Many institutional owners have near-continuous capital planning (new construction and renovation) programs. Their decision-making processes depend on reliable, accurate information. Come to this class and learn how delivering building information can turn a project-to-project relationship into an ongoing, long-term relationship. Architects, engineers, and contractors live in a model-centric world. Building owners live in an information-centric world. Most owners are not yet ready to manage 'live' building information models, but many are ready to manage the rich data set of information that is inherently available in, and can be easily obtained from, Revit software models. It's the information—and not just the geometry—in Building Information Modeling (BIM) that is making the difference for owners throughout the building lifecycle. This session focuses on the hidden value that may be found in your own models, and we will discuss how you can organize building information in—and extracted efficiently from—Revit software models with the Revit software COBie Toolkit.

Learn about the exciting new features in Revit Architecture 2014 software. Get introduced to new concepts of Building Information Modeling (BIM) and efficient, easy-to-use tools for parametric design and documentation.

This class is a high-level overview of what Building Information Modeling (BIM) and virtual design and construction (VDC) are and how they work in the construction process. We will talk about BIM for estimating, BIM for coordination, BIM for marketing and logistics, and BIM and site work. We will also discuss laser scanning, 4D simulations, as-builts, and some future capabilities.

BIM-MEPAUS is a global leading industry initiative that strives to address some of the barriers to the adoption of building information modelling (BIM) in the Australian building and construction sector.

Come to this class and discover the benefits of Advance Steel software, the Building Information Modeling (BIM) software product specifically designed for steel detailers and fabricators who require easy-to-use structural software for automating drawing creation, documentation, and fabrication.

This class will cover the implementation of Advanced Steel software for connection design and fabrication modeling within an existing Building Information Modeling (BIM) workflow based in Revit software. We'll take users through integration of model data from Revit software into Advanced Steel software and on into Navisworks project review software for construction coordination.

Much of the building industry still requires and relies upon CAD-based and sheet-centric project information delivery. The National Building Information Modeling Standard-United States (NBIMS-US) doesn't define graphical standards, so the United States National CAD Standard (NCS) is an indispensable reference standard for the foreseeable future. Several changes have occurred in the NCS and NBIMS for versions releasing in late 2014. NCS V6 has added a new Building Information Modeling (BIM) Implementation Section, and there are ongoing efforts to further develop new content. This round table gives attendees an overview of the new section and the opportunity to participate in further development. Attendees will identify common business challenges that the National Standards can alleviate and they will develop a list of effective practices to help make project delivery consistent throughout the building industry. We will make content from this session available to attendees, and it will become a basis for revision ballots to the National Standards.

This Building Information Modeling (BIM) management class is designed for CAD and BIM professionals, project managers, and other technical and management professionals who want to obtain the relevant knowledge and skills that are required to set up a company BIM deployment plan and BIM project execution plan and protocol. We will explore everything from making the transition from CAD to BIM, to defining roles and structuring teams. We'll also touch on common issues that arise in BIM projects and we'll show how crucial it is to have someone there to take care of them.

When looking at case studies and success stories that demonstrate how construction projects have implemented Building Information Modeling (BIM), the project values are at least $30 million, and they usually run into the hundreds of millions of dollars. This does not address the numerous projects that are much smaller and still require detailed coordination efforts. This class will look at using BIM and virtual design and construction (VDC) on smaller projects, as well as explore the tips and tricks that our firm has learned using BIM on smaller projects, including projects valued at less than $10 million.

This round-table discussion will focus on the various Building Information Modeling (BIM) standards from around the world, the benefits and adverse effects they cause, and the ways they may help or hinder progress as it grows. Comments from experience are welcomed and encouraged.

This class will introduce the use of Building Information Modeling (BIM) software as a construction-safety planning platform. We will introduce some effective practices and advantages of using BIM to identify potential safety hazards, find mitigation procedures, and prevent hazards in construction planning. We will show you how to connect a construction-safety database with BIM software, and we'll cover how the software can assist safety personnel to inquire about safety knowledge and conduct job hazard analysis efficiently. We will also show you several examples of actual projects that used BIM for safety planning and hazard prevention.

In this lecture you will learn about the exciting new features in Revit Architecture 2015 software. Discover new concepts of Building Information Modeling (BIM) and efficient, easy-to-use tools for parametric design and documentation.

Follow the information as it traverses the construction project lifecycle from design to build to operations. Participants will learn how to link their Building Information Modeling (BIM) from authoring tools such as AutoCAD software and Revit software to BIM 360 Glue software for design coordination, then to BIM 360 Field software for construction field execution. We will then review options for outputting information for operations and maintenance.

In order to create an analytical representation of a structural model ready for analysis, there are some transformation, changes, and assumptions that need to be applied. In Revit software, the analytical model is created automatically as the physical model is built. Some structural configurations are not suitable for direct integration with analysis and design software. Adaptive adjustment is required. This could be tedious and time consuming. In this class, you’ll learn how to take full advantage of the analytical representation features in Revit, and how to integrate the structural analysis in the Building Information Modeling (BIM) models.

Attend a panel discussion led by Autodesk, Inc., subject-matter experts and architectural firms that are using the Dynamo visual programming language extension. Leave with an understanding of how the Dynamo extension is extending workflows based in Revit software and is helping architects to drive Computational Building Information Modeling (BIM) from the earliest stages.

We have spent the past several years institutionalizing the standards and processes required to establish a 'To Be Maintained' Building Information Modeling (BIM) Revit software model and link this Revit software model to a computerized maintenance management system (CMMS). The prevalent thinking was that this 'BIM-to-CMMS' milestone was the ultimate BIM goal for an owner. Today we see that it is just the beginning of capitalizing on BIM in many areas of the facility lifecycle, and we understand that the owner expects the existence of the BIM to deliver measureable value in the operation and maintenance of the facility. Our panel will focus on the emerging uses of BIM after the completion of the Revit software model. We will discuss how you can utilize the model in asset management, real estate management, and building automation and performance optimization, as well as how the model impacts the total cost of facility ownership.

In this class, we discuss the process of Building Information Modeling (BIM) for water, wastewater, and headworks projects. The class covers established best practices, methodologies, process matrices, risk, and water or wastewater project management as required in a BIM deliverable. We cover the overall process of adopting BIM, including mitigating risk, management, preparation, and execution.

Autodesk Revit and Autodesk Revit Server allow for collaboration around the intelligent building model, but Building Information Modeling (BIM) is more than just the Autodesk Revit model. Come to this class and learn how using Vault Collaboration AEC can extend the data contained within the intelligent model and manage access to the data throughout the project ecosystem.

This class will describe an advanced implementation of Building Information Modeling (BIM) Solutions at SYSTRA. The BIM manager from SYSTRA will provide an overview of the company and the BIM roadmap deployment strategy. Autodesk Consulting will describe the methodology and the ways in which Autodesk, Inc., and SYSTRA have deployed this methodology on a BIM project. We will examine a project example with the different phases, BIM uses, and key actions.

Capitalizing on Building Information Modeling (BIM) for new buildings is easy—you get to start with a fresh, clean file, and you can lay out everything you need precisely where it is supposed to be. However, what if you are doing an addition, a renovation, or historic preservation? Most of what is important to a structural engineer is probably hidden behind an existing facade or finish. And yet the model must go on. This class offers tips and suggestions for modeling existing structures, including extrapolating information from incomplete data, identifying known and unknown elements, and managing ownership of scope areas.