit 2025 api and dynamo add-ins.

Sanitary Samples with Player14:12
Learn to adapt Dynamo Player scripts for sanitary piping down slopes, ensuring line directions go from high to low and using distance checks to connect model elements reliably.
Sanitary Samples going Back10:47
Adjust piping connections and connector points to ensure lines intersect with plumbing fixtures and cesspools. Save and run checks, and extend lines by two meters when needed to resolve non-intersections.
Ventilation Samples with Player10:03
Learn to create ventilation elements and connect piping fixtures using Dynamo in Revit, using Dynamo Player to manage faces, fittings, and sprinkler connections for reliable BIM piping models.
Hidraulic and Fire Protection Samples with Player3:41
Learn efficient BIM piping modeling with Revit and Dynamo through hydraulic and fire protection samples, connecting fixtures and sprinklers to a shared line and perpendicular paths, speeding up workflows.
Dynamo Updates 20242:32
Discover Dynamo updates 2024 for efficient BIM piping modeling, focusing on the Dynamo player, careful object selection, library mappings, and separated controllers to ensure smooth workflow on Revit.

Requirements

Need to know basics on Autodesk Revit
Need to know Dynamo Modeling Basics for Geometry Analysis and Player or any Related
Be Resilient Curious and Creative

Description

This course is part of a cutting-edge series designed to elevate Dynamo as a central tool in BIM processes across various project types. Tailored for professionals seeking to streamline MEP modeling, this course focuses on using Dynamo for automating and optimizing piping installations.

Why MEP Modeling with Dynamo?

MEP modeling, especially for piping installations, is often a time-consuming process, heavily dependent on architectural and structural components. Changes in these elements often result in rework for MEP models. By integrating Dynamo, you can automate rule-driven processes based on analysis, requirements, and formulas, allowing for seamless updates and more efficient workflows.

What You Will Learn:

MEP Modeling Crash Course: A quick introduction to piping installation techniques, highlighting best practices within Revit's MEP environment.
Dynamo Logic Fundamentals: A beginner-friendly overview of Dynamo's core logic, preparing you to automate repetitive tasks in Revit.
Pattern Creation for MEP Installations: Learn to develop dynamic piping patterns that auto-route and adapt to design changes effortlessly.
Custom Nodes & Toolkit Creation: Explore how to build custom Dynamo nodes for specialized tasks, enhancing your MEP modeling toolkit with tailored solutions.
MEP Generative Design Foundations: Get a glimpse into generative design for MEP, utilizing Dynamo to create adaptive and efficient installations based on defined parameters.

Why Take This Course?

Dynamo is increasingly used worldwide to accelerate Revit modeling, streamline project management, optimize quantities, and integrate workflows across different disciplines. This course will help you unlock new possibilities by merging technology and creativity, making MEP modeling faster, smarter, and more adaptable.

Stay Updated & Engage

Throughout the course, you'll have access to discussion forums for real-time Q&A and be encouraged to stay connected across multiple platforms to keep up with new features and advancements that can transform your work in the long run.

Unleash the full potential of Dynamo for MEP modeling and enjoy the freedom to innovate, automate, and stay ahead of the curve in a rapidly evolving industry.

Who this course is for:

MEP Engineers that believe on rules, patterns and that understand that modeling needs to be a product of analysis and logic not of handcrafted hours of repetition
MEP Engineers that what to solve or model elements by Dynamo use, and change their performance forever
Constructors and Engineers that want to see the capabilities for MEP modeling.
Architects that would seek to develop fully integrated projects

Efficient BIM Piping Modeling with Revit and Dynamo

What you'll learn

Explore related topics

Course content

Introduction3 lectures • 9min

Piping Configuration8 lectures • 1hr 14min

Dynamo Basic Requirements6 lectures • 49min

MEP Modeling by Dynamo9 lectures • 1hr 17min

MEP Modeling with Player5 lectures • 41min

Requirements

Description

Who this course is for: