For an inspiring read on bridging the gap between the University and the K-12 system, one of the missions of this blog, please check out Kristen Bulger’s article on University of New Hampshire professor, Yaning Li. Li is assistant professor of mechanical engineering who specializes in auxetic spiral composites.
According to Bulger, these materials, “can flex and stretch easily, making them useful in biomedical applications as well as in cushioning for helmets, where they excel in absorbing energy.”
Li, utilizes a 3-d printer which allows her to not only test the material and create with it, but to interact with k-12 students and educators who will clearly benefit from the opportunity to engage in hands-on learning.
Thanks for the article and for the award-winning professor’s efforts at educational outreach, helping to make academic research accessible to the next generation of “dreamers, learners, and makers!”
Questions for Discussion
- How would you describe auxetic spiral composites?
- What are their physical characteristics when stretched and compressed?
- What are some possible uses for this material, according to the article?
- What other uses can you imagine for this material?
- What background knowledge is necessary to understand the properties of this material?
- Does your school have a 3-d printer- how is it used with students?
- What else does this inspire you to “dream, learn, do?”