The path to enterprise adoption of Construction Cloud (ACC) looks different for every contractor—but the lessons learned are universal. In this session, leaders from Power Design (U.S.) and Skanska Sweden share how they have scaled their use of ACC across projects and disciplines.

Through real-world stories, they’ll highlight:

• The inflection points that drove deeper investment in ACC
• How workflows evolved to improve collaboration across design, , and field teams
• Key change management strategies—training, adoption, and building champions
• The obstacles encountered along the way, and how they were overcome
• The measurable impacts on productivity, risk management, and project outcomes

 

Whether you’re just beginning your ACC journey or looking to expand usage, this session provides actionable insights from two of the industry’s most innovative contractors.

Effective adoption of applications like Build software is based on a well-executed deployment strategy. This is the differentiator when business investment, outcomes, and ROI are at stake. We’ll explore the implementation journey of Build at ISEC, a specialty finish contractor. We’ll focus on strategy that included a transition plan from a legacy solution, leadership buy-in, trials, functionality review with stakeholders, development of new workflows, configuration, communication strategy, training, and post-deployment support. Alongside Autodesk delivery services, ISEC established a scope of work, budget, and timeline for deployment. We established a team of subject matter experts (37) from across office locations (20) representing more than 700 employees. Come and learn about ISEC’s connected workflows that integrated additional departments in a common data environment optimizing the project lifecycle.

Are you concerned that you spend too much time on routine tasks and not enough on decision making? This session will provide a strategic overview of how we automate 20% of routine construction tasks by connecting Construction Cloud to our project database. We’ve built a platform to manage issues from design through inspection, streamline daily operations, and enable expert decision making via BI dashboards powered by granular data from Construction Cloud. Platform use cases include data aggregation via Bridge on Construction Cloud, model check dashboards with the Data Exchange and Validation Tool APIs, and circulation approval dashboards in projects. The Construction Cloud Meetings tool also embeds meetings into our workflows to manage follow-ups more efficiently. Over 100 projects already benefit from linking Construction Cloud with HR and construction data, and we aim to further scale this by automating 50% of routine site tasks using AI, while also integrating training and evaluation systems into the same platform.

Are you a CAD manager who is responsible for maintaining and managing numerous software applications, one of which is AutoCAD Civil 3D software—even though you might not consider yourself an AutoCAD Civil 3D software power user? AutoCAD Civil 3D software is much more than just AutoCAD software for civil/survey users. It has many traits and features that not only make it powerful, but can also bring unique needs and challenges to the CAD manager. The great news is that these challenges are not hard to overcome once you understand the reasons behind them. In this class we will discuss managing templates, styles, and settings, which can be the biggest obstacle to success with AutoCAD Civil 3D. The class will also explore data compatibility and translation, output options, and different approaches to training. Don’t miss this chance to learn ways to more effectively manage AutoCAD Civil 3D software within your CAD system.

Come join us for a civil industry-focused CAD-manager discussion panel with some of the industry's most experienced CAD managers. Learn from managers from both small and large firms as we cover a full range of issues, including software implementation and customization, training and support, and challenges in bridging the gap between end users, management, and software. There will be a series of questions submitted to the panel before class, and we'll also take some questions from the audience. The mediator will be Brian Levendowski, support manager, CAD Technology Center.

You’ve been given the responsibility to manage CAD within your department and/or organization, but your job title does not include “CAD manager.” You do not or cannot dedicate all of your time to this task. So how do you do this? We’ll use my transition from reseller to mining equipment manufacturer as a way of examining how to get buy-in from management, how to get participation by the users (and your peers), where to start, and how to proceed, as well as reviewing my continuing development with time and project management. Let’s talk processes, procedures, training, CAD, management, and continual leadership.

Have you struggled with, “what do I do now that I have a point cloud?” It is a common question in the infrastructure industry. There’s an abundance of software that will assist in the post processing of point clouds into a working/usable format. If you have the Architecture, Engineering & Construction Collection, you have all you need. Using a "real-world infrastructure project," this class will walk you through the step-by-step process of post processing drone-collected photogrammetric data. Using products available within your AEC Collection (ReCap Photo software, ReCap Pro software, InfraWorks software, and Civil 3D software) surveyors and designers will be able to generate a working existing-condition drawing.

Get on board with the enterprise product lifecycle management (PLM) team at D3 Technologies and learn from experts who configure and support Fusion Lifecycle software for some of the largest implementations in the United States. If you are a Fusion Lifecycle user or administrator, or you want to get in on the action and see (within 60 minutes) all the cool things this amazing technology can do, this class will deliver. Be warned, some topics may include terms like API, REST, and computed fields—but not to worry, we will do our best to keep it consumable and interesting for all user levels. Each team member plans to present at least 10 tips for improving your Fusion Lifecycle tenant or user experience. Setting the stage, we’ll have at least one solution architect, Fusion Lifecycle system administrator, implementation consultant, developer, and even a project manager. That is quite a team with a ton of experience implementing every type of field, script, workspace, project, and integration that connects to Fusion Lifecycle.

Most AutoCAD users have either taken an AutoCAD course or have been trained by existing users within their business. Very rarely do they get to explore some of the tools that aren’t standard. This session will address those “I wish I knew that” statements. This fast-paced class will introduce users to 45 important tips and tricks that can be achieved across “vanilla” AutoCAD software. We’ll categorize the tips across each area of AutoCAD, from navigation through to output—including Render, Creation, and Modify. The session will have a question-and-answer session at the end where the audience will be able to ask any questions that arise from the session.

In this session, we will present a powerful service for automatic generation of process simulation models from 3D plant models (for example, AutoCAD Plant 3D software). The simulation service is based on the Open Ontology-based Integration Platform “Simantics.” Information of a 3D model is extracted to generate and configure a dynamic simulation model and to calculate pressure-loss coefficients. The Forge model can be used for process and control design, control system testing, operator training, and process optimization and troubleshooting. The generated simulation-based virtual twin can be connected automatically to the Forge platform, capitalizing on the OPC UA standard, and simulation data can be visualized in Forge. We will also show how one can interface measurement data to the same system and do comparison between simulated and measured data, enabling fault diagnostic and troubleshooting services in Forge. We will demonstrate a case example using a small laboratory process.

Integrating building performance analysis results in the early stage of conceptual design supports effective design exploration and decision making. Such integration requires domain expertise and can be technically challenging, time consuming, and computationally expensive. Machine learning demonstrates great potential for building seamless workflows that provide faster analysis feedback. However, one of the challenges in the architecture domain is the lack of diverse data sets to train effective prediction models. This talk will provide a brief overview of the potential of machine learning in building analysis-prediction models and demonstrate how we can capitalize on generative design to compensate for the lack of data. We will present a workflow where generative design features for Revit software, Dynamo software, and Insight software are used to generate a synthetic data set for training a machine-learning model for energy-analysis prediction.

This demo will show a real-life project scenario from start to finish. The project has massive amounts of data in 2D but clash detection was a major focus. The team put a workflow together using Civil 3D software, ArcGIS, Navisworks software, and the power of pipe networks to produce a very robust data set for the design teams to use. Assumed depth utilities present a dynamic problem in today's 3D world. Without proper as-built data, design standards, and construction documentation, this problem was a major hurdle for this team. The workflow they assembled enabled the consumer to easily determine the levels of accuracy, and individual pipes or networks could be updated in real time and displayed in a Navisworks federated model.

Why should you be using Dynamic Blocks? Quite simply, Dynamic Blocks can greatly reduce the number of blocks in your library, improving your efficiency. While it does take a little more time up front to create a dynamic block, the timesavings on the back end are well worth the effort! Even better news: if you are a proficient user of AutoCAD software, you should have no problem converting those boring, static blocks into shiny, new, Dynamic Blocks.

Who hasn’t had this situation—receiving data from a planning partner who’s also using AutoCAD Architecture software or AutoCAD MEP software and content that should be added doesn’t display. Or, content that is displayed doesn’t look like you expect, or doesn’t meet the firm’s graphical design standards. So, where should you start the modifications, and, more importantly, how do you apply them? The class will walk through how to navigate through the swamp of settings that are possible within the Display Manager, showcasing its possibilities and perks. We’ll explain an effective workflow when starting from scratch, or when dealing with data coming from an outside source who’s also working with AutoCAD Architecture and AutoCAD MEP, without losing what others might have defined.

Why should you be using Dynamic Blocks? Quite simply, Dynamic Blocks can greatly reduce the number of blocks in your library, improving your efficiency. While it does take a little more time up front to create a Dynamic Block, the timesavings on the back end are well worth the effort! Even better news: if you are a proficient user of AutoCAD software, you should have no problem converting those boring, static blocks into shiny, new, Dynamic Blocks.

We shall begin with two alignments, a general plan, profiles, and several subassemblies for Subassembly Composer. Step by step, we will start with a simple corridor and will finish with a complex intelligent model in Navisworks software with landscaping, external engineering networks, and traffic management.

Autodesk cloud experts train Forge Certified Systems Integrators to provide reliable support to customers looking to digitally transform their businesses. Forge Certified System Integrators have proven track records building software integrations within existing systems, and deploying custom cloud-based solutions built with Forge. In this panel discussion, top Forge Certified System Integrators will share some of the innovative solutions they’ve built using Forge, as well as their experiences with becoming Forge Certified System Integrators, and they’ll also share advice for anyone looking to join the program. Join us live to learn how to capitalize on existing solutions from our partners, or how to become a Forge Certified Systems Integrator.

Dynamo for a long time has been the go-to tool of Revit users to quickly script solutions to time-consuming routine problems. However, there is much more that Dynamo can do beyond scripting. There is a whole world to explore with packages and integrations which you may not be aware of. See what is possible with AI, geometry manipulation, coding, generative design in Autodesk software, and document updates, as well as accessing web APIs with Dynamo. If you think you know Dynamo, then you’ve only scratched the surface. Check out this class to see the true potential of Dynamo and visual scripting.

The United Kingdom (UK) is experiencing an exponential demand for rail travel, combined with demands from passengers for safer, faster, more reliable trains. The only way to meet this demand today, and for future generations, is to invest heavily in the UK's rail infrastructure. However, in today’s economic climate, rail infrastructure owners have to spend available capital wisely and ensure better outcomes, based on quality design and construction. This class looks at how UK rail infrastructure owners are adopting Building Information Modeling (BIM) as a key enabler to making informed business decisions throughout the life of the asset, based on accurate, complete, and unambiguous information. To achieve this, they are developing standardized processes and providing client leadership for their supply chain to build integrated teams with the capability and capacity to deliver their requirements.

As a working Geospatial/CAD manager on a military installation, it is a juggling act to manage all aspects of the job. The U.S. Air Force 3E5X1 (Engineers) career field’s increasing requirement for Autodesk® training has changed the way we manage our CAD as-built and geospatial enterprise data. This class will cover a combination of how going back to basics streamlined the Nellis Air Force Base business process and limited IT support challenges. We will present an overview of our “how-to” approach in managing construction as-builts, surveying methods, and GIS using AutoCAD® Map 3D® and AutoCAD® Civil 3D® software as well as products from ESRI® and Trimble®.