Management

Digital Prototyping

Building Operations

Software Development

Modeling

This session will explore how building lifecycle management (BLM) empowered by Digital Workplaces can transform  outcomes across design, construction, and operations. We’ll demonstrate how data-rich Digital Workplaces help stakeholders make better, faster decisions across the building lifecycle—from early planning to end of life. Using real-world examples and insights from the BLMI, we will highlight how artificial intelligence (AI) and connected data improve operational efficiency and asset performance and reduce carbon footprints. The session will feature a panel of experts from the architecture, engineering, and construction (AEC) industry and facility owners, offering diverse perspectives. You’ll learn how BLM—when supported by a structured Digital Workplace strategy—drives long-term value and aligns with environmental, social, and governance (ESG) goals. This session will benefit owners, AEC professionals, and facility managers looking to apply digital intelligence to create sustainable, resilient buildings

Driving Sustainable Building Lifecycle Management with Data, AI, and Digital Prototypings

Panel

Nashville

Facilities Management

Sustainable Design

Digital Workplaces often fail not because of technology, but due to misalignment between data and operational reality. In this session, we’ll explore what goes wrong when Digital Workplaces are handed over to FM teams, and we’ll present a tested solution: a facility template and data model built for real-world operations, with a focus on  and insights enabled by artificial intelligence (AI). Developed using Tandem software and integrated with Planon, the template supports both short- and long-term operational needs. You’ll learn how we moved beyond COBie by using data models to define information requirements that support lifecycle management, while ensuring  metrics are captured and used for AI-driven decisions. We’ll also examine why Digital Workplaces are disruptors, highlighting knowledge gaps, process flaws, and data ownership issues. This session will provide a framework to rethink how you capture, structure, and deliver building data—not just for project closeout, but for long-term operational value.

Why Digital Prototyping Integrations Fail: Building a Data Model for Operational Success

Instructional Demo

Building Information Modeling (BIM)

Facilities Manager

Technology Manager

Virtual Design & Construction

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Join us for a dynamic exploration of digital-twin implementation across diverse industry verticals—including airports, hospitals, metros, and office buildings. In this session, our speakers will unveil the tailored workflows that have driven successful digital-twin projects worldwide. We'll delve into the critical first step of identifying major challenges that asset owners face, guided by the 80-20 rule to prioritize efforts that yield the most-significant impact. Discover how the nuances of each vertical shapes our approach, and learn why creating and maintaining digital twins is a progressive journey. While perfection in data collection may not be immediate, strategic planning, recognizing pivotal challenges, and setting clear milestones pave the way for long-term success. Whether you're starting out or scaling up, this talk will equip you with insights to navigate the complexities of digital twins effectively.

Ready, Set, Twin: The Digital Twin, Decoded

Industry Talk

San Diego

Join us for a dynamic exploration of digital-twin implementation across diverse industry verticals—including airports, hospitals, metros, and office buildings. 

BIM/VDC Manager

Business Management

Business Executive

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In today's dynamic business landscape, facility management plays a pivotal role in ensuring operational excellence and cost effectiveness. However, traditional approaches to facility management often fall short in meeting the evolving needs of modern organizations. Enter demand-driven facility management—a shift that prioritizes responsiveness, flexibility, and efficiency. This session will explore the principles and practices of demand-driven facility management, showcasing how organizations can use real-time data, technology, and proactive strategies to optimize their facilities' performances. Participants will explore the key components of demand-driven facility management, including space utilization analytics, energy management, and sustainability initiatives.

The Power of Demand-Driven Facility Management with Autodesk Tandem Digital Twin

In today's dynamic business landscape, facility management plays a pivotal role in ensuring operational excellence and cost effectiveness. However, traditional 

CAD Management & IT

Collaboration

A "digital thread" is an emerging concept in the architecture, engineering, construction, and operations (AECO) industry, representing the shift toward using digital workflows to track assets through their full lifecycles. There's a growing recognition that improved data sharing and collaboration are becoming increasingly vital as the building industry confronts new efficiency and sustainability challenges. But how can we achieve this? What practical steps can we take to facilitate it? Learn how to start your digital thread journey through this discussion with a panel of industry experts with backgrounds spanning facilities, geographic information systems (GIS), and technology. Walk away with new ideas you can implement today to build a more connected information thread across your facilities. 

Weaving a Digital Thread for Smarter Facilities 

A "digital thread" is an emerging concept in the architecture, engineering, construction, and operations (AECO) industry, representing the shift toward using di

Engineering Services

Consultant

Technology Management

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Unlock the power of digital twins for smarter facility management by utilizing BIM and real time data in operations with Autodesk Tandem!

Transforming Building Operations: Multiconsult's Digital Twin and Tandem

Las Vegas

Building Design & Engineering

Infrastructure

Utilities & Telecom

Architecture Services

Student

Production & Operations Manager

Engineering Management

Environmental Engineer

Civil Engineer

Field Engineer

Architect

Product Lifecycle Management

Data Management

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Civil Infrastructure; Utilities & Telecom; Architecture & Construction Service Providers

Autodesk Vault Products; Autodesk Infrastructure Design Suite

Student; Production & Operations Manager; General Management: C-Level Executive, Business Owner; Environmental Engineering Management; Environmental Engineering Technician; Civil Engineering Management; Civil Engineer; Civil Engineering Technician; Cartographer & Surveyor/ GIS Engineer; Architect; Architecture and Building Design; PLM; Data Management; and Collaboration

This class will show you how to assess the existing collaborative methods in a Building Information Modeling (BIM) project (Building or Infrastructure) using the Bew-Richards BIM Maturity Model and BS1192 as a reference standard. We will then explain how to identify the potential gaps that could lead to delays and cost inefficiencies and how to eliminate the gaps using workflows and software technology. Typically BIM projects involve multiple disciplines and multiple organizations. To collaborate efficiently and effectively among different disciplines and across different organizations, it is essential to have standard methods and procedures and a common data environment with clearly defined roles and responsibilities.

BIM Collaboration

This class will show you how to assess the existing collaborative methods in a Building Information Modeling (BIM) project (Building or Infrastructure) using th

Building Construction

Construction

Construction Services

Land / Urban Planner

Government / Adminstration Professional

Construction Manager

Construction Engineer

Construction Management

Visualization

Automation, Integration, & Customization

Customization

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Architecture. Engineering and Construction; Construction Services

Insight 360; InfraWorks; ReCap Pro; Inventor

BIM/VDC Manager; Visualization Designer; Land/Urban Planner; Government/Administration Professional; Construction Manager; Construction Engineer; Civil Engineer; Building Construction; Building Information Modeling

Learn how to create construction site layout plans using Infraworks. While Infraworks allows placing of 3D objects, there is no support for generic parametric objects. Learn how NCC solved the issue by working with Autodesk Customer Success Services. The new workflow reduces process time, but more importantly, it offers several new tools to visualise, simulate, communicate and gather comments. In this class, NCC will share their experience of creating construction site layout plans using Infraworks.

New solutions for Construction site layout planning with Infraworks at NCC

Learn how to create construction site layout plans using Infraworks. While Infraworks allows placing of 3D objects, there is no support for generic

Land Development & Urban Planning

Design

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Architecture, Engineering and Construction

Land Development and Urban Planning, None

GHD has developed a master planning solution for urban planning and large-scale master planning projects using InfraWorks and Civil 3D. The new workflows allow GHD to overcome several issues and include automatically linking geometry and attribute information and easily modifying building forms and layout of masterplans (both buildings and plots); real-time testing and option development with clients; automatically creating 3D models using the predefined attribute information in InfraWorks; automating the process to help the team reduce manual errors, improve efficiency, and focus on productive tasks such as working on design options instead of spending the time on manual data processing.

Master Planning Automation Using InfraWorks and Civil 3D

London

GHD has developed a master planning solution for urban planning and large-scale master planning projects using InfraWorks and Civil 3D. The new workflows allow 

CAD Manager

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Architecture and Construction Service Providers; Engineering Service Providers; Civil Infrastructure; Construction Services

Infrastructure Design Suite; Infrastructure Modeler

CAD/BIM Manager; Executive (Director and above); Construction

This class focuses on the BIM workflows that enabled and supported the construction phase of the M25 highway infrastructure project. We demonstrate how BIM technology and workflows were used to increase the productivity and make best use of the 3D model data from the design phase during the construction phase of the project. We explain the process workflows related to 3D coordination and existing conditions modeling that was developed using Infrastructure Design Suite software components such as Navisworks® Manage and InfraWorks™ and their implementation strategies. We also discuss about how the workflows have contributed towards achieving higher efficiencies, reducing risk, and increasing profitability in this project.

Implementing BIM during the Construction Phase of Highway Project

This class focuses on the BIM workflows that enabled and supported the construction phase of the M25 highway infrastructure project. We demonstrate how BIM tech

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