Ira builds data-driven models of complex systems and deploys them as real-time, interactive simulations to help institutions answer meaningful questions about technology and society.
Data-driven modeling and simulation is used to create synthetic sociotechnical systems. Such simulations have the power to tell us how the world could be, not merely how it is.
Well-designed graphical user interfaces (GUI) or tangible user interfaces (TUI) can help teams of non-expert stakeholders engage with insights from data so that they may act with confidence.
Talk: Novel Interfaces for Collaborative Decision Making
Hamburg adopted the Tactile Matrix platform in a joint venture with MIT Media Lab CityScope Project and Hafencity University to plan for refugees.
After getting the flu and watching the Star Trek episode about hyper-procreative tribbles, I suddenly got the urge to model self-replicating organisms in Processing.
Tactile Matrix and other techniques were featured in Wired's review of augmented reality applications being developed at the MIT Media Lab.
A novel method for visualizing granular trip data when all you have is an OD matrix and a street network.
MIT Media Lab Changing Places Group and MIT Center for Transportation and Logistics are developing a decision support tool for calculating delivery service areas.
The President’s Council of Advisors on Science and Technology (PCAST) published "Technology and the Future of Cities Report to the President" that highlighted the CityScope Project developed by Ira Winder.
We developed a suite of interactive tools to teach the public about the potential impact of bus rapid transit (BRT) in their neighborhood. Ryan Chin discusses the methodology.
I led the development and implementation of a tangible user interface for urban planning in Saudi Arabia. Kent Larson writes about a workshop in Saudi Arabia with staff from the Riyadh Development Authority.