Aaron
Anderson
Director of Innovation
Swinerton
Aaron joined Swinerton in 2018 to work with their self-perform services to exploit his passion for connecting design with business models using automation and standardization to achieve higher levels of industrialization in construction. His work today centers around balancing innovation with the objectives of the business model and Swinerton’s talented people. In his tenure with Swinerton, he has helped develop the application technology and repeatable elements for their parking structure product, Perq and contributed to the growth of their Mass Timber, Pre-Hardware, Concrete, and Drywall divisions. Aaron is also a founding member of Swinerton’s Sustainability Task Force and a contributor to the growth of the Self-Perform Hub. As Director of Innovation, Aaron leads the innovation strategy at Swinerton, redefining and transforming how Swinerton builds by applying R&D principals and collaborating with business groups to evaluate challenges and implement solutions. Having started out a carpenter, he has over 20 years of diverse experience in quality control, constructability, business analytics, production economics, and field and project management. He holds a degree from the UVA McIntire School of Commerce in IT as a Global Commerce Scholar. Aaron looks forward to enabling the next wave of construction project delivery through listening, learning, and getting deep into details.
16 April 2024 09:45 - 10:15
Panel: Enterprises are seeing dramatic operational improvements from computer vision
By automating our most powerful human sense, computer vision is quickly becoming the most pervasive and impactful of all AI technologies hitting the market. The high ROI operational improvements that computer vision enables across all industries is truly exciting. And accessible - today. In this session, industry experts from a variety of major industries will discuss the dramatic impact of real-time data and how enterprises not leveraging computer vision are already losing a competitive edge.