Background
In my Algebra 2 class, students use Wolfram Mathematica to design 3-dimensional objects using different functions and transformations. In the past few years, I've had students create scale models of the Great Pyramid of Giza and the Washington Monument before I have them work on a design of their own.
Given the protests surrounding monuments this past summer, I decided to have students research a monument and then design their own monument as their first project.
The Assignment
It was important to me not to proscribe what kind of monument the students should create. I wanted for them to be empowered to think about something they cared about. I did do one thing, perhaps to prime their thinking a little -- I asked them to read a short article from history.com about the history of Confederate monuments in the United States.
My assignment had three parts:
- Choose a monument that exists and do some research. Why was it built? Are there people who object to the monument? What do you think?
- Design a monument meant for a public place that commemorates something you care about. Why did you choose your subject? Are there people who might object to your monument? How would you respond to their objections?
- Summarize all of the above in written, essay form.
My Goals
- To allow my students to bring themselves and what they care about to a math assignment.
- To begin using Mathematica, a program we'll be using through the year.
- To review graphing lines in a challenging way.
The Results
Simply, I was blown away by what my students were thinking about. Not surprised, but blown away; these can co-exist, ask any teacher. Written responses demonstrated thoughtfulness and passion for the topics being discussed. Mathematically, students were challenged and worked on the skills I wanted them to practice.
Essentially, each object below is defined by a system of inequalities in 3 variables. Students were limited by the newness of thinking in 3 dimensions, so the projects ranged in their complexity depending on their comfort with the technology and with the math.
Here are a few examples:
"The monument I built represents the ongoing fight against climate change. At least, it serves as motivation that we can come back from the brink." |
"I made a monument for the people who have died from Covid-19." |
Here's a photo of a 3-D printed version of the monument above:
Conclusion
Simply, this was wonderful. It made a project that I would have done anyway have meaning, allowed students to think about something that they cared about, and let them create something they could be proud of. They learned some math as well, and I learned something about each of them.
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