The file attached to this post is a work-in-progress. In this project, I tackle racial justice using mathematical tools in two different ways. First, develop a numerical index of racial equality that can be used to compare states using Microsoft Excel and JMP scripting. Second, I develop a unit for a college course for non-math majors whereby the students use Google Sheets to explore the connection between race and income by using US Census data for Tucson, Arizona.

I drew a classroom where students are engaged in the task : “Do white people have more income than People of Color?” There’s a cart of laptops in the corner, a smartboard, a teacher’s desk with a computer and my Microsoft Surface next to it. Students are in groups of 4, and each group has a laptop. Me, the teacher, is larger than them and bearded, and each group has a task card. I am going around and asking questions like “How would you know if there’s a relationship?” and “Show me how your group set up your spreadsheet?”.

Based on Ohmer Milton’s book Making Sense of College Grades, I’ve put up his Learning Oriented-Grade Oriented quiz on my website. I could not find cut scores for the test, so the cut scores I used are arbitrary, and I have found it still a useful thing to use with my students when teaching study skills. You can take the test here, and feel free to send your students there:

http://jamessheldon.com/test/are-you-learning-oriented-or-grade-oriented/

Dear JamesSheldon.Com Blog Readers,

I have a secondary blog that I update quarterly. I blog with a mathematics educators’ perspective for the American Mathematical Society’s graduate student blog. You can find my blog posts on that blog here:

https://blogs.ams.org/mathgradblog/author/jsheldon/

If anyone is interested in becoming a blogger for AMS, I’d be happy to connect you. I’m also open to guest posts on the jamessheldon.com blog.

James “Mountain Shadow” Sheldon

(this is a fictional letter to my high school geometry and AP Calc AB teacher. Maybe I’ll send it to her, maybe not.)

Dear Ms. Conry,

I’m at the Mathematics Education and Society conference, MES 10 in Hyderabad, India.

I’m working on my PhD now and writing my dissertation proposal, majoring in Teaching, Learning, and Sociocultural Studies at the University of Arizona and minoring in Special Education. I also just defended my Master’s project for a Masters in Mathematics – Teaching Emphasis at the University of Northern Colorado.

Today I helped a student who had taken a data analysis class for her major but was somehow placed into Integrated College Skills, a lower level class, take the placement exam. The advisor for her program set it up, and I sent her info about the cut scores in case she didn’t already have it. She passed and is now sad she doesn’t get to take my class. I recommended Theoni Pappas’ Mathematical Scandals as alternative reading.

This summer I’m taking two graduate level classes at the University of Northern Colorado to finish out my Master’s. Problem-Solving and Geometry. I hope it includes Non-Euclidean since we didn’t get into that much in Freshmen Geometry in High School, though the math club we tried to start in Senior year was going to take it on but i didn’t make more than one meeting.

My friends want me to take Mathematical Modeling with them in the morning, but I’ll be too tired, so probably Problem-Solving in the Afternoon is better. I’ll get to spend a week in Northern Colorado at the University of Northern Colorado again like last summer.

And this summer I teach Math for Elementary Teachers part 2! 🙂

Sincerely,

James

(I was in your 9th grade Geometry, co-taught with Mr. Martin, and 12th grade AP calculus with the forester textbook. I still have a copy on my shelf, and he’s still around but can’t attend as many conferences anymore, per the NCTM internal discussion forum.)

This week in class we read an article by Al Kaszniak entitled “Contemplative Pedagogy: Perspectives from Cognitive and Affective Science”. Kaszniak makes an argument for the importance of contemplative practices for higher education, based on their ability to help the student focus attention, shift attention from distractions, and attenuate emotional disruptions due to encountering emotionally arousing events. These three things all seem particularly important to the work that my students do in mathematics classes; they have to be able to maintain sustained focus, to focus on the salient features of a problem, and to be able to cope with the frustration that they encounter as they work mathematics problems.

I disagree somewhat with the recommendations of Kaszniak where he would like to see more controlled studies on contemplative pedagogy; I think that what would be more interesting would be to do in-depth interviews with students who participate in contemplative pedagogy to learn about the impact that it has on them and to find out the significance it has for them. My own work in education focuses on why we should be skeptical of randomized controlled trials for education; in this case, it seems like including contemplative practices is more an issue of values than an issue of scientific efficacy, and I’m hesitant to call for more “rigor” in the study of these practices.

The second article that we read was by Lutz et al., “Meditation and the Neuroscience of Consciousness: An Introduction.” This article offers extended descriptions of what various types of meditative practices entail. The article, though, I think overrelied on Vipassana and Tibetian traditions; my own practice is in the Zen tradition, but they have just a brief paragraph about that saying, well, you know, it’s a lot like the other two. What I did find particularly helpful from this chapter, though, was the protocol on page 518 for interviewing meditative practitioners about their style of meditation; these questions, such as “Does the practice employ any discursive strategies, such as recitations?” and “Is there one object or many objects in meditation?” seem particularly important for attempting to do research on a contemplative practice.

The second article leaves me with the question: what about other forms of contemplative practices besides Buddhist meditation? Particularly popular right now with people of all ages is more movement oriented mindfulness practices, and where do these fall into these schemas? I also am left a little unsettled at the idea that we can reduce spiritual experiences down to what happens on fMRIs; I know in the field of education that fMRIs are often not considered particularly conclusive when trying to study educational practices or to diagnose educational difficulties, and again, like the previous article, I wonder if focusing more on the experiences of the practitioners would be more useful that attempting to apply the tools of science to studying meditative practices.

I also find myself wondering; if something creates a worthwhile experience in the classroom, and is in line with our values and ideals as teachers, isn’t that enough to do it in the classroom? Must everything we do as teachers be justified with neuroscience? Would we subject other practices to the same scrutiny? Is, for example, free-writing and journaling in Writing classes going to be discarded if it doesn’t measure up on the fMRI studies? Are we going to discard students working in groups in math classes just because the group work class doesn’t have higher test scores than the non-group work class? It seems to me like you can make meaningful educational arguments for using these things in the classroom without having to go to the extent of quantitative research that these two authors seem to feel might be necessary for these practices.

I’ve started taking a class on Mindful Teaching and Learning. We had our first day of class today, in which we learned about the tree of contemplative practices. Looking at this tree, I am realizing there are so many more ways i could incorporate these things into my teaching than I had even imagined; so many different aspects of my own life that I don’t currently bring into my teaching could potentially be brought into the classroom.

The Eysenck Personality Inventory (EPI) measures two pervasive, independent dimensions of personality, Extraversion-Introversion and Neuroticism-Stability, which account for most of the variance in the personality domain. Each form contains 57 “Yes-No” items with no repetition of items. The inclusion of a falsification scale provides for the detection of response distortion. The traits measured are Extraversion-Introversion and Neuroticism. (more…)