The combination of Revit software and Navisworks software is by far the best Building Information Modeling (BIM) tool for model authoring and clash coordination. The workflow of using these software systems is pretty straightforward. Once the clash results are out, we can use the Switchback tool from Navisworks Manage to locate those clashes back to Revit. However, having to simultaneously highlight the exact location of those clashes in the Revit file would be challenging. In this class, we will show how we can use a Dynamo script to locate those clashes in Revit by using a sphere family that can be scheduled and highlighted in the model for quick viewing. And finally, we'll add comments in the sphere family schedule to communicate these updates back to the rest of the team.

Do you work in the civil engineering field with BIM ? Would you like to know how to use Revit beyond traditional boundaries of usage and how to do real underground metro tunnels projects? Then come join us and discover potential issues and their resolutions during model development. See how to get the most from Revit families and Vector Math. Learn how to make it happen in Revit with Dynamo assistance.

In this class you will learn about: Latest enhancements and the tools available in Revit for reinforced concrete Methods for modelling, numbering and creating shop drawings for rebar using Revit  How to apply computational design for your Revit concrete models Structural Design Dynamo package with useful examples

The accumulation and management of the building design data, including room requirements, medical equipment, and other room-based items, which starts from early design stages and keep changing until getting the construction documentation, can be enhanced through BIM techniques using Revit and Microsoft office tools, this ensures that all elements and information are coordinated and validated among all relevant disciplines. This includes a link to a central data source (MS Access), used to create a space program, create room datasheets, and specification manuals. Also extract design plans and 3D views as part of the BIM models. This session will cover the database used and explains the relationships between objects and associated rooms and will show some techniques in Revit and dynamo in a live demo. The session goes beyond learning Revit basics and looks at the underlying information requirements of emerging integration in project delivery highlighting innovative ideas and workflows.

Dynamo and Dynamo Player are great user-friendly tools that are being used more and more every day. With the ability to create your own nodes, use Python, and download Packages, Dynamo is almost as easy as it can be. Creating Revit add-ins using C# programming language, for example, means learning how to code, but also how to code with the Revit API. This can take a lot of time and effort; however, having complete control over the code logic, being able to create any GUI needed, and utilizing Revit API Events can give you a lot of powerful abilities. In this lecture we will discuss when using Dynamo or an add-in may be the best solution, and we’ll look at the pros and cons for both depending on a number of factors, including limitations each may have.

Over the past few years, there have been 2 or more releases of Revit software each year. Were you able to sit down and look through all of the new features? How are you informed about what the new features are and how they work? In the midst of your busy workday, you may have missed quite a bit of information about all these updates-like how to harness the power of scripting with Dynamo Player. In this session, we'll cover 30 of the most recent Revit updates, and you'll learn how you can use them right away. Join us and make an impact on your day-to-day workflows!

The design and engineering of steel structures is getting increasingly complex. Changes are difficult to handle and curvatures are becoming more challenging. Do you want to get inspired by the power and dynamics of parameteric and computational design? In this hands-on class you will learn some tricks for optimising structural frame and panel designs, using computational design techniques. Besides modelling, you'll discover ways to involve fabrication data early in the design process. And finally you'll learn about fabrication optimisation techniques. This class uses Dynamo, Project Fractal, Revit, and Advance Steel.

All of us have been there at one time or another: faced with the daunting mundane task of manually inputting data from a certain program to another. And this not only takes an extremely long time, but it is also prone to error—along with the fact that the information is static and isolated. So, instead of spending more money on a new add-in or software program, this session will demonstrate how to capitalize on Revit software, Dynamo, and Microsoft Excel (software programs already on our computers) to produce accurate HVAC load results for HVAC design. Attendees will learn to utilize design criteria with Revit MEP Spaces, and learn how to push, pull, and manipulate that data using Dynamo and Excel.

For infrastructure projects like rail and road, you can’t use a single software to create the model that satisfies the needs of current requirements in digital build and digital engineering. In this class, you will learn when you should use Revit software in your workflow. You’ll learn how to set up the Revit model for an infrastructure project. You’ll learn how to create long section drawings using Revit. And you’ll learn how to create a high Level Of Detail (LOD) model for overhead wire structure, drainage, retaining wall and fencing, and more.

The step from detailed design to construction in a Building Information Modeling (BIM)-enabled workflow is a challenge for many design offices and construction companies. In many situations, designs need to be changed after contractors have reviewed the models on constructability. In this class, you will discover how you can involve computational design in this process. You will learn how to use the Dynamo extension to automate all kinds of custom tasks in Revit software to make your design constructible. You will get inspired by the wide range of possibilities the Dynamo extension offers to create your own model check and to automate the creation of construction elements.This session features Revit, Dynamo Studio and Navisworks Manage. AIA Approved

As a large office, AHMM has a high number of live Revit models being developed at any time. Keeping track of model size, quality, and health across all projects is a key objective of AHMM's Digital Design Group. Come and learn how they have been able to fully automate their in-depth model review process through connecting the Revit and Dynamo APIs. As BIM manager at AHMM, Aaron Perry leads a digital strategy, standards development and training to ensure architects approach model development efficiently. In his role as Computational Design Specialist Oliver focuses on developing process automation tools for Revit, streamlining workflows and undertaking proactive research into leading-edge technologies. Subjects covered include: 1) contrasting the value in both reporting model metrics and converting that to a learning tool for the team; 2) where model review reports sit within AHMM's quality assurance processes; 3) how reviews can serve as an educational tool; 4) building a custom ExternalCommand in Revit; 5) setting up a development environment for cross-API interaction; 5) gathering model metrics using the Revit API; 6) the basics of InDesign's API; 7) setting up an intelligent template file. Oliver will cover best practice on visual report design and conclude with an overview of helpful resources.

Building Information Modelling (BIM) for Linear Structures started to emerge in different markets. Through the last five years, this field has witnessed huge improvements either by individual personnel or by large engineering firms. Our firm – accordingly – has made a considerable accomplishment through developing coherent in-house workflow tools. These tools work by integrating Civil 3D®, Revit® and Dynamo® through API to automate BIM model creation, which – by its turn – allows for 2D drawings automated extraction. They have been further effectively and successfully applied to real-world projects.

Case study using Autodesk Revit software to establish a multidisciplinary coordinating model using Infrastructure Design Suite software, and the successful workflow of how to best interact between the different software systems. The project is for the delivery of a six-platform, Stadium Train Station, for specific for the Perth New Stadium. BIM was the key elements in ensuring a high level of co-ordination and constructability with the existing condition and staging for rail shut downs. The presentation will focus on using Revit modelling techniques with the aid of Dynamo for downstream construction management for construction documentation, formwork area, and setting out, scheduling, pour sequencing, procurement integrating multiple OpenBIM formats. Workflows for using a Common Data environment cloud base platform to enable design team and construction team work with the most current data. https://youtu.be/76dfm5VPzKY This session features Revit and Navisworks Manage.

Are you a Building Information Modeling (BIM) manager seeking to increase the efficiency of your company and project teams? Are you a model manager struggling through workflow issues? Or maybe you’re neither of those, but you work in Revit software every day and want to learn ways to work smarter. This class will focus on using visual programming in the Dynamo extension to bridge everyday workflow gaps within Revit software. The class will provide a brief overview of Dynamo and the many available packages that the Dynamo community has already created that can be used to automate many tasks. The class will also go over some basic tips and tricks you can use when setting up Dynamo, and we’ll troubleshoot. The remainder of the class will focus on specific examples that bridge workflow gaps and/or increase automation within Revit software. Example scripts will include the following: finding annotation styles within legends for model cleanup; coordinating dummy view tags across linked models; binding models without losing workset/phase information; swapping ceiling-based lights for face-based lights. This session features Dynamo Studio and Revit. AIA Approved

This class will walk through the basic concepts involved in using

Python within the Dynamo Environment.

We will cover some basic Python concepts that are needed to write a few code samples,

as well as explain in detail all the boiler plate and import codes that are used.

The class will also touch on some aspects of the Revit API that are needed

to perform basic operations such as the active document and transactions.

If you have experience in Revit software and Dynamo software, and you want to take your Dynamo skills to the next level, this workshop is for you. Learn advanced skills to combine computational design and Building Information Modeling (BIM) with Dynamo visual programming. We'll use Dynamo to create customized functions, improve building performance, and interoperate with other applications, data sources, and geometry tools in sophisticated ways. Some familiarity with Dynamo basics like list manipulation, geometry creation, and Revit interaction is required. This is a full-day class, including networking opportunities over breakfast, lunch, and drinks. This year we're also introducing a forum at the end of the day that will feature several speakers talking about practical applications of Dynamo to both instruct and inspire. Just getting started with computational BIM? You may prefer our "Computational BIM Workshop-Beginner" to learn the basics.

Are you a Revit MEP software user who feels left behind in the development of Dynamo software? Well, not so fast! You can use Dynamo software to help expedite many common MEP workflows. The Dynamo extension is a program that uses visual programming, so you don’t have to worry about trying to learn difficult programming languages. In this class you’ll get to know the basics of Dynamo software and how it interacts with Revit software. We will also cover several examples where you can use Dynamo software to save time during the MEP design process. This lecture is ideal for Revit MEP software users who want to see what Dynamo software can do. Even better, no programming experience is required! Afterward, you will be able to implement Dynamo software immediately.

Are you using Dynamo? Need more from what is available with out-of-the-box nodes? Have you ever wanted to make a custom node in Dynamo but didn’t have any programming skills to get started? If so, this class is for you! This lecture will explain how to use and create your own custom nodes using Zero Touch and C# programming language. This lecture will also give attendees very gradual doses of Dynamo and C# programming so they leave with the skills to apply Dynamo at the workplace on practical projects. No C# programming experience is required; this class is meant for the nonprogrammer. Revit software experience is required.

Does your Revit Occupancy Calculation workflow have problems? Does it rely on users’ input to drive most (if not all) of the values for calculation? Are you struggling with the management of variations in fire codes? To provide solutions to these obstacles, attend this course to get an in-depth view of SmithGroup’s automation of Occupancy Calculations in Revit. The workflow utilizes Dynamo, Area plans, Schedules, Excel Data, and the integration of various Code Requirements.

This class will cover some practical uses of computational BIM (Building Information Modeling) to improve the quality and efficiency of various tedious tasks in plumbing design. You will learn efficient ways to set up your model and families, streamlining your modeling, coordination, and collaboration tasks. We will also walk through computational BIM workflows combining Dynamo and Microsoft Excel to automate design, sizing, and calculations in sanitary, vent, and storm systems. Finally, we will explore ways to integrate region-specific plumbing code requirements into your workflows.