CAD and BIM have long served as the foundational design and construction documentation —but their utility often ends at project handoff. What if it didn’t? Indoor GIS is a floor-aware system of record for visualizing, analyzing, and managing facilities and collection of buildings. This session will demonstrate how to extend the life of CAD and BIM data into an indoor GIS, and empower CAD, BIM and GIS practitioners to build a Digital Workplace for building operations. Learn about the role of CAD and BIM integrations with GIS to fuel these workflows. See how to import design data into ArcGIS Indoors to map assets and manage spaces, enable real-time navigation with ArcGIS IPS, and equip facilities’ staff with mobile tools for asset inspections and maintenance. Whether new to GIS or looking to modernize facility operations workflows, this session provides you with guidance and examples to convert CAD and BIM data into Digital Workplaces that support asset and space management.

In this class, we'll explore the importance of a digital-twin strategy, discuss strategic takeaways, and demonstrate how we used Autodesk Tandem software to realize a digital twin for risk reduction during a construction project. Digital twin technology is a vital solution for BAM and its clients, helping to address societal challenges and accelerate the execution with digital solutions. Recognizing the diversity of our projects, we've developed a digital-twin strategy to unify our vision and approach. This strategy, along with proof of concepts with Tandem, offers a clear understanding of the digital twin for BAM, and details its benefits for BAM and its employees, partners, and clients. This has helped BAM to further enhance its organizational readiness for digital-twin deployment, enhanced understanding of digital-twin technology, and increased market competitiveness. Join us to discover how to strategically incorporate and test digital twins into your operations for a future-ready approach.

SSEN must expand its transmission infrastructure to meet growth in offshore wind generation by 2030, with an expected project spend of £1 Billion/year. To meet the challenges, a few key individuals, empowered by their leadership team, embraced Autodesk design & collaboration tools to develop new digital ways of working on in-flight pilot projects. With a mantra of "fail fast and fix," the teams delivered quick wins during live projects focusing on efficiency and re-use of data. The result was scalable project solutions for project delivery across the organisation worth in excess of £4 billion. The case study will discuss how a practical people-focused approach took SSEN on a journey from 3D modelling on pilot schemes to delivering multi-billion pounds of infrastructure project work using a detailed set of BIM protocols and a well developed in-house design team. They will share lessons, successes, and tips for quick wins all while delivering the day job.

The @one Alliance has delivered more than $1.5 billion in projects throughout the past five years, but is now fast approaching a $3 billion program. Hear about our challenges, successes, and mistakes, and how we're overcoming them through the application of new technology, innovation, and change in the team culture.