This class will cover the use of many Autodesk, Inc., Building Information Modeling (BIM) software, such as Revit Architecture software, Revit MEP software, Revit Structure software, AutoCAD Civil 3D software, Navisworks software, and cloud services, including BIM 360 Glue software and BIM 360 Field software, in order to assist in the daily maintenance and operations of airports.

The presentation will provide an in-depth discussion of effective practices regarding how to combine foundation designs in Revit Structure Suite software with civil-site designers in AutoCAD Civil 3D software to ultimately collaborate with architects in Revit Architecture software. The discussion will give guidelines on where utility modeling for building should transition from Revit MEP software above grade to AutoCAD Civil 3D software below grade and how to use Navisworks project review software in this review process. Key concept to review will be the difference between local coordinate systems that building designers work in as compared to the state plane coordinate system that civil engineers typically use. The discussion will then consider the new American Institute of Architects' BIM Protocol Exhibit E202 that defines the Level Of Detail (LOD) in models on a scale of 100 to 500. The presenter will demonstrate these LOD concepts with case studies from projects in 3 different project phases: design, construction, and facilities management.

Everyone is being bombarded with information about Building Information Modeling (BIM) for facilities management, but how does it really bring value to your operation? This class will go beyond the hype and use over six years of real-world case studies and experience to explain the real return on investment. We will include examples of how to maximize the value proposition for owners and designers from design through construction and to post-construction applications. After this class, owners will better understand the issues and designers will be able to better sell the value of their BIM services.

In this class, we will show how a top academic medical center collaborated with a BIM-driven architectural firm to deliver a Building Information Modeling (BIM) implementation plan. This plan transformed data about 53 buildings, totaling more than 6 million square feet of existing facility space, from a traditional 2D AutoCAD® format to an intelligent BIM environment using Autodesk® Revit® Architecture. The implementation focused on not only the technical aspects and best practices of using Revit Architecture, but also included developing a much deeper BIM expertise to ensure the long-term success and continued use of the models for future growth across the campus. The project team leaders will present how they have developed these models to use multiple Autodesk platforms to share facility information with a diverse campus-wide staff. This process has improved the quality and speed of decision making with regard to facility planning, renovation, maintenance, wayfinding, and energy consumption.

Concluding the class presented at Autodesk University 2015, Elliott Crossley returns to discuss the construction phase of a £330 million project in the UK. This class reveals the strategy and workflows involved in integrating fabrication information back into the Building Information Model, divulging the toolbox of a multidisciplinary design team at BDP from inception to completion, challenging current technology throughout, to deliver an Asset Information Model suitable for use in building operation.

In this presentation, we'll highlight how using level of development (LOD) status by element helps model authors know how complete their models are. We'll also demonstrate how, at different coordination events in a project, all parties can use LOD to indicate to each other their completion of design in the project by using the LOD score as a trigger for other dependent trades to move forward with their design efforts. For example, a structural engineer can use LOD element status in his or her own structural model to know what parts of the model are still subject to change. When the structural engineer is finished with exterior columns and many of the internal columns, those confirmed elements have a LOD status of 350. However, the steel around the internal elevator shaft area will be at a LOD status of 300 because the elevator equipment hasn't been selected yet. By visualizing the LOD status at a glance, the structural engineers know where the model still needs attention.

We’ll discuss overcoming design and planning challenges in an infrastructure project’s lifecycle by using smart solutions, including highlights of the following: How digital asset management can help evaluate future demands for regional infrastructure development, and the challenges to be faced; how BIM can support the asset management long-term strategies to mitigate the risks impacting the operations and maintenance of infrastructure; innovative solutions to develop a smart transportation infrastructure system; the main controls to achieve a successful BIM implementation process; single integrated asset management system with sustainable and cost-effective results; guidance on how to create and follow a clear road map to achieve an effective asset management system; exploration of the significance of integrating CAPEX and OPEX solutions; and the importance of implementing an integrated CAPEX/ OPEX solution for asset owners and operators.

Facility management (FM) or 6D has been discussed as a huge benefit to owners, but very few owners take advantage of this because it typically requires significant forethought and investment prior to construction. We wanted to see we could implement this after construction. We’ll dive into a case study of a small 8,400-square-foot, net-zero structure, and look at several approaches to BIM-based FM. The study will also discuss what elements were deemed worthwhile tracking as opposed to those that were nice to have. We’ll cover how much effort went into creating a usable solution and what business models exist to support this. We’ll look at a self-generated approach using BIM 360 Ops software, a consultant-based solution (EcoDomus), and a vendor-based solution (syyclops). Based on the scale and type of project, we’ll discuss the merits of each solution and potential fits within the construction sectors. And we’ll have some value metrics and projected value over the lifespan of the building.

This discussion will focus on CREFTS' (Corporate Real Estate, Facilities, Travel, Safety, & Security) BIM 360 Ops internal Autodesk deployment, and offer a glimpse from concept to deployment across the Autodesk portfolio. We'll review the steps taken-from planning, pilot, and deployment-and discuss our pathway to success and how we're using BIM 360 Ops software from projects to building operations. We'll share best practices, insight into rollout, and a glimpse of where we're heading with automation and machine learning.

This class will give an overview of the most highly used workflows of BIM 360 Field software and go into detail about how the new BIM 360 products can not only replace existing workflows, but actually improve upon them, and maximize efficiency on an integrated platform.

BIM (Building Information Modeling) for infrastructure has rapidly emerged to transform the way transportation and civil infrastructure agencies, organizations, consultants, and contractors plan, design, and construct their projects, and maintain, operate, and manage their assets. BIM and CAD are effective tools for project delivery and they’re even more valuable when integrated with geographic information system (GIS) to provide asset management. This class will provide value-based deployment strategies, best practices, challenges, and case studies of successful BIM-CAD-GIS projects.

This class will show the pathway that the largest Boeing commercial airplane plant has taken to implement BIM (Building Information Modeling) with existing buildings. This class goes beyond having a champion and high-level sponsor; it enables a transition with as many or as few buildings as fits the comfort level and budget. Everyone has probably heard how much BIM can save in the construction effort. Our goal is the next 50-plus years that we use a building. This class will show what benefits we see and will realize as we get more of our plant documented in BIM. It will also show how to minimize training and IT expenses and still have the appropriate number of trained employees with the right tools.

The Virtual Record Environment (VRE) is an as-built project deliverable intended to connect macro to micro levels of information. The VRE provides campus context, access to building information in the 3D model with connected 2D sheets, and quick access to any asset within. Highlighting the connected workflows possible for a large health care organization, the VRE uses the BIM 360 environment. With the owner's request in mind, the VRE maintains the integrity of design and construction's digital activities within BIM 360 while also affording the compatibility between design platforms required throughout the project's lifecycle. The VRE workflow highlights the migration of building information (Revit software) across all disciplines, and highlights the importance of identifying assets of importance that should be integrated into the model environment. The VRE workflow includes Revit software, InfraWorks software for site mapping, BIM 360 Docs software for as-built model and sheet context, and BIM 360 Ops software for asset identification and data basing.

During a typical BIM (Building Information Modeling) project, we focus on the design and coordination process with the goal of constructing a building. But what then? After construction there is commissioning, warranty, and the operational phase. Seems like a waste to take that content and just archive it on a server, right? What if we had a longer-term vision and could use coordinated content after the punch list was completed? Seems easy enough, but is it? In this session, we’ll discuss how to prepare a project team and facility managers to use models, construction documents, photos, and asset data from BIM 360 software for use in facility management (FM) via BIM 360 Ops software. We’ll discuss what information needs to be set up early and how to transition from construction to FM, while supporting commissioning and warranty phases. We want to help you understand the path to full lifecycle management, integrated systems with BIM 360, when to start, and how to get the owner and project team looped into the process, early!

Attendees will learn about the real issues involved with rolling new technology out to field teams. We’ll cover the overall view of technology within field operations staff. We’ll go over a brief history of mobile technology, where we’ve come from, and where we’ll be going in the next 10 years. We will present a use case at Hudson yard where we rolled out PlanGrid in the field, and we’ll go over why it worked, what struggles we had, and what major lessons we learned. And we will cover how to develop a technology implantation plan and conduct a tech rollout.

VINCI Facilities, a leading provider of facilities management (FM) solutions, explores new methods for incorporating BIM data in smart-building site applications. Discover how the BIM referential can successfully improve building lifecycle management after the handover phase. We’ll show you how we use BIM 3D referential to create a data network integrated with CMS, computer-aided facilities management, building managements systems, IoT, space management, and room reservation data. We use the Forge platform to manage FM workflow and process to give the best 3D modern data visualization and functionality from simple building information view with easy geographic or technical network navigation or more complicated elements like occupancy heat map. Facility management operators are given a holistic view of a building’s internal systems, accessible on-site or remotely. This is technology that can be applied to both existing and newly constructed buildings, leading to greater operational efficiency, easier maintenance, and smarter buildings.

In this course, the BIM 360 Ops Team will share how easy it can be implementing an asset and building maintenance plan. We’ll show how to set up a reusable schedule, assign the work, and report on the program’s effectiveness. Learn how to get the most from the only mobile-first asset and maintenance management solution designed for the people who do the work.

The Transportation Summit is a gathering of leading industry professionals in the world of infrastructure design, construction, and operations focused on best practices and technologies. This year’s Transportation Summit will feature AU Speakers and three consecutive Knowledge Sessions where attendees will hear from industry thought leaders and learn about technologies and best practices. Space is limited. Keynote: Ismaeel Barbur, Virgin Hyperloop One Design Automation: Knowledge Session 1: Wouter Bulens, BIM Manager, TUC Rail Jerome Chamfray, Chief Geo-Digital Engineer, Jacobs Thord Backe, Sr. Director, AEC Generative Design, Autodesk Digitizing Construction: Knowledge Session 2: Jamie Waller, Assistant Director of Construction, Region 3, TNDOT Eric E. Cylwik, Virtual Construction Engineer Senior, Sundt Mohammad Al Ktaishat, Digital Project Delivery lead, AECOM Operations and Maintenance: Knowledge Session 3: Takaya Nagai, Manager, Construction Division, East Japan Railway Company Nigel Stroud, Head of Information Management, Heathrow Airport Liam Gallagher, Director of Information Management, Jacobs

Got CALC? In Revit software? If you’re a fire protection engineer working in Revit, you need to run industry-standard hydraulic calculations and reports. Design your system in native Revit without any third-party tools, or with anyone’s third-party tools. You can calculate any Revit fire protection system using SprinkCAD’s SprinkCALC software for water-based sprinkler systems. Standards supported include NFPA 13 and 14, EU12845, BS5306, CEA4001, AS2118.1, NZS4541, and FM DS03. Also supported are fluid delivery time calculations for dry-pipe systems—so you can be sure about when the water will be there. We’ll also display the new SprinkCAD for Revit tools. These include the following: the Revit Family Builder, letting you create complex families in seconds without any knowledge of RFA construction; and Head-Connection tools for fast drawing of sprigs and drops, armovers, flex piping, and even entire ranges of branches with the Auto Branch line generator.