John Wallace is the Director Intelligent Systems at Tensar. In this position, John is responsible for providing sensing and monitoring technologies for various types of infrastructure. Previously, John was the Director of Innovation at Emerson Commercial & Residential Solutions. John has been active in the design and development of electronic control and monitoring systems for more than 30 years and holds several patents related to sensing, control, and monitoring system technologies. He is a recognized expert in the field of smart buildings and has testified before the U.S. Senate Energy and Natural Resources committee on the impact of smart building technologies on the nation’s infrastructure. John earned a bachelor’s degree in electrical engineering from the University of Kentucky and a master’s degree in electrical engineering from the University of Missouri. The “Pop in my Job”: I’ve worked on sensing and monitoring systems my entire career, the bulk of which was spent in the Building Automation industry. I’ve seen first-hand the benefits that can be realized by having sensors in a building which generate data about the operating conditions and how the data can be mined to save energy, lower maintenance costs and create a more pleasant environment for the occupants. Tensar (my current company) provides products and services to the construction industry to make the building and maintenance of roads and other infrastructure more efficient. Today, there is a lack of “real time” data about the current condition of these types of infrastructure. My passion is to add sensing and IoT technologies to roads and other infrastructure making them “Smart” and allowing the asset owners to realize the same benefits that building managers have as they’ve incorporated Sensors and IoT.
(2) CHALLENGE YOUR PEERS
Monday, March 17
04:35 pm - 05:35 pm
Live in Everett
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KEYNOTE
Tuesday, March 18
08:30 am - 08:55 am
Live in Everett
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This presentation focuses on the development of cutting-edge sensors and an integrated IoT platform to transform the way we manage and monitor roadways. With the growing challenges in urban transportation and infrastructure maintenance, this study explores the potential of sensor technologies to collect real-time data on road conditions, traffic flow, and environmental factors. The IoT platform acts as the backbone for aggregating, analyzing, and disseminating this data, enabling improved decision-making, proactive maintenance, and enhanced safety for both commuters and pedestrians. This research contributes to the vision of smart cities and sustainable transportation systems, providing valuable insights for policymakers, engineers, and technologists working towards a more connected and efficient roadway network.