Dive into the transformative world of Singularity, where artificial intelligence, spatial computing, and digital twins converge to redefine how we design, interact with, and understand the built environment.

This session explores the groundbreaking technologies driving this evolution, including real-time data integration, immersive visualization, and predictive modeling, powered by AI.

Discover how spatial computing is reshaping human-machine interaction, creating opportunities for unprecedented collaboration and precision. Learn how digital twins -virtual replicas of physical assets - enable architects, engineers, and stakeholders to simulate, monitor, and optimize structures throughout their lifecycle.

Through practical examples and future-focused insights, this presentation will illuminate how these technologies can enhance your business, streamline workflows, and elevate your creative and strategic potential. Whether you're an innovator, designer, or decision-maker, you’ll leave with actionable takeaways to harness the Singularity's promise in shaping the future of the built environment and beyond.

This presentation will provide a case study on how the Metropolitan Transportation Authority – NY (henceforth MTA) approaches and implements BIM and Digital Twins, including valuable insights, lessons learned, and best practices. It will also examine the software stack on which MTA has standardized for BIM and Digital Twins, and describe data management practices employed for these technologies.

MTA owns and/or operates significant transportation assets in the NYC Metropolitan Area, including a subway and bus network within the city itself, commuter railroads out to the suburbs, and several vehicular bridges & tunnels. MTA has been implementing BIM on select capital projects for the last 15 years. Over the past few years MTA has started combining other digital data, such as point clouds, reality models, and photogrammetry with the BIM models, thus creating Digital Twins. Since 2022, BIM has been required on a greater portion of capital projects, thus accelerating the rate of implementation. Although MTA’s assets are primarily horizontal, early BIM projects focused on discrete, vertical facilities, such as passenger stations, fan plants, bus depots, and signal buildings. However, over the past few years MTA has also been modeling horizontal (civil) assets that are receiving capital work, such as tracks, bridges, and subsurface utilities. Session Description- This presentation will provide a case study on how the Metropolitan Transportation Authority – NY (henceforth MTA) approaches and implements BIM and Digital Twins, including valuable insights, lessons learned, and best practices.

The BOMA International Conference & Expo is known as the ultimate destination for property professionals—and not just because of the top-quality educational programming and the business solutions found at the Expo. This is your opportunity to step outside your day-to-day and celebrate your industry, discover how best-in-class properties are navigating changes in the market, see the latest trends come to life ... and you can even win prizes! Take a look at what's happening this year, then get ready for an unforgettable trip to Philadelphia.

This one-hour course will cover electronic leak detection (ELD) testing methods used for quality assurance of roofing and waterproofing membranes.

Participants will learn about the principles outlined in the ASTM Standard Guide D7877 and ASTM Standard Practice D8231 and will be able to identify which assemblies are compatible with electronic testing and active monitoring.

In this session, we will cover the lessons learned from multiple case studies regarding electronic leak detection (ELD) quality control testing as part of new construction, forensic testing in existing buildings with active leaks, and continuous moisture monitoring for conventional roofing.

Participants will learn about the principles outlined in the ASTM Standard Guide D7877 and ASTM Standard Practice D8231 and will be able to identify common causes for moisture intrusion.

Given the increasing frequency and severity of natural hazards and the dire predictions of climate scientists, it is imperative to redouble efforts to mitigate climate change and adapt to reduce the catastrophic risks of a worsening climate and sea level rise. Likewise, it is important to proactively address natural hazards caused by geological processes, such as earthquakes.

However, there always are competing priorities within capital and operational budgets for buildings and infrastructure, making it challenging to appropriately allocate funding to mitigate potential future risks. For investors, lenders, insurers, and property managers, it is increasingly important to assess climate and natural hazard risks and vulnerabilities, and to prioritize, plan, and implement resilience measures to guard against future losses.

This interactive panel session will introduce the emerging practice of climate and natural hazard risk assessment. We will learn about some of the tools and methods currently being used to assess and mitigate vulnerabilities, while improving the resilience and performance of new and existing buildings.

Panelists will explore how the standards and information gathered during commercial real estate (CRE) finance and development can drive resilience investment. This will include an introduction to the new ASTM E3429 Standard Guide for Property Resilience Assessment and its application in CRE transactions, as well as a guide for resilience-focused capital improvement planning. Panelists also will share an overview of new resilience requirements included in frameworks and new voluntary standards, such as the USGBC’s LEED version 5 rating system, the application of U.S. Resiliency Council (USRC), and the FORTIFIED program standards by IBHS, all currently being used in CRE finance and development.

In 2023 and 2024 a two-part workshop on Resilience of Naval Waterfront Facilities in a Changing Climate was held, co-sponsored by the Naval Facilities Engineering and Expeditionary Warfare Center (NAVFAV-EXWC) and the Coasts, Oceans, Ports, and Rivers Institute (COPRI) of ASCE. Part I of the workshop focused on developing non-stationary extreme wind speeds, sea level rise, and flooding loads on waterfront facilities, while Part II of the workshop exclusively involved life-cycle assessment, performance-based resilience planning and adaptation design to help protect public safety and to enrich the life quality in coastal communities including military installations. Resilience-based decision-making ensures community stakeholders have quantifiable information to select the most effective and efficient mitigations and/or adaptation strategies. Such quantification requires community-level models of physical infrastructure such as buildings, roadways, and water/power networks to be fully coupled with social and economic models by using computational tools and platforms, such as the Interdependent Networked Community Resilience Modeling Environment (IN-CORE). The impact of coastal multi-hazards is assessed in terms of infrastructure damage and service loss (e.g., disruption of goods flow through port and intermodal transportation). The potential to leverage robust community modeling, often referred to as digital twins, to assess the coupling between short- and long-term impacts is also highlighted.

This webinar intends to present the lessons learned from the workshop, based on the group discussions of over one hundred coastal resilience leaders and professionals from government agencies, industry, and academia. A discussion will focus on implementation of innovative methodologies and techniques on updating the structural design loads on waterfront facilities for non-stationary extreme wind speeds, sea level rise, and flooding hazards; developing performance-based and site-specific resilience planning and adaptation for coastal operation continuity; and promoting computational tools and platforms, such as IN-CORE.

Extreme heat causes more deaths in the United States than any other natural disaster.

Discussions around the role of buildings in heat mitigation and resilience often focus on air-conditioning, and while A/C can be lifesaving, it also increases peak cooling demand, greenhouse gas emissions, and waste heat released back into the environment. Further, regions with historically cooler climates and low percentages of air-conditioned homes are now experiencing longer, more frequent, and more intense heat waves, leaving residents without A/C at risk of heat illness and death.

Incorporating passive cooling strategies in new construction and building retrofits is critically important to improve heat resilience in buildings without access to A/C and to reduce A/C demand in conditioned spaces.

Like cool roofs, which are required for most buildings in California and for commercial buildings in several other U.S. cities and states, cool exterior walls efficiently reflect solar radiation back into the atmosphere instead of transferring it as heat into buildings. For a single building, this helps reduce solar heat gain, indoor temperatures, and A/C use, while increasing resilience to extreme heat, particularly in buildings with little insulation or that do not have or are unable to operate A/C. On a larger scale, this helps raise the community’s albedo, lower outdoor temperatures, mitigate heat impacts, reduce peak cooling demand, and decrease greenhouse gas emissions.

This presentation will describe the impacts of cool exterior walls on buildings and communities and the radiative properties of solar reflectance and thermal emittance, which determine the coolness of a wall surface. It also will provide examples of potential HVAC energy cost savings resulting from cool exterior wall use in different U.S. climates and equip attendees with the ability to estimate building-specific savings using a publicly available tool developed by Lawrence Berkeley National Laboratory. Additionally, the presentation will summarize wall radiative property provisions in codes, standards, and programs, including the 2024 International Energy Conservation Code, ASHRAE Standard 90.1, and LEED v4.1, and provide a tutorial for how to find and interpret independently verified radiative property data for exterior wall materials.

The Facade Tectonics Institute’s Vitruvian Honors & Awards program celebrates excellence and innovation in the field of facade design and delivery. This program honors outstanding projects, project teams, and individuals who have made extraordinary contributions to facade design, engineering, fabrication, installation, and lifecycle performance. These achievements exemplify FTI's mission to advance the art, science, and technology of designing, planning, and constructing high-performance building facades for the benefit of both people and the planet.

FTI's 2025 Vitruvian Lecture & Awards Committee has curated thirteen distinct categories that align with The Institute's vision and mission, celebrating innovation, collaboration, and achievement within the AECO industry.

Smart Home and Furnishings Conference and Exhibition is the premier event dedicated to showcasing the latest advancements in smart home technology. From groundbreaking products and expert presentations to interactive demos and invaluable networking opportunities, this event is designed to inspire and connect everyone passionate about enhancing modern living through smart solutions. Discover the trends, tools, and technologies that are shaping the way we interact with our homes. Join MIE Group in bridging global markets, connecting the brightest minds and most innovative companies from the United States, MENA, and GCC. Together, we will explore smart living solutions that are shaping the homes of tomorrow.