top of page

Education and Outreach Activities

A New Graduate Level Course On The Use Of Multi Agent Based Systems In Design

 

Co-PI David Gerber has designed a new graduate level course on the use of multi agent based systems in design. The course is offered for the first time in the School of Architecture in Fall 2013, exposing and disseminating our research and its findings on multi agent based systems, design and human behavior through readings, lectures, discussions and projects.

A Scientist’s History Video Series to The Curiosity Machine Website

 

Our research is featured as part of a scientist’s history video series to the Curiosity Machine website, which is an interactive website that uses science, technology and engineering projects to develop persistent curiosity and show that knowledge is empowering. We have designed two engineering design challenges that K-5 children can do with their parents. These two challenges are “Candles in the dark” and “Generate electricity to light up an LED”.

The underlying idea is that families will learn concrete strategies to better support their children in schools by staying engaged. Several studies have established the link between family involvement and improved student achievement, better school attendance and reduced dropout rates. Children and their families watch the video, build a project in response to the challenge that transfers specific engineering principles highlighted in the video, and share their invention through photos, videos, sketches and writing. We are currently acting as mentors and provide formative feedback to children on how to improve their designs, and engage them in a deeper conversation about the science beyond their physical projects. We have created a video of our on-going research and designed two challenges (i.e., “generate electricity to light up an LED” to provide children with an intuitive understanding of energy production; “candles in the dark” to enable children to understand the limited energy resources and need for conservation).

Acknowledgment and Disclaimer: This material is based upon work supported by the National Science Foundation under Grant No. 1231001. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation. 

 

bottom of page