The Structural Engineering Channel (TSEC) focuses on helping structural engineering professionals stay up to date on technical trends in the field. Our hosts for the show, Mathew Picardal, PE, and Alex Daddow, interviews engineers ranging from recent engineering graduates to professionals from top engineering organizations on professional development topics for structural engineers to facilitate career advancement.
Topics covered include but are not limited to performance-based design, fasteners and connections, post-tensioned structures, smart structures, tsunami modelling, earthquake engineering, software solutions, seismic design, blast resistant design, wood, business issues and professional development for structural engineers, how to specify things effectively, and more.
All content for The Structural Engineering Channel is the property of Mathew Picardal, PE, SE & Alex Daddow and is served directly from their servers
with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.
The Structural Engineering Channel (TSEC) focuses on helping structural engineering professionals stay up to date on technical trends in the field. Our hosts for the show, Mathew Picardal, PE, and Alex Daddow, interviews engineers ranging from recent engineering graduates to professionals from top engineering organizations on professional development topics for structural engineers to facilitate career advancement.
Topics covered include but are not limited to performance-based design, fasteners and connections, post-tensioned structures, smart structures, tsunami modelling, earthquake engineering, software solutions, seismic design, blast resistant design, wood, business issues and professional development for structural engineers, how to specify things effectively, and more.
How AI in Smart Building Design Is Helping Engineers Build Adaptive Data-Driven Structures – Ep 163
The Structural Engineering Channel
46 minutes 4 seconds
2 months ago
How AI in Smart Building Design Is Helping Engineers Build Adaptive Data-Driven Structures – Ep 163
In this episode, we talk with Fabio Zaniboni, founder and CEO of BubblyNet and chief vision officer at Zaniboni Lighting, about AI in smart building design and redefining buildings as intelligent, adaptive systems with AI and smart technologies. We discuss innovations that are breaking down engineering silos, boosting efficiency, and advancing sustainability.
Engineering Quotes:
Here Are Some of the Questions We Ask Fabio Zaniboni:
How will technology and AI in smart building design influence the future of both the lighting industry and the wider building sector?
What potential do AI driven HVAC systems have for achieving significant energy savings through occupancy based efficiency adjustments?
How could embedded accelerometers and other sensors provide structural engineers with valuable real-time data during earthquakes?
How is AI in smart building design or advanced software being used in ways comparable to the complex modeling tools structural engineers rely on?
What are some common misconceptions about wireless versus wired building control systems, and how does mesh technology address those concerns?
How can smart building technologies and data collection help building owners meet ambitious carbon reduction targets like New York City’s Local Law 97?
What is one final piece of advice you offer structural engineers seeking to innovate in building design and operations?
Here Are Some of the Key Points Discussed About How AI in Smart Building Design Is Helping Engineers Build Adaptive Data-Driven Structures:
Technology and AI in smart building design break down traditional silos in engineering by linking data from multiple disciplines to create smarter, more adaptive buildings. As computing power increases and electronics become smaller, the industry gains the ability to embed sensors almost anywhere, transforming how buildings function.
AI driven HVAC systems deliver significant energy savings by predicting occupancy patterns and adjusting temperature and load in advance. By integrating motion sensors, people counting technology, and building thermal data, these systems optimize comfort while reducing equipment size and energy use.
Embedded accelerometers and vibration sensors provide valuable real-time data during seismic events, showing exactly how a structure responds under stress. This information validates design assumptions, improves safety measures, and guides the creation of stronger buildings in the future.
AI and advanced software dramatically speed up design related calculations, reducing tasks that once took hours to just seconds. These tools increase productivity and allow engineers to focus more on higher-level design and problem-solving.
A common misconception is that wired building control systems are more secure than wireless ones. Modern mesh wireless technology with advanced encryption offers strong security, constant updates, and flexibility that many wired systems cannot match.
Smart building technologies and data collection support carbon reduction goals by providing verified, real-time measurements of energy use and emissions. Automated controls driven by AI adjust building operations for maximum efficiency, making compliance with laws like New York City’s Local Law 97 measurable and achievable.
Engineers who want to innovate in building design benefit from experimenting with emerging technologies, even before they are fully mature. Early adopters play a critical role in advancing the industry and enabling better performing, more efficient structures.
More Details in This Episode…
About Fabio Zaniboni:
Fabio Zaniboni is a technology leader with over two decades of experience in sustainable innovation, digital transformation,
The Structural Engineering Channel
The Structural Engineering Channel (TSEC) focuses on helping structural engineering professionals stay up to date on technical trends in the field. Our hosts for the show, Mathew Picardal, PE, and Alex Daddow, interviews engineers ranging from recent engineering graduates to professionals from top engineering organizations on professional development topics for structural engineers to facilitate career advancement.
Topics covered include but are not limited to performance-based design, fasteners and connections, post-tensioned structures, smart structures, tsunami modelling, earthquake engineering, software solutions, seismic design, blast resistant design, wood, business issues and professional development for structural engineers, how to specify things effectively, and more.
