The quality of a scan-to-BIM (Building Information Modeling) model can vary depending on the surveyor, instrument used, and field conditions, and it mainly depends on the requirements specified. There are no industry-standards templates available to follow. This class will focus on the essentials for developing a scan-to-BIM execution plan. Starting from providing and clarifying scope of work to defining LOD requirements, there are a lot of potential risks that need to be identified and highlighted when picking up a scan-to-BIM job, and we’ll discuss some of these cases with examples. Basic tools like Revit software, ReCap software, and Navisworks software can help us through this process of visualizing model mistakes and getting a quality product. Learn several tips on quality control of a scan-to-BIM model. The goal of this class is not only to learn the available tools, but also to analyze the current gaps in setting up scan-to-BIM project execution plan.

The quality of a scan-to-BIM (Building Information Modeling) model can vary, depending on the surveyor, instrument used, field conditions, and especially the requirements specified. There are, however, no industry standards templates available to follow. This class will focus on the essentials for developing a scan-to-BIM execution plan, starting from providing and clarifying scope of work to defining LOD requirements. There are a lot of potential risks that we need to identify and highlight when picking up a scan-to-BIM job. We will discuss some of these cases with project examples. Basic tools like Revit software, ReCap software, and Navisworks software can help us through this process of visualizing model mistakes and getting a quality product. We will learn several tips that can assist us while facing the quality control of a model replicated from a point cloud. Those tips will also help us locate where the focus should go in each case.

The scan-to-BIM (Building Information Modeling) workflow has enabled architecture, engineering, and construction (AEC) professionals to efficiently capture, design, and model contextually the as-built environment. Predominantly adopted by professionals in the architectural and built environment, this workflow can also be fruitful to professionals in the civil infrastructure industry. This session will look at applying the scan-to-BIM workflow to roads, zooming in on phases including as-built capture, modeling, and realistic visualization.

The scan-to-BIM (Building Information Modeling) workflow has enabled architecture, engineering, and construction (AEC) professionals to efficiently capture, design, and model the as-built environment. But what if we could modify and further automate this process to boost efficiency and insight? This session will be looking at a more refined and automated application of the scan-to-BIM workflow by incorporating laser scanning and point-cloud extraction technologies, as well as creating photorealistic visualizations using scanned data and the design model for more-informed, insightful decision making by conveying highly accurate and realistic design intent.

This presentation will focus on how the UA is developing skilled labor by BIM integration into their training to meet the needs of the plumbing, mechanical and fire protection contractors. We will show how we have taken a scan to BIM project and developed additional uses in training including plan reading, safety training, point layout, virtual design and scan to BIM. We will also discuss our recruitment efforts to expand our membership to meet the needs of the construction industry utilizing the latest technology and creating multiple career paths for our members. The UA is excited to bring this presentation to Autodesk University to show how our partnership with Autodesk and many others has expanded our training and uplifted our members and created career paths that are changing the construction industry.

The quality of a Scan to BIM (Building Information Modeling) model can be subjective and intangible. There are no standards templates to follow, nor any tools that automate this task. This class will focus on the development of tools and options that Revit software and ReCap software can provide to help us through this process of visualizing model mistakes and getting a quality product. Learn several tips that can assist you when you're facing the quality control of a model replicated from a point cloud-and help you know where the focus should go in each case.

The use of reality capture technology and processes in the AEC industry has transformed the design process for the refurbishment and alterations of existing built assets. What was once the niche undertaking of experienced technology and survey companies working on large projects, has now become the starting point for projects of all sizes undertaken by a wide variety of industry professions. However, the conversion of laser scan data to an existing BIM can still be a time-consuming process. This hands-on session will go through the fundamentals of Scan to BIM in Autodesk Revit along with techniques to supercharge your scan to BIM conversion using the FARO PointSense for Revit plugin. The class will begin with a look at the various laser scan formats available, how these translates to Autodesk Recap and how we can optimise the recap project for better functionality and usability within Autodesk Revit. The PointSense for Revit plugin includes a large array of tools for the semi-automated modelling of building elements from point clouds. Starting with coordinate systems and moving through elements such as walls, columns, beams and pipework, the attendees will have the chance to test the semi-automated modelling capabilities on various sample data sets. Quality assurance within the Scan to BIM process is of critical importance and this class will cover tools that can be used to highlight errors in the scan to model conversion process and methods we can use to record these. We will also look at how these same tools can be used to deform elements such as floors to more accurately reflect the real-world conditions. The aim of the session is for attendees to leave with a better understanding of the potential tools available to them, which could ultimately increase the productivity and quality of existing BIMs created by themselves, their teams, and their companies.

This class will go through the practical steps required for any Revit user to utilize ReCap software and Revit in their heritage project workflow. The class is for those who think that Revit is not suitable for heritage projects and/or those who do not understand the benefit of integration of point clouds (and how do you get something useable out of all those points?). While focusing on heritage, you can apply the principles in many fields.

This session will demonstrate how BIM 360 and Cintoo Cloud can be efficiently leveraged in a collaborative way to extract meaningful information at every stage of the BIM process: to distribute the terrestrial laser scan data via the cloud to drafters and modelers; to compare the as-built reality to the BIM model built from the scans to check model completeness and accuracy; to compare the as-built to the BIM model for quality check during the construction process; to visually detect issues when comparing scan and BIM in an immersive and collaborative VR experience.

BIM and terrestrial laser scanning have been well received within construction for the unparalleled accuracy delivered during the planning and development process. For VDC and BIM managers, the ability to accurately plan projects to scale, time and budget is just one of many benefits. Having the ability to compare the scanned as-built to BIM models doesn’t only prove its worth in the initial planning stages of a build, but also in quality assurance throughout a project’s lifespan. Cintoo has embedded its unique point cloud-to-mesh technology into Cintoo Cloud, a platform connected to BIM 360, to allow this QA/QC workflow. Learn from current Cintoo Cloud and BIM 360 users who has been successfully using this collaborative workflow on various jobs recently for a more efficient project coordination. Learn how Cintoo Cloud can also provide access to laser scan data in mesh or point cloud format to team members at home or at the office for efficient Scan & BIM modeling or clash detection.

Plusieurs exemples seront présentés sur les multiples utilisations du Scan-to-BIM, de la rénovation à l'expertise, en passant par la sauvegarde du patrimoine et de simple dépôt de permis de construire. A l'aide du logiciel Autodesk Revit, comment à partir du nuage de points, nous avons généré des modèles en Niveau de Détail (LOD) 350, et les différents livrables possibles mis à disposition sur le Cloud Autodesk.

This class will cover the use of BLK360, ReCAP Pro software, and Revit software. We will examine the scan-to-BIM process with Revit, and focus on a project where scan to BIM is letting our organization create accurate as-built models. This presentation will also demonstrate how easily users can measure from the point clouds and review planned alterations to drawings and/or models. We will also illustrate how our developed processes resulted in greater project efficiencies—the net result being reduced team sizes and faster completion times.

Why model as-built conditions when you can work directly with a high-resolution point cloud? In this very hands-on class we will stake out the foundations for a new addition to our Autodesk University (AU) classroom using a remarkably easy, cloud-enabled workflow. First, participants will import a point cloud of our AU classroom into Navisworks Manage software. We will then use Point Layout software to place points on a number of modeled objects that we intend to stake out as part of a small classroom renovation. The model will be shared with the field using BIM 360 Glue cloud service. Finally, we will connect the BIM 360 Layout iPad application to a robotic total station to enable field users to stake out and verify the exact position of the points. All of this will happen using a contextual model of our surroundings.

This session will cover how SSOE Group has changed its delivery process on retrofit projects to reduce waste in the engineering and construction process as a standard of care for its clients. The key point of this entire process is reliance on the laser scan and all team members working with the data in ReCap software, Navisworks software, and the modeling platform (Revit software, AutoCAD Plant 3D software, AutoCAD Civil 3D software, or AutoCAD software). We will highlight practical examples on how to utilize laser scans as the sole source of truth and reference into our design software. Additionally we will review our unique process in which we remove all demolition objects from the scan model to coordinate with the proposed scope of work. Project examples will demonstrate how SSOE has been able to competitively bid projects while still maintaining a healthy profit margin. This session features ReCap 360, Navisworks Manage, and Revit. AIA Approved

This class will discuss the workflow of using Autodesk software like ReCap Pro software, Revit software, and Navisworks software in a project where 6 commercial buildings with 340,000 square feet of floor space were renovated for a Silicon Valley tech giant in Mountain View, California. The project involved reality capture and modeling from point clouds resulting from scans. This case study highlights some of the challenges the team faced when dealing with the aggressive 30-day timeline, and suggests the means to overcome them in the scan-to-BIM process. We’ll also talk about the efficient clash coordination process used to finalize the constructability of the project that included the as-built 3D models developed from the scan-to-BIM process used by each trade sub in developing new designs. The attendees will learn the best workflow and tips using Autodesk software in tandem to achieve the right accuracy, the desired time savings, and the achievement of the BIM coordination schedule in time to meet construction deadlines.

EPR is an Architectural Practice based in Central London. Often working on Heritage buildings with complex architectural details Scan to BIM has become the norm to fit into our Digital Technologies and BIM workflows. Scan to BIM has come a long way; however, there is a disconnect between the design teams requirements and the surveyor's approach to disrupted workflows due to unworkable models. This "old" approach is still a residue from older methodologies often creating silos of work ultimately causing delays or unexpected additional work. We found that earlier engagement and collaboration between all consultants is key for better continues workflows. Requesting Survey to BIM without clear objectives could slow down the process and leave too many interpretations of the brief ultimately realized at untimely stages of work. We found earlier sharing of information and establishing a collaborative relationship helps to speed up deliverables while creating an early warning quality assurance process. Collaborative prevents unmet expectations and helps to keep the project flowing allowing for tandem working. We will be discussing some of the benefits we have experienced. Benefits include a clearer understanding of the whole building, better visibility of existing conditions, faster inspection of existing conditions and a single source of truth reference as a complete picture. We will also discuss some of the challenges of adopting scan to BIM into our workflows. Challenges include file sizes, model compositions, and clear briefing. We have compiled a set of rules and checklist of items to help brief clients and surveyors before works start. Defining model usage after survey completion is key and better defined LOD specification rather than "blanket" descriptions is key. Including a volume strategy combined with LOD specification forms a holistic idea of survey model composition. We hope to show how collaborative working can improve this very important part of procurement. How the procurement and defined brief can allow for smoother workflows. We will discuss how we got to our lessons learned and hopefully help others in the process.

Want to learn more about how to preserve cultural heritage and memory within a scan-to-BIM process? This class is for you! We’ll go deep into the real practice used for digitizing Ipiranga Museum, located in Brazil’s São Paulo, the 12th most populous city in the world. A Brazilian history museum, Ipiranga Museum is a symbol of eclectic architecture and contains a vast collection of furniture, documents, and historically relevant artwork. Discover how to explore reality capture to generate and detail accurate models, including, in this case, both the Museum's Monument Building and Independency Park where it is situated. We will cover the many potential integrations among ReCap Pro software, Revit software, Civil 3D software, InfraWorks software, and BIM 360 software, and demonstrate the ongoing results of this project. These are the first steps toward developing a digital twin for an existing historical asset, with the conclusion planned for 2022.

Capturing 3D geometry of existing buildings is an active area in the architecture, engineering, and construction (AEC) industry—used to collect records, aid in maintenance, and plan for future designs. This is accomplished by inferring geometry from point-cloud data, often captured by LiDAR scanner. Complex geometry—such as arches, wires, decorative features, and irregular shapes—are challenging to model from point-cloud data when relying on traditional methods such as AutoCAD software or Revit software; this leads to time-consuming modeling with low accuracy. This class will cover how to properly do complex geometry extraction to overcome these challenges using ReCap software, 3ds Max software, 123D, and Geomagic Design X. We’ll explore the workflow from the context of three case studies: modeling a rotunda theatre, capturing wire runs, and modeling excessive decorative features on a castle facade.

Beyond simply digitizing buildings, Matterport’s digital twins are visually immersive, interactive 3D scans that connect teammates and stakeholders between offices and job sites directly to the computer in front of you. In this class, we’ll discuss how teams utilize Matterport solutions to jumpstart and streamline workflows starting from concept design, throughout construction, all the way to handover, warranty, and beyond. We’ll demonstrate the depth of Matterport’s documentation and collaboration tools as well as showcase our direct to Revit Scan-to BIM process! Take this opportunity to get a sneak peek at Matterport’s future offerings and integrations with Autodesk.