In this class, we will introduce you to BIM 360 Docs software’s API. BIM 360 Docs software is a cloud-based document management system tailored specifically for construction projects. As the document at the center of BIM 360 family products, BIM 360 Docs software promises to play an important role for unified development of the BIM 360 mobile and web platform. BIM 360 Docs software provides an API as a part of the Forge Platform Data Management API. Using the Forge Platform API, you can access documents stored in BIM 360 Docs software, display models using the Viewing API, and search data in the model. Using the API, for example, you can automate updating models from external applications, make a report to keep track of a team’s progress, and connect your own web services applications with BIM 360 Docs projects. We will show you how to get started with the BIM 360 Docs API, share examples of use cases, and demonstrate what you can do using the BIM 360 Docs API. This session features BIM 360 Docs and Forge. AIA Approved
Developers interested in learning BIM 360 Docs API and planning to build web services and applications using the Docs. This class assume basic understanding of web programming, such as web services. Working knowledge of REST API is helpful to understand the discussion.
Mikako Harada works as an architecture, engineering, and construction (AEC) technical lead and Americas manager for the Developer Technical Services (DevTech) Team at Autodesk, Inc. She provides API (Application Programming Interface) technical support to the members of Autodesk Developer Network worldwide for AEC products. Prior to joining Autodesk, she worked as a researcher for the Swiss Federal Institute of Technology (ETH) in Zurich. While at ETH, she worked with projects involving the development of web-based collaborative environment with the Swiss building industry and web-based visualization projects for business data archive systems, aiming to enlarge knowledge by providing a means of visualizing a large amount of information. Harada was also a researcher at The Engineering Design Research Center of Carnegie Mellon University, Dr. Scott Fahlman’s lab, and the Artificial Intelligence Cognitive Systems group at General Motors Technical Center. Her interests are in the areas of interactive techniques, optimization, and layout synthesis.
The BIM 360 products provide project teams with a range of options for project collaboration that differ from the traditional ways of conducting business and can intimidate new users. This class will focus on the development and advantages of a collaborative learning exercise between industry partners and academic institutions, with the goal of exposing students to real-world collaborative experiences they will face as they begin their careers in the architecture, engineering, construction, and owner-operated (AECO) industry. Learn how industry partners have the opportunity to push the boundaries of their BIM 360 utilization in a no-risk environment, while affording new employees valuable experience. Academics Nathan Blinn and Dr. Raymond Issa-with David Epps, director of construction technology for Winter Construction-will share their experiences with BIM 360 software, while providing a customizable blueprint for the development of your own BIM 360 learning exercise, complete with lessons learned and learning objectives.
Airport design necessitates collaboration between numerous teams with a wide range of skill sets generally coming from various locations. This requires well-established strategies and methodical use of tools and technologies for a successful delivery of a large-scale project. This session will present strategies for utilizing cloud collaboration tools such as Collaboration for Revit, BIM 360 Team and Fusion Team (formerly A360 Team), BIM 360 Glue software, and BIM 360 Docs software in order to help teams communicate and collaborate effectively in delivering a complex project. We will showcase San Francisco's $2.4 billion International Airport project as an example of utilizing these strategies to enable effective collaboration between more than 200 architects, engineers, and builders from Woods Bagot, HKS Architects, Gensler, and numerous core trades and consultants on this design-build project. This session will present Building Information Modeling (BIM) strategies for cloud collaboration and data management on airport projects.
Do you want to use the Autodesk cloud tools, but also need to continue to use your existing desktop tools? Finally there's a cloud solution that acknowledges your need to bridge your current tools with new solutions in the cloud. Come and learn how to bridge your desktop world with the cloud, using a tool that's so simple, you'll think it's magic. Introducing Autodesk Drive software, the virtual file system that connects to the Autodesk cloud.
The global architecture, engineering, and construction industry could benefit from better adherence to standards. Many data standards exist, but few succeed. Who mandates the standard? Owner? Architect? Government? Representatives from ConstructionProgress.org and Construction Open Standards Alliance (COSA.build) will kick off this roundtable discussion with a brief overview of the current Building Information Modeling (BIM) and construction data standards available today (in the United States and abroad). After defining the available data standards, the group will debate the relative adoption rates of these standards in the real world. The intended outcome is not to solve the technology barrier. Instead, it is to overcome the people and process barriers to digital collaboration. This roundtable debate will produce key opportunities to impact digital-standards adoption at the individual or company level.
This class overviews basic setups, installation, and use of A360 Collaboration for Revit cloud service, and will examine how it has been used, advantages and disadvantages, things to consider for remote access and telecommuting, and how to push content to A360 cloud-based collaboration service. We will also touch on topics for organizational structures and project management in conjunction with A360 Collaboration for Revit cloud service and A360. This session features Collaboration for Revit and BIM 360 Glue.
With the recent addition of BIM 360 support to InfraWorks software, collaborating on your infrastructure projects has become both easier and much more powerful. This session will focus on the basics of the "BIM 360 to InfraWorks" workflow, including sharing your model, synchronizing, using the Large Model Viewer, and setting up permissions for the team. We'll also explore how to use the collaborative power of BIM 360 to share all of your InfraWorks assets, such as geographic information system (GIS) data sets, AutoCAD Civil 3D files, Revit files, 3D models, overlays, scripts, and other support content.
The class will show the experience of BIM implementation with Revit in an architecture and engineering firm. The strategy and the investments to do, the possible problem and solutions, the schedule and the goals to achieve. The case studies and the pilot projects are essential to BIM implementation; this class will present many special real case studies from the Bulgari New Jewelry-Making Center (finalist at AEC Excellence Awards 2016) to the residences in Masdar City, showing the critical points and strengths of this BIM project.
This class will dig into Revit software with tips and tricks from the low-hanging fruit (symbols, text, and standards) and things to consider (metric, Imperial or soft metric, geographies, and so on). We'll look at using note block content for abbreviation lists and schedules, processing diagrams using custom families, and keynoting. We'll cover assemblies codes, what view templates are and how to use them effectively for consistency from templates forward, sample practices for view naming and browser management in anticipation of exports, and ways of managing work sets in local and linked files to help speed up your system by simply organizing data. We'll also look at how work sets track through links, schema for management, best practices on file sizes, and how to push those limits and possibly a few Dynamo Scripts to assist in management and setups of projects.
Prefabrication and automation in offsite construction requires building models to be rich in data. The generation of construction drawings, creation of a bill of materials and the application of fabricated information is required in the model. In wood construction for example, it requires modeling of accurate processing (precutting) and assembly of prefabricated items including tooling (e.g. nailing and milling operations). All this, including derived data in the form of CNC files, shop drawings, etc., needs to be accessible by all stakeholders - the builders, prefabricators and project managers. By combining Autodesk products and APIs, hsbcad has developed improved workflows to create and modify rich model content. Revit content is able to enrich cloud based BIM that drives CNC equipment and improves on site processes. This leads to increased efficiency and cost control for the complete construction process.Joint AU/Forge DevCon class
This class will go over all aspects of an integrated project delivery (IPD) / Building Information Modeling (BIM) project for health care or science projects. We'll review different methods of project delivery and effective implementation plans. During the class, we'll cover fundamentals of laser scanning for IPD/BIM projects and we'll show examples. We'll review and discuss owner agreements and lean practices that are used on the IPD projects. In regards to legal aspects, we'll discuss some information for different project scenarios.
Lewis Matthew Miller, AIA (senior project manager in University of Southern California's capital construction development department) and Ruby Xuewen Quan (Building Information Modeling program specialist in University of Southern California's Facilities Management Services) will describe current business challenges in USC's ecosystem of building design, construction, and facilities operations, as well as management processes, and resulting losses. The proposed object-oriented architecture of transmission project lifecycle management, acts as a counterpoint to commissioned IoT technologies.
Every major general contractor wants to embrace digital construction in the right way. This class will explain how VINCI Construction France-a general contractor employing 22,000 people in France that started its move to Building Information Modeling (BIM) almost a decade ago-has perfected its preconstruction approach, and how it is bridging the BIM gap to the job site. This course will detail the strategy designed by VINCI to preconstruct Revit models that can be useful for job-site purposes, and how custom tools and interfaces have been developed to ensure the right communication between the BIM preconstruction team and the work-front team. The main goal of this class is to show how digital construction can be a reality, and look at how it affects quality, productivity, and innovation for the industry.