What is deep learning? In what fields is it useful, and how does it relate to artificial intelligence? Join this session with the NVIDIA Deep Learning Institute to get a working understanding of deep learning and why this powerful new technology is getting so much attention. Learn how deep neural networks are trained to perform tasks with super-human accuracy, and the challenges organizations face in adopting this new approach. We'll cover the software, hardware, and training resources that many organizations are using to overcome the challenges and deliver breakthrough results. Plus, learn about the types of problems that benefit from deep learning, as well as the skills and knowledge needed to use this powerful technology and the characteristics of successful deep-learning projects.

Bifrost is a powerful graphical programming environment for creating procedural visual effects simulations, geometry, rigging, and animation. In this session, we'll showcase new, modular, deep-learning workflows in Maya software using Bifrost. We will demonstrate how to use Bifrost for procedurally generating training data for AI systems, as well as how to deploy trained AI models in Bifrost using new Bifrost nodes designed for deep learning. The session will include practical examples of industry problems that are suited to a media and entertainment audience, such as using AI for complex rigging kinematic solvers.

Take your first steps into the world of machine learning. Learn how a neural network can be used to dramatically speed up the removal of noise in ray traced images. In this lab you will learn about noise in rendered images, use a network trained to denoise sample images, and iterate and modify parameters improving the quality of the denoiser. By the end of the lab, you will have the tools and the knowledge to build your own AI accelerated denoiser.

In partnership with Esri and Nearmap, Kimley-Horn is using high-resolution aerial imagery and deep-learning tools to transform workflows, gain unprecedented location insights, and make project delivery easier, faster, and more efficient. Attendees will learn how to address common firm challenges, improve design accuracy, and reduce rework using pretrained machine-learning models and up-to-date site intelligence. We'll discuss a wide variety of workflows and use cases, including how to automate image feature identification and extraction and seamlessly integrate those features into project drawings using the Autodesk Connector/ArcGIS for AutoCAD plug-ins.

Generative design, Internet of Things, deep learning, advanced visualization, and cloud-based collaboration are all technologies that Autodesk, Inc., is pioneering to facilitate its customers in the imagining, designing, and creating of a better world. But how can these technologies disrupt the current education model? This session will facilitate an energetic and informational discussion among industry experts and educators.

NVIDIA's Bob Pette, VP and GM of Professional Visualization and Mike Haley, Senior Director of Machine Intelligence for Autodesk, Inc., will share their insights on the Era of AI and how NVIDIA solutions are powering AI workstations, virtualization and cloud services to transform product development and design workflows with extraordinary results. Hear how deep learning is helping industries solve many big data problems and bring cities of the future to life.

There will be Q&A session after the talk and all attendees will be entered to win an NVIDIA SHIELD TV.

Hospital design is complex and time consuming, involving numerous stakeholders. We will present innovative advancements in the field with an outcome-based building information modeling (BIM) approach, seamlessly incorporating AI and granular data. We will provide insights into the functionalities of our hospital data management platform connected to Autodesk Forma with Autodesk Platform Services APIs, thus facilitating bidirectional integration with digital models. We will showcase how our generative deep-learning solutions simplify the incorporation of biomedical equipment and medical furniture, streamlining the design process and enhancing collaboration among stakeholders. Join us to explore the transformative impact of these technologies on hospital design and management, culminating in higher efficiency, improved decision-making capabilities, and, ultimately, better patient outcomes.

This session will demonstrate how artificial intelligence (AI)-augmented systems streamline coordination, automate clash detection, and deliver natural-language-driven responses using Autodesk Platform Services connected data. Explore future-forward workflows that use AI integration with Autodesk tools like Revit, Navisworks, and Autodesk Forma. Discover how machine learning, deep learning, optical character recognition (OCR), and natural language processing (NLP) amplify project insights, enable query-based model exploration, and drive intelligent Automation, Integration, & Customization. Learn how Dewan achieved up to 70% efficiency gains, cut coordination prep time by 40%, and achieved processes up to 6,469x faster—all while enabling its workforce to confidently adopt and evolve with AI-driven custom tools. Walk away with actionable strategies to embed scalable AI, empower teams, and accelerate project delivery across every stage of the lifecycle.

Artificial intelligence (AI) has made an impact in various industries, such as transportation and manufacturing, and it has improved productivity. With the growth of reality capture devices in the construction jobsites, and the lowering cost of hardware, the construction industry is finally ready to capitalize on artificial intelligence and machine vision. This class will demonstrate how the construction jobsite can capitalize on machine vision to track progress, detect deviations, and calculate the quantity of work completed. Deep-learning technology classifies point cloud data into geometric and semantic segments, creating intelligent models automatically. Comparing scans with 3D intelligent-model qualities can be tracked accurately. AI enables you to eliminate the ambiguity inherent to the pencil requisition process. Comparing exact quantities of materials in place to the total project quantities gives you an accurate percentage complete of work in place, enabling you to make data-driven decisions.

This session will explore how the speaker saw an opportunity to use Model Checker on Autodesk Forge to enable a deep dive into modeled data, using Microsoft Power BI to quickly and easily understand team trends and performance inside their models. In major project delivery, we don't usually have the ability to scale learning—it’s “go go go” from the start. Come and see how the speaker was able to create a methodology to enable themselves and others, including project managers, to understand how project data is trending before it reaches the client.

Artificial intelligence-machine learning (ML) and deep learning (DL)-is advancing rapidly. Industry 4.0 smart factories will provide (through the Internet of Things and data sharing) the massive amount of data required for accurate ML/DL training. Where are we today and how will this technology impact manufacturing in the future?

This class will talk about the DNA of different buildings and how they can be compared to living organisms. We can classify species, so why can’t we apply knowledge from bioinformatics to the architecture, engineering, and construction (AEC) industry? This class will show how deep-learning algorithms can be applied to perform predictive analysis based on the “parents” generation. The concept derives from a better understanding of how our human evolution works. It diverges from Darwin’s and Lamarck’s theories to imply an evolution of our genes during the transfer of the information from parent to child, from a historic airport to the next one. This specific gene is called HOX. Understanding the evolutionary theory related to the transfer knowledge is a key point for the raising of artificial intelligence in the AEC industry.