January 2023
The widespread enthusiasm for mass timber is evident, and for good reason. Companies are pivoting to mass timber to reduce their carbon footprint, provide biophilic benefits to the building occupants, increase the speed of construction, reduce onsite labor and frankly just to create beautiful architecture.
Energy Systems Innovation Center and Advanced Grid Institute presents “How long is a resilience event in a transmission system?: Metrics and models driven by utility data” by Ian Dobson, Iowa State University
Overview We discuss ways to measure duration in a power transmission system resilience event by modeling outage…
Steve Austin is a faculty member in the School of Design and Construction who has researched and lectured on the connection between design, construction and climate issues for over 15 years. His professional experience includes work as an award-winning city and regional planner, urban designer, land use attorney, community organizer and university professor. Steve currently teaches landscape architecture, urban planning, and construction law at Washington State University in Pullman which is a topic he will cover in this lecture.
Resilience assessment of cyber-physical energy systems (CPESs), such as the electric power grid, is a critical operation to maintain availability, reliability, and quality of service in the presence of persistent threats from malicious cyber actors. This talk will present Hybrid Attack Graph (HAG), to provide a flexible and efficient approach to generating attack sequences for the CPSs. Real-world attack scenarios will be discussed to highlight simulation-driven, graph-based approaches for CPS resiliency experimentations.