When managed correctly, geotechnical data holds present and future value. However, the interoperability and transferability of geotechnical data are not always straightforward, particularly when software solutions fail to offer data residency control and comparable structure. This leads to loads of unnecessary work for geotechnical engineers. Did you know that the average cost overrun for geotechnical projects is 28%? GeoDin geodata management solution is here to solve those headaches for geotechnical engineers, saving them precious time and resources. Let's discuss our latest innovations: interoperability with Autodesk Civil 3D software, which allows for access to contextual geodata, ingested from diverse sources, structured and stored on your data storage of choice, and funneled efficiently into your favorite design environment. We'll address major trends in geotechnical databases, as well as some practical insights into how this works.

This case study shows how effectively Autodesk Forma software was integrated into the design process of NOVA PROJEKT Architekci sp. z o.o. This integration was intended to make it faster and easier to prepare precise urban analyses in the preliminary phase of architectural projects. This allowed for the analysis of multiple options, which is critical for construction projects subject to local and national laws and located on brownfield sites. The initial presentation will set expectations for Autodesk Forma. A test project revealed obstacles in the form of lack of support for some coordinate systems and DXF™ files. A diagnosis based on experience demonstrated that the analysis results would be only approximate. Autodesk support helped create a data-preparation process using AutoCAD Map 3D software, analysis in Autodesk Forma, and in Revit software. The initial design process has been shortened tenfold, and the results made a convincing case for those deciding whether to launch and approve the project.

Maintaining drawing accuracy is critical to architecture, engineering, and construction designs. However, due to the complexity of collaboration, encountering inaccuracies is almost inevitable. Research indicates that more than 80% of customers have encountered inaccuracies within drawing elements. If not addressed, these inaccuracies could lead to additional time spent on corrections, or even costly overruns if ignored. AutoCAD software and its associated applications offer batch tools to assist customers in rectifying errors individually or in bulk. This guide will offer a detailed review of the current drawing cleanup tools, outlining their advantages and drawbacks. Additionally, we'll explore possibilities for early-stage error identification to prevent wide proliferation of inaccuracies.

"What did you do?" I find myself on the phone with a user at least once a week staring at files that tend to be unnecessarily large and cumbersome. In this class we discuss multiple workflows and correction methods to clean up large and corrupt drawings. Having approximately 20 years of experience in the Civil and Land Survey focused on technical support and workflows, I have found several tricks and workflows that can greatly reduce the size of files and prevent file corruption. This becomes an ever-increasing problem as companies start utilizing unconventional storage methods like cloud and remote collaboration.

This talk will be about real-time, city-scale data visualization, analytics, computation, and simulation in Unreal Engine. We'll demonstrate real-world examples where complex master-planning data sets from multiple stakeholders were integrated to build an immersive digital twin platform in Unreal Engine. You'll learn how the outcome facilitated stakeholder engagement and collaboration and the ability to explore what-if scenarios of the urban development. Materials and textures application and rendering were automated, enabling application of different materials composition to city infrastructure and buildings to provide a realistic feel of the urban context. The speed of the real-time rendering was a masterpiece of computational geometry application to achieve automated processes.

Новый проект и достигнутые результаты в нем. Показ ключевых возможностей системы.

Learn from the product managers how the Autodesk and Esri partnership is advancing design and geographic information system (GIS) collaboration that benefits the architecture, engineering, construction, and owner/operators industry. The intersection of building information modeling (BIM), CAD, and GIS provides incredible insights to enhance project delivery at every level. The functionality between Autodesk and Esri desktops, and collaborative web applications like ArcGIS GeoBIM, are improving workflows and transparency for project teams. The improvements in direct support for RVT, DWG™, and IFC in ArcGIS Pro, and support for hosted GIS feature service in Civil 3D software, InfraWorks software, AutoCAD Map 3D software, and AutoCAD software help bring together design and GIS data. The direct cloud connection between Autodesk Forma and ArcGIS Online/Enterprise offers exponential benefits to help manage the project content for stakeholders. The ability to publish Autodesk data directly to ArcGIS Online/Enterprise for use in shared web and field applications expands the value of the data far beyond the design professionals.

Parametric design tools aren't just for programs like Inventor, Revit, InfraWorks, or Civil 3D software; there's a set of parametric drawing tools that you can use to create dynamic relationships and constraints between objects in AutoCAD software as well. The parametric drawing tools will revolutionize the way that you draw and edit objects in AutoCAD. This class will introduce you to parametric drawing in AutoCAD by using both geometric and dimensional constraints to add intelligence to your objects. You will learn how using AutoConstrain and Infer Constraints modes can help you quickly add constraints and change your process from drafting to modeling. If you've ever wanted geometry in your drawing to update based on changes that you've made to other objects, or if you've wanted to type a new value into a dimension and have the object update based on this new value—then this class is for you.

Ever wish you could visualize real-world data without leaving the comfort of your own office? Sound too wonderful to be true? Well, it isn't. Sending crews into the field to measure and collect information about assets is time consuming and costly. But when you have street-level spherical imagery and colorized LIDAR (light detection and ranging) data at hand, you have the freedom to quickly, accurately, and cost-effectively create photorealistic 3D models for planning, design, emergency and disaster management, regulatory compliance, and asset management. We'll explore the collection process and business implications for street-level reality capture and examine 2 alternatives, such as Google Street View and CycloMedia. We'll also discuss practical workflows for municipal governments using this data, including design and visualization, with a focus on water asset management and pavement surface markings. Finally, we'll describe how to effectively integrate these data sources with AutoCAD Civil 3D software and InfraWorks software.

This talk will demonstrate a streamlined geographic information system (GIS) / mapping workflow developed by CaseIntel Corporation and Autodesk, Inc., for electric utilities to support a highly automated design, build, operate, and maintain workflow. This process uses AutoCAD 360 web app, ReCap software, and LiDAR (light detection and ranging) scanning in the field; AutoCAD Map 3D software and CaseIntel NetGIS for electric utility mapping; InfraWorks 360 software and Infrastructure Map Server software for visualization; and AutoCAD Utility Design software for designing new services.

Seasoned Autodesk users may have routines and processes that have served them well in the past. This class will provide a modern perspective of legacy workflows that still are crucial parts of day-to-day civil/survey consulting processes, proposals, and workflows. Take advantage of the tools provided with the Architecture, Engineering & Construction Collection, and relearn previous workflows that may have changed in recent releases of Civil 3D software, AutoCAD Map 3D software, ReCap software, and other tools.

This class will discuss the different roles of survey and reality capture in the infrastructure lifecycle. Using Topcon Magnet, ReCap software, Civil 3D software, and InfraWorks software, we will integrate survey data into the predesign, design, construction, and as-built processes. By capitalizing on modern survey technology, we will discuss the benefits of rapidly deployed 1-person survey crews and how they can quickly and accurately gather data and share it in real time using cloud-enabled workflows. Using photogrammetry (UAV and land based), LIDAR, laser scans, and ground-penetrating radar, we can streamline 3D modeling using point clouds to increase efficiency and quality of survey data. We will outline how to automate survey workflows to generate surfaces, linework, and features using reality capture. Finally, we will identify the benefits of streamlining survey workflows and integrating them into every stage of the infrastructure lifecycle.

As more importance is being placed on Building Information Modeling (BIM) models and 3D deliverables and the lifecycle management of project data, there is still the need to present the 2D representations of the model in a clear and concise format that utilizes time-tested effective practices for drawing and drafting standards. In most cases our deliverables are still the 2D plan sets. How many of your engineers, designers, and architects utilize software design packages but have not been instructed in effective drafting practices that help to tell the story on the construction documents that are going to the contractor? In this round-table session we will discuss what organizations are doing to preserve the craft of drafting, and we'll cover how to handle moving between the 3D models to a 2D plan set deliverable.

The U.K. government has mandated that all government-funded projects must be delivered to Level 2 Building Information Modeling (BIM) by 2016. In a breakout from U.K. convention, companies have used AutoCAD Civil 3D software as the highway design tool for the Building Information Modeling (BIM) model and Revit software and Structural Bridge Design software for the major bridge structures. While 3D BIM models have been around for many years, there usually has not been any attendant data attached (beyond the inherent geometry) to models generated from AutoCAD Civil 3D software. We will discuss various strategies and methods for creating additional asset data in AutoCAD Civil 3D, and propose and demonstrate a method of attaching additional data to the BIM model and linking this to both the AutoCAD Civil 3D software entities and the Navisworks objects for Field BIM software. As part of this process, we will also discuss how Civil 3D objects may be used to represent real-world assets in the BIM model. Finally we will explore the result of customisation using .NET plug-ins to Civil 3D to further enhance the ability to link data to the BIM model.

What are the best practices and practical applications of Building Information Modeling (BIM) for water and wastewater? Do you work on transportation or land development projects? Do you work for a local government or a public utility that manages water systems? Join this Infrastructure Symposium session to discuss a better design for water systems. This is a breakout to the Infrastructure Symposium on Monday.

This class provides an overview of current initiatives in sustainability for infrastructure projects as well as specific features in AutoCAD Civil 3D and AutoCAD Map 3D software that can help you reach the specific goals of those initiatives. The class focuses on real civil infrastructure and environmental project scenarios and how to use tools in Civil 3D and Map 3D to infuse innovation into design to meet project sustainability requirements. A focal point will be GIS features that are integrated with design tools.

As part of executing an enterprise licensing program with Autodesk, Inc., Arizona Public Service (APS) was looking for a better way to manage over 800 desktop installations of Autodesk products. APS's implementation project included: establishing a Citrix farm on 18 servers across 2 data centers and migrating all desktop users; reducing application support needs for 800 users on multiple product versions spanning 8 years by defining 30 Citrix publications to manage all users on a single version of Autodesk products; incorporating custom palettes and tools within the login process to get away from personally defined palettes; using Active Directory to manage application access for all users; and migrating engineering drawings from desktops, user directories, and unit shares to a redundant network file share. This session will address project challenges, system architecture, lessons learned, and successes.

Plotting to scale is something that seems to be absent from a lot of the textbooks. And for most of us, template files have already been established, and we gladly go about our business using them. But what happens when you need to set up your own pages to plot correctly? This course will demonstrate three distinctly different methods to plot to scale. The “old school” method of setting drawing limits, changing text sizes and dimension scale factor, and plotting from Model Space might still be used in some cases. The “confusing way,” which establishes a plot scale in the page setup—conflicting with the annotation scale—does work in the end. The “best way,” wherein the page-setup scale is 1:1 and the scaling is done with the viewport, works fantastically with annotative objects and their scale settings. You will learn about setup requirements and the pitfalls for each method. Regardless of the means you decide to use, always design your projects at full scale. This session will feature AutoCAD software.

A common workflow issue is managing drawings with CAD Standards issues - blocks on the wrong layer, text with the wrong style or size, etc. I could go on and on about all the issues we face with standards in our AutoCAD files. But taking the time to fix these issues can be a daunting process. In this lab, I will walk you through several tools that AutoCAD offers to speed up this process!

You will also learn techniques to make your drawings open faster, have smaller file sizes, and reduce crashing.This is a crucial part of your day to day workflow!

The City of Vancouver uses both Autodesk® applications and Pitney Bowes Software products extensively for creating and sharing 2D to 3D workflows, districtation, and other GIS, design, and infrastructure tasks. To date, Autodesk products have been used primarily for the design and maintenance of infrastructure and for 3D modeling and visualization, while Pitney Bowes Software MapInfo Professional® has been used for analysis on urban planning projects. With the announcement of the strategic partnership between Autodesk and Pitney Bowes Software, the City is expecting to be able to integrate workflows and information much more easily than ever before. This class will provide an overview of how a range of products are being used together. We will outline specific workflows, focusing on how to take advantage of existing 2D GIS data and to work through the plan, design, build, and manage lifecycle of infrastructure, and to visualize that same data in 3D.