Curious about the road ahead for Autodesk's product and service offerings for infrastructure design and engineering? Join Autodesk product and strategy managers for Civil 3D, InfraWorks, ReCap and Collaboration for Civil 3D to learn about new features and functionality supporting the capabilities and workflows you need to drive more-efficient, more-sustainable, and more-collaborative infrastructure design and construction projects. Learn about the strategic insights and decisions driving development directions, and see early demonstrations of features and workflows yet to be released. Peer into the future of the products you use every day, and engage with Autodesk to help shape those products to better meet your needs and the needs of your company, project teams, and clients.

This class discusses the results of an Advanced Infrastructure Analysis Technology assessment recently conducted by Autodesk Consulting for a major electric and gas utility that has over 15 million customers. A key focus of the engagement was the evaluation of emerging mobile and visualization technologies of potential benefit to the client's gas transmission and distribution network operations for both the short-term and long-term replacement of current mobile solutions. In this class, we demonstrate a number of Autodesk products, including InfraWorks civil infrastructure design software, ReCap™ reality capture software, and Autodesk® PLM 360 cloud-based product lifecycle management software. We highlight current advances in emerging technologies, including reality capture and augmented reality. We discuss the business requirements that were identified, the current limitations and advantages of each solution, and the final short-term and long-term recommendations that were presented.

Intended for intermediate to advanced users of AutoCAD Civil 3D software and InfraWorks software, this class is designed to show civil design professionals techniques and nuances for creating a real-time interactive environment of their site designs using Autodesk's Stingray game engine. This class will consist of a live demonstration showing how to create a "world" out of your site design that can be navigated utilizing an Xbox One controller and a virtual reality headset. Specifically, this class will discuss workflow issues the presenter encountered when constructing a one-square-mile simulation of the urban core of Austin, Texas, utilizing only LIDAR (light detection and ranging) and planimetric data.

Do you want to be an AutoCAD Civil 3D Certified Professional? This class will provide an overview of the subjects and objectives of the AutoCAD Civil 3D certification exam. If you intend to be certified, this class will be of great benefit to you.

This case study demonstrates the benefit of implementing a small 2D domain within an existing 1D InfoWorks ICM model to optimize the size and location of a planned storage facility and reduce overland flooding in a dense suburban neighborhood in the City of Toronto. Recent flooding imagery captured in 2018 and 2020 showed significant flooding in Woodborough Park and visible damage to facilities. The project team planned and designed drainage and storage mitigations by building a small-scale 2D surface model of the park and surrounding catchment area (39 hectares) within the larger 1D InfoWorks ICM model being used to plan and design the Fairbank Storm Trunk Sewer System Project. This approach enabled the designers to optimize the size of the storage facility and realize a 35% reduction in construction costs. We’ll present the approach used to develop the model, and there will be a discussion on what considerations should be given before adopting this approach to ensure the maximum benefit to the project.

There are certain design issues that seem to happen to all users at some point. Many of these happen regularly, and are caused by user error, incorrect choices or oversight. These issues usually have telltale signs that a user can recognize and quickly fix if they are familiar with the symptoms. Also, some of these issues can be avoided if users know what things are easily missed or incorrectly created.

Resilient infrastructure demands smarter design—especially as flood risks rise and environmental targets tighten. In this industry talk, we’ll explore how evolving regulatory and environmental challenges in the United Kingdom have shaped the way we approach surface water management on major infrastructure programs. In the past—while working with large, complex sites and multiple data-rich models—we’ve faced limitations in relation to integration, scale, and design flexibility. By transitioning to new approaches and tools such as InfoDrainage software, we’ve unlocked new efficiencies in design workflows, enabled spatial coordination, and better supported the delivery of sustainable, resilient systems. With case studies from recent UK projects, we’ll also touch on the integration of sustainable drainage systems (SuDS) and green infrastructure to meet climate goals and protect the environment. You’ll gain practical strategies for implementing more-intelligent, future-ready drainage designs—and you’ll get a few fresh perspectives along the way!

Creating and customizing families is likely one of the most desired advanced skills in Revit software, and learning the Family Editor can be challenging—not only due to the vast amount of knowledge there is to be gained, but also because much of the resources to learn the Family Editor are focused on architectural examples and processes. This lab will provide an introduction into the Family Editor from a structural perspective. While we can apply the fundamental ideas to any discipline, we will structurally focus the examples.

This session is full, but an alternate time is now available.

This class will show 5 examples that will help you to understand survey functionality within AutoCAD Civil 3D software—and they're not just limited to survey tasks. These 5 real-world examples will show how data misinterpretation can result in costly engineering mistakes. You'll also discover how to use a project in both assumed coordinates and real-world systems; how to automate cadastral and topographical feature creation tasks; how to add and manage extended data to survey points and features; and how to use survey data to set up repeatable corridor targeting scenarios. We will do a deep and rapid dive into these subjects and you will leave amazed by the variety of things you can do using the survey functionality in AutoCAD Civil 3D software.

Under a consent decree since 2002 that was modified in 2017 (MCD), the City of Baltimore’s Department of Public Works (DPW) manages the operation and maintenance (O&M) and capital improvement (CIP) activities required by the MCD, in addition to a broader mission to implement sound asset management principles across the organization. This presentation will feature a deep dive into the evolution of DPW’s sewer data management and asset management programs—facilitated in part by the implementation of InfoAsset Manager, which led to the optimization of their O&M and CIP plans. You’ll learn the processes within the software and strategies employed to select assets for condition assessment; import; manage and evaluate the inspection data; develop O&M programs for cyclical cleaning, root, and grease control; and develop CIP projects using condition assessment data. We’ll also describe the multiple savings to DPW following the software implementation over the past five years.

Wisconsin Department of Transportation (WDOT) began using AutoCAD Civil 3D software with the 2010 release. Since that time, more of the department's internal users have switched over and WDOT has switched platforms to 2012 and, more recently, to 2014. As WDOT's use and user base have grown, the department has learned many lessons that have effected how it has moved forward. We will explore these lessons, specifically those that come from the development of standard concepts for use of AutoCAD Civil 3D software and the ways in which those concepts are put into practice in project workflows.

The groundwater infiltration model (GIM) has traditionally been reserved for combined sewer systems—but prolonged wet weather response in separated sanitary systems demands a new approach. This presentation will explore how the Trinity River Authority of Texas (TRA) and its consultants redefined modeling practices by applying GIM to better simulate multi-week infiltration events. Historically considered unsuitable for sanitary systems, GIM proved essential for capturing peak flows and volumes critical to treatment-plant sizing, storage planning, and operational strategy. As the design support needs of engineers and managers evolve, TRA’s hydraulic modeling practices have adapted, expanding run durations and improving calibration methodologies. This case study challenges the status quo and sets a new standard for how InfoWorks ICM software’s hydrology can be used to meet real-world operational demands.

Learn how to design drainage network with InfraWorks and how to go forward in design using Civil 3D and Storm and Sanitary Analysis to perform hydraulic simulation.

This 60-minute round-table session will discuss methodologies for standardizing multidiscipline style collections, which are the associated libraries and methodologies available to monitor and enforce project-wide adherence to those standards. This discussion will bring into focus the challenges that arise when working with not only multiple firms but also for inner company departments tasked with developing cohesive plan sets that are both 'intelligent' and congruent throughout. Topics open for discussion will include the use of software to check standards; custom programming to effectively check that system configurations match inside each company; and preconfigured add-on packages provided to each consultant with standards embedded into the templates. We will also discuss the questions of which consultant should lead the standard/style development and whether there should be a project-based standard and what it is that should drive those standards. Further topics will include agency requirements, project document consistency, and content management systems for the project.

This class will guide you through the new, exciting, cloud-based API for InfraWorks 360 software. We will cover how to get started and extract data from the model, how to generate report from the extracted information, and how to integrate with other providers—all by reading InfraWorks 360 software models using the REST API. Previous programming knowledge is required (Microsoft C# and Microsoft .NET), and knowledge of REST and the JavaScript API is recommended.

If you haven't really seen Bridge Design for InfraWorks 360 software at work, then you need to attend this class. This program magically creates engineering-sensible bridges in your InfraWorks 360 software models. Not only is it amazingly cool, it is also amazingly practical and useful in the way that it provides a representation of a bridge (complete with structural members such as a deck, girders, bearings, abutments, piers, foundations, and piles) along with real numbers to assess its cost. In this class you'll learn how to create these bridges, understand what you're seeing, assess cost, and even tweak the design. You'll be surprised at what you can do, and after class you'll be chomping at the bit to get back to work to apply what you've learned.

This extremely dynamic, feature-filled class will help you to evaluate in context, analyze, and communicate your highly detailed land development site projects using InfraWorks and Civil 3D. We will use real-world projects with InfraWorks 360 and Civil 3D models at the 30%, 60%, 90%, and 100% design stages for quality design checks and public involvement reviews. More specifically, we will bring these sites to life with buildings, ponds, ADA access, accurate parking stripes, and pavement markings. Next, we'll demonstrate how to add more depth by randomizing the vehicles and vegetation with Java script that you can tailor to your own requirements. We'll also uncover the secrets of when to use IMX, DAE, SDF, and others file formats to greatly increase your productivity and improve file management. Lastly, we'll place everything on a storyboard to produce a striking client video. This class will be packed full of information, so hold on to your site. Hope to see you there.

Using civil virtual design and construction technology is never an easy battle. There are numerous hard expenses upfront and soft expenses that follow. Often individuals have to create plans when they don't understand the full implications of using new technology and providing new services. This course explores how to successfully develop an implementation plan, how to quantify results, and how to see that returns are realized. We will provide examples from Sundt Construction Inc.'s own experience of implementing technology into the office and the field.

Corridors can be as complex or simple as our design demands. By using some of the underutilized subassemblies provided with AutoCAD Civil 3D 2017 software, we will investigate different approaches for creating our design. We will explore using additional baselines and regions to simplify the complexity of our corridor. This session features AutoCAD Civil 3D. AIA Approved

Join us as we explore the heart of rail alignment design. Turnouts are not just critical components of heavy rail; they also form the backbone of all rail projects, including light rail, metro, and high-speed rail systems. Our session is designed to empower you with the necessary skills to create your configuration file for turnout creation in Civil 3D software. Moreover, we'll guide you through the process of translating your geometrical requirements into a comprehensive turnout catalog. This presentation is your ticket to mastering the dynamics of rail alignment design, challenging conventions, and setting new standards in railway infrastructure.