Utilizing point clouds from several different reality-capture methods (including photogrammetry, tripod-mounted laser scanners, handheld laser scanners, ground-penetrating radar, aerial LiDAR (light detection and ranging), and 3D underground locates) we will generate 3D designs in AutoCAD Utility Design software. Linework and terrain models generated from point clouds in AutoCAD Civil 3D software will be imported into AutoCAD Utility Design software to automate 3D design and elevations by accurately referencing 3D design elements to the terrain. We will reference in several other point clouds from different reality-capture methods, and generate 3D designs based off of the geometry of these point clouds. This will include aligning proposed underground utilities to existing underground utilities based off of point cloud geometry, and adjusting alignments of underground utility routes based off of 3D alignments of other utilities. This class is a good follow up to "Capturing Reality: Incorporating Reality Capture into AutoCAD Utility Design and Use in SUE" This session features AutoCAD Utility Design, AutoCAD Civil 3D, and ReCap 360.
Drafters, Designers, Engineers, and Leads looking to improve efficiency and data quality in the design process through incorporating reality capture and using point clouds to generate 3D design elements.
Aaron Mason is Lead Drafter and CPR engineer at Anchorage Municipal Light & Power with over 15 years’ experience in civil/utility construction, including surveying, inspection, drafting, and geographic information system (GIS). Through over 10 years of drafting experience, Mason has developed drafting standards, workflows, and configuration requirements for how AutoCAD software works throughout the company’s Engineering department. He is currently working on innovating new ways to incorporate reality capture using different scanning methods into AutoCAD Utility Design software, including point clouds from photogrammetry (tripod and drone mounted cameras), ground-penetrating radar, handheld laser scanners, tripod mounted scanners, aerial LiDAR (light detection and ranging), and 3D underground electrical locates. Mason is currently working on upgrades to AutoCAD Utility Design 2016 software to automate infrastructure lifecycle by streamlining asset management and material allocations through integrations between AutoCAD software, GIS, and asset management systems.
Forrest Roy has been working in the utility industry for over 15 years. He is currently the lead underground cable locator for Anchorage Municipal Light and Power (AMLP). In this role, he is responsible for managing the excavation damage-prevention program for the entire utility. In 2014, using ReCap software, he helped develop the 3D modeling program that has enabled AMLP to begin modeling their underground vaults and infrastructure. Forrest Roy and Everett Clary of AMLP submitted and won the Excellence in Infrastructure award during Autodesk University 2014. Forrest is currently involved in using new technologies and techniques to create 3D models and point clouds in ReCap software, Remake (formerly Memento) software, and InfraWorks software. He is leading the charge for more reality-capture technology to bring realism and substance to current 2D drawings, including laser scanning, structured light, photogrammetry, and 360 photography and providing a true mobile solution for field crews.
There are more than 20 million miles of underground plant in America. That's more than one football field in length for every person in the United States—and more are being put in every year. It is critical that engineers and designers have the best data available. Traditionally this has come from field visits, photographs, and survey points. As the cost of the technology decreases and the accuracy increases, we are able to provide designers with highly accurate, reality-based 3D models to work in. Accurate preconstruction data can reduce subsurface costs by almost 5 times! We will discuss using reality capture to provide point clouds, photogrammetric mesh models, panoramic photos, underground locates, and 360-degree photos to facilitate design. We will discuss the differences between the different methods under the circumstances in which we use them. Finally, we will discuss using them to generate line work and terrain models for use in AutoCAD Utility Design software. Also see: Designing Reality, Incorporating Point Clouds into AutoCAD Utility Design. This session features ReCap 360 and AutoCAD Utility Design.
Adoption is growing for AutoCAD Utility Design software. Yet many small and mid-size utilities—as well as engineering organizations that provide services to utilities—view deployment as a daunting challenge. This session will break down the core requirements for an AutoCAD Utility Design implementation and walk through a practical process to identify the requirements, plan a phased implementation, develop a test plan, and document use cases and job aids so designers can make practical use of the software.
This class will discuss and demonstrate the concepts of using AutoCAD Utility Design software's Data Exchange (DX) functionality. Using DX, we can attach to feature data object (FDO) and industry model geographic information system (GIS) data stores to pull as-built data into an AutoCAD Utility Design project to be used as the basis for that design. DX enables us to create mappings between our external data store and the internal AutoCAD Utility Design industry model and this mapping is used when importing and exporting data. During this class we will connect to a job-enabled AutoCAD Map 3D software electric industry model, map its feature classes to our AutoCAD Utility Design feature classes, and import data. We will then edit some of those features, remove some of those features, and create new AutoCAD Utility Design features and export that data back into an AutoCAD Map 3D software job. Finally, we will look at the imported data in AutoCAD Map 3D software.
In our diverse world of multiple products, software systems, plug-ins, apps, and other technologies, it is more important than ever to maintain good workflows and processes into what we do every day. At Golden Valley Electric Association (GVEA), we use AutoCAD Map 3D Enterprise software, Infrastructure Mapping Server software, AutoCAD Civil 3D software, and Vault Professional software in conjunction with a Custom-Built Oracle Customer Information System (CIS) to tie our AutoCAD Map 3D Enterprise software data together with Infrastructure Mapping Server software. This roundtable discussion is intended to get, give, and gain knowledge to create better workflows and become better prepared. There is no better place to discuss and learn than at Autodesk University where you are surrounded by your peers, technical gurus, expert consultants, and high-speed managers. We will discuss current Autodesk, Inc., products and how they can help cut through the labyrinth of information to get to that utopian goal of peace—through superior product, information, knowledge, and networking firepower.
The cost and duration of communicating design intent for substation relocation and pad-mounted transformer replacements has typically been prohibitive and can lack the visualization needed for all types of stakeholders. The typical utility has many instances in which stakeholder and municipal approval may be required to move on to the next phase of the project. With the new approach using 3D reality capture, it has never been easier for utilities to gather 3D models and integrate them into photorealistic site designs for better stakeholder visualization and approval. This 90-minute lab will provide engineers, planners, and business users in electric utilities with the tools they need to create a comprehensive 3D model of a small substation based on 2D geographic information system (GIS) data gathered from various database and file sources; 3D terrain models; LiDAR (light detection and ranging) site scans; ReCap 360 software projects of existing infrastructure; and 3D designs from AutoCAD Utility Design software.
This lecture will give an overview and demonstration of the complete Infrastructure software platform Solution for electric utilities. The presentation will showcase the solution implemented at Grant Public Utility District. In this class you will learn how utilities capitalize on Infrastructure software applications seamlessly in many phases of the business, from engineering to design to operations and beyond. Industry models in AutoCAD Map 3D software, AutoCAD Utility Design software, and Infrastructure Map Server software have been put to work to implement a complete integrated solution capitalizing on Autodesk Global Services consulting offerings for fiber management and field computing. The solution includes construction design, mapping, maintenance and field operations, and integration with in-house systems such as engineering analysis, CIS, and finance. The presentation will provide detailed examples and discussion of each major component of the system and a live demonstration.
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.
Civil infrastructure industry professionals, product developers, and technology evangelists are invited to join a roundtable discussion on how we might reimagine the way Building Information Modeling (BIM) for civil engineer is implemented. In this session we will focus on how underground utility piping has evolved in Autodesk, Inc., software, beginning from Land Desktop software, continuing through AutoCAD Civil 3D software, and now into InfraWorks 360 software. We will talk about what worked well through the years, what failed miserably, and what Autodesk can do in the future to improve what we call BIM for the world of civil infrastructure.
Anchorage Municipal Light & Power (ML&P) is using a heavily customized AutoCAD Utility Design 2009 software system for electrical engineering design, and this is the story and lessons learned implementing AutoCAD Utility Design 2016 software. This solution currently integrates AutoCAD Utility Design software, AutoCAD Map 3D software, and the utility financial system. Late in 2014 ML&P contracted with Autodesk, Inc., to implement AutoCAD Utility Design 2016 software. ML&P's geographic information system (GIS) software from Autodesk was 3 years old and engineering was unable to upgrade Windows XP PCs until the AutoCAD Utility Design software upgrade was complete. The AutoCAD Utility Design Project Team streamlined engineering construction standards, flattened the GIS data, and rolled up the tracking of assets in the financial system. The most difficult part of the project was coming to terms how these 3 aspects were going to drive the most integral part of AutoCAD Utility Design 2016 software: the industry model. This implementation will integrate AutoCAD Utility Design 2016 software, Vault software, Laserfiche, AutoCAD Map 3D (GIS) software, and PowerPlant/PeopleSoft. AutoCAD Utility Design 2016 software users will see their design in 3D. ReCap 3D software models can be included to help the design process.
Colorado Springs Utilities (CSU) will discuss implementation strategies of AutoCAD Utility Design 2014 software, from gas design to asset realization. Topics that CSU will cover include: AutoCAD Utility Design software's gas configuration when an out-of-the-box template does not exist; uniform process through key functions; data flow; and incorporation into upstream and downstream workflow to produce reliable enterprise engineering designs.
In this class we will discuss Seattle City Light's (SCL) current program to update and modernize its construction standards and how this effort has affected the firm's automatic utility design (AUD) project. We will review how this process has impacted SCL's compatible units in its work management system and the industry models (feature classes) maintained in AUD. We will also discuss the drivers for the modernization, the timing considerations related to the current AUD project, and impact of the changes on AUD.
In this class, you learn how Southern California Edison (SCE) uses industry standards and the Multi Planar Pulling Tension (MPPT) utility to optimize workflows and the use of materials. We describe how SCE has encapsulated their engineering standards into the design tool to ensure consistency and constructability of designs and to improve knowledge transfer and adoption of standards by new and existing design staff. We then demonstrate how the engineering analysis in AutoCAD® Utility Design 2014 software can be configured to accommodate SCE's specific requirements. You will understand how to configure AutoCAD Utility Design with your own engineering analysis standards that have been used for decades. You will also learn to adjust and optimize your workflows and tools based on the lessons learned at SCE.