Accelerated Clash Coordination and MEP Modeling with Dynamo from Udemy

This course is part of a dynamic series focused on using Dynamo as a core tool for BIM processes across all project types, with a special emphasis on clash coordination and MEP modeling. Designed to help you overcome the challenges of modeling piping installations and managing clash detection, it empowers you to achieve faster and more precise results.

Clash coordination can be a time-consuming process, especially when BIM workflows are introduced late in traditional CAD environments. This course tackles those challenges head-on, showing how to integrate clash detection and resolution early in the project lifecycle to maximize BIM’s benefits. You'll learn techniques for improving project scopes, workflows, and clash management, enabling a smoother development process from start to finish.

We’ll cover how to integrate Navisworks clash detection methods with Dynamo to identify and resolve clashes early on through a hierarchical breakdown. You'll also use Dynamo Player to remodel and accelerate clash coordination, making it easier to implement changes and maintain project accuracy.

In addition, this course dives into using Dynamo Player for engineering validation of pipes, ducts, and conduit elements, ensuring accurate information with custom scripts. We’ll walk through real-world examples, demonstrating how to convert CAD lines into Revit MEP elements and develop workflows that adapt to project needs.

BIM is evolving rapidly, reshaping the AEC industry through automation and smarter coordination. Dynamo is used worldwide to speed up Revit models, enable complex modeling, and streamline project management. This course helps you harness that power, bringing new possibilities to your work.

Go at your own pace with lifetime access, and don’t miss the chance to stay updated and improve your BIM skills to gain a competitive edge.

What's inside

Learning objectives

Learn how to model mep elements by level of detail to be coordinating workflows on each phase
Learn how to create a clear solution path for clash coordination while developing the project

Learn how to set proper review and evaluation methods for the project to be developed
Learn about engineering functionality of a model after clash coordination

Learn how to model mep elements by level of detail to be coordinating workflows on each phase
Learn how to create a clear solution path for clash coordination while developing the project
Learn how to set proper review and evaluation methods for the project to be developed
Learn about engineering functionality of a model after clash coordination

Syllabus

Introduction

Creating Schedules for Each View

Clash Coordination Presentation

Resources

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Focuses on Dynamo, a core tool for BIM processes, which is used worldwide to speed up Revit models and streamline project management

Dives into using Dynamo Player for engineering validation of pipes, ducts, and conduit elements, ensuring accurate information with custom scripts

Teaches techniques for improving project scopes, workflows, and clash management, enabling a smoother development process from start to finish

Explores how to convert CAD lines into Revit MEP elements and develop workflows that adapt to project needs, which can enhance modeling capabilities

Integrates Navisworks clash detection methods with Dynamo to identify and resolve clashes early on through a hierarchical breakdown, which is a valuable skill

Covers Revit and Navisworks 2024 updates, which may not be relevant for users of older software versions, so learners should verify software compatibility

Reviews summary

Dynamo for bim clash coordination & mep

According to learners, this course provides practical techniques for integrating Dynamo with Revit and Navisworks, specifically focusing on accelerating clash coordination and MEP modeling workflows. Students frequently mention the value of learning how to use Dynamo Player for engineering validation and managing clash reports. While the course covers essential BIM processes and Navisworks clash detection methods effectively, some reviewers suggest that its 'accelerated' pace may require learners to have a solid existing foundation in Revit, Navisworks, and potentially Dynamo scripting to fully keep up. Overall, the feedback indicates it's a highly useful course for professionals looking to enhance their BIM skills.

Content is up-to-date with recent software versions.

"Good to see the coverage of Revit and Navisworks 2024 updates."

"The review of Dynamo 2024 updates was a timely addition."

"Course felt current with the BIM tools I'm using now."

Highlights useful applications of Dynamo Player.

"Using Dynamo Player for things like converting CAD lines to Revit MEP was a brilliant tip."

"Found the engineering validation scripts covered via Dynamo Player particularly useful."

"The examples using Dynamo Player helped me see its potential beyond just basic scripting."

Effective teaching of software integration.

"The section on exporting Revit to Navisworks and then using Dynamo for clash detection was key."

"Appreciated the clear steps on how Dynamo interacts with both Revit and Navisworks environments."

"Understanding how to link data and views between the software felt much clearer after this course."

Offers practical techniques to improve BIM workflows.

"This course really helped streamline my clash detection process using Dynamo. Highly practical."

"I learned specific workflows for MEP modeling that I can apply immediately to my projects."

"Great insights into automating tasks that used to take me hours manually."

Pace is fast; may require prior software knowledge.

"Definitely an 'accelerated' course; you need to come in with a good understanding of Revit and Navisworks."

"Moves quite quickly through some complex concepts. Not ideal if you're completely new to Dynamo."

"I felt like I needed to pause and rewatch sections multiple times because of the pace."

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 Accelerated Clash Coordination and MEP Modeling with Dynamo with these activities:

Review Revit MEP Fundamentals

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Strengthen your understanding of Revit MEP basics to better grasp the advanced Dynamo workflows covered in the course.

Browse courses on Revit MEP

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Review Revit MEP interface and basic modeling tools.
Practice creating simple MEP systems (piping, ductwork, conduit).
Familiarize yourself with Revit MEP families and parameters.

Brush up on Dynamo Basics

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Revisit fundamental Dynamo concepts to prepare for the course's focus on clash coordination and MEP modeling with Dynamo.

Browse courses on Dynamo

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Review Dynamo's interface and node-based workflow.
Practice creating simple Dynamo graphs for basic Revit tasks.
Understand data types and list management in Dynamo.

Follow Dynamo Clash Detection Tutorials

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Explore online tutorials that demonstrate how to use Dynamo for clash detection in Revit models.

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Search for tutorials on Dynamo clash detection workflows.
Follow along with the tutorials, adapting them to your own models.
Experiment with different clash detection parameters and settings.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Automate View Creation for Clashes

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Develop a Dynamo script to automatically create views for each clash detected in a Revit model, streamlining the review process.

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Identify the necessary Revit API elements for view creation.
Design a Dynamo graph to automate the view creation process.
Test and refine the script to ensure accurate view creation.

Mastering Autodesk Revit MEP 2024

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Reference this book to deepen your understanding of Revit MEP concepts and workflows.

View Putting Knowledge to Work on Amazon

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Read relevant chapters on MEP modeling and clash detection.
Practice the techniques described in the book using your own models.
Use the book as a reference when encountering challenges in the course.

Develop a Clash Coordination Workflow Document

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Document a complete clash coordination workflow using Dynamo and Navisworks, outlining the steps, scripts, and best practices.

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Outline the key steps in the clash coordination workflow.
Document the Dynamo scripts used for clash detection and resolution.
Describe the integration with Navisworks for clash review and reporting.
Include best practices and recommendations for effective clash coordination.

Autodesk Revit 2024 MEP Electrical

Show steps

Reference this book to deepen your understanding of Revit MEP concepts and workflows.

View Autodesk Revit 2025: Fundamentals for MEP -... on Amazon

Show steps

Read relevant chapters on MEP modeling and clash detection.
Practice the techniques described in the book using your own models.
Use the book as a reference when encountering challenges in the course.

Career center

Learners who complete Accelerated Clash Coordination and MEP Modeling with Dynamo will develop knowledge and skills that may be useful to these careers:

Clash Detection Specialist

A Clash Detection Specialist is responsible for identifying and resolving spatial conflicts between different building systems within a BIM model. This course is ideal for this role, because it focuses on using Dynamo to enhance clash detection and resolution workflows. This course shows how to integrate Navisworks clash detection methods with Dynamo to identify and resolve clashes early through a hierarchical breakdown. A Clash Detection Specialist will find the course's focus on using Dynamo Player to remodel and accelerate clash coordination highly useful. The course's emphasis on improving project scopes, workflows, and clash management makes it a must for any Clash Detection Specialist.

See salaries and explore the career path for Clash Detection Specialist

MEP Modeler

An MEP Modeler creates detailed 3D models of mechanical, electrical, and plumbing systems for construction projects. This course is directly relevant as it focuses on MEP modeling with Dynamo. The course's coverage of using Dynamo Player for engineering validation of pipes, ducts, and conduit elements is particularly useful for an MEP Modeler, enabling them to ensure the accuracy of their models. Additionally, the course's instruction on leveraging Dynamo to convert CAD lines into Revit MEP elements helps an MEP Modeler work more efficiently and adapt to different project needs using the techniques taught. A learner completing this course can efficiently model complex MEP systems.

See salaries and explore the career path for MEP Modeler

BIM Coordinator

A BIM Coordinator is responsible for managing the Building Information Modeling process on a project, overseeing the creation, maintenance, and delivery of BIM models. This role requires expertise in clash detection and resolution, which this course directly addresses. The course emphasizes integrating Navisworks clash detection with Dynamo, which is essential for a BIM Coordinator to efficiently identify and resolve clashes early in the project lifecycle. This course helps a BIM Coordinator improve project workflows by using Dynamo to automate clash coordination, thus streamlining the BIM process and ensuring better outcomes.

See salaries and explore the career path for BIM Coordinator

BIM Technician

A BIM Technician works under the direction of a BIM coordinator or manager to create and maintain BIM models. The course is highly relevant for this role as it provides practical training in using Dynamo for clash coordination and MEP modeling, which are core aspects of BIM work. This course teaches techniques for improving project scopes, workflows, and clash management, which a BIM Technician can apply to ensure models are accurate and coordinated. This course's instruction on using Dynamo Player to remodel and accelerate clash coordination will help a BIM Technician handle projects more efficiently.

See salaries and explore the career path for BIM Technician

Virtual Design and Construction Engineer

A Virtual Design and Construction Engineer utilizes BIM and other technologies to improve the planning, design, and construction processes. This course helps a Virtual Design and Construction Engineer by providing hands-on experience in clash coordination and MEP modeling, using Dynamo. The course's focus on integrating clash detection and resolution early in the project lifecycle using Dynamo and Navisworks aligns with the goals of a VDC Engineer. A Virtual Design and Construction Engineer will find this course useful for improving project scopes, workflows, and clash management. The course will provide a strong foundation for leveraging BIM tools effectively.

See salaries and explore the career path for Virtual Design and Construction Engineer

MEP Designer

An MEP Designer is responsible for developing the detailed designs for mechanical, electrical, and plumbing systems in buildings. This course directly relates to the work done by an MEP Designer, as it covers using Dynamo for MEP modeling. This course's instruction on using Dynamo Player for engineering validation of pipes, ducts, and conduit elements is vital. The course also outlines techniques to convert CAD lines into Revit MEP elements, which is useful for an MEP Designer. An MEP Designer who takes this course will gain skills in applying automation to design tasks.

See salaries and explore the career path for MEP Designer

Construction Technologist

A Construction Technologist uses technology to enhance construction processes. This course, with its emphasis on using Dynamo for BIM processes, is particularly relevant. The course provides hands-on experience in clash detection and resolution, which is critical for a Construction Technologist to improve project workflows. This course's focus on integrating Navisworks clash detection with Dynamo will help a Construction Technologist streamline projects and resolve conflicts efficiently. The course's content on using Dynamo Player for engineering validation is a valuable skill for this role.

See salaries and explore the career path for Construction Technologist

Project Engineer

A Project Engineer is involved in the planning, design, and execution of construction projects. This course may be useful for this role, as it provides essential skills in BIM processes, particularly clash coordination and MEP modeling using Dynamo. This course can help a Project Engineer improve project workflows by using Dynamo to automate clash coordination. The course’s exploration of integrating Navisworks clash detection with Dynamo can also contribute to reducing errors. A Project Engineer will find that the skills learned in this course can be effectively applied in many facets of project management.

See salaries and explore the career path for Project Engineer

Design Engineer

A Design Engineer creates technical drawings and specifications for building projects. While this role does not directly use BIM models in all cases, using Dynamo for clash coordination and MEP modeling helps a Design Engineer understand how their designs are implemented in practice. This course may be useful for a Design Engineer, and they will find the course's methods to improve project scopes, workflows, and clash management useful as they design and collaborate. The course teaches skills that can help a Design Engineer work effectively in collaborative environments that utilize BIM processes.

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Construction Manager

A Construction Manager oversees the planning, coordination, and execution of construction projects. This course may be useful for a Construction Manager, particularly the elements that focus on BIM processes with Dynamo. The course's teachings on clash detection and resolution processes will assist with their work. The course may provide a Construction Manager with a better understanding of how to leverage BIM to improve project scopes and workflows. A better understanding of clash management is essential for a Construction Manager.

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Architectural Drafter

An Architectural Drafter creates technical drawings and plans for architectural projects. While an Architectural Drafter may not directly use dynamo, the skills in clash detection and MEP modeling will help an Architectural Drafter work more efficiently on projects that use BIM. This course helps a drafter better understand the importance of clash detection. While this role does not typically require extensive knowledge of Dynamo, this course may prove to be helpful in collaborative projects and interdisciplinary design.

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Civil Engineer

A Civil Engineer designs and oversees the construction of infrastructure projects. This course may be useful for a Civil Engineer, as it explores how BIM workflows improve project outcomes. The course's use of Dynamo for clash detection and MEP modeling could be useful in the interdisciplinary work that a Civil Engineer often undertakes. The course may help improve their understanding of project coordination and management. A Civil Engineer may find that the skills covered can be helpful for them.

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Structural Engineer

A Structural Engineer designs and oversees the construction of building structures. The techniques taught in this course may be useful for interdisciplinary projects involving MEP. However, many of the tasks of a Structural Engineer are outside of the scope of this course. This course may be useful to a Structural engineer, as it may improve their understanding of project workflows and management. The course may help provide insight on collaboration with other design disciplines.

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Facilities Manager

A Facilities Manager is responsible for the maintenance and operation of buildings. While a Facilities Manager does not consistently use BIM models, knowledge of clash detection and MEP modeling can be helpful. This course may be useful for a facilities manager, as the skills of clash coordination can improve decision-making about infrastructure. This course may provide some insight regarding the creation and maintenance of building systems. A Facilities Manager may find this added knowledge helpful in the long run.

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Urban Planner

An Urban Planner develops plans for the growth and development of cities and regions. The tools and techniques discussed in this course may be useful for some tasks that an urban planner undertakes. However, the skills and knowledge taught in this course are not a typical part of the skillset of an Urban Planner. Though this course may be useful, it is not a core skill for an Urban Planner. This is outside of the typical day-to-day of an Urban Planner.

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Reading list

We've selected two 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 Accelerated Clash Coordination and MEP Modeling with Dynamo.

Putting Knowledge to Work

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Provides a comprehensive guide to Revit MEP, covering a wide range of topics from basic modeling to advanced workflows. It serves as a valuable reference for understanding the underlying principles of MEP modeling in Revit. It can be used to supplement the course material and provide additional depth on specific topics. This book is commonly used by industry professionals and in academic settings.

Putting Knowledge to Work

Paperback

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Putting Knowledge to Work

Kindle Edition

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