Tag: math

Trandisciplanary Learning

Trandisciplanary Learning

Transdiciplanary -that sure is a mouthful to say and I think it might take me a lifetime to master but I love the process. I think of it as trying to link as many subject perspectives into a single learning context. A bottle neck of connections. In this case, it was the Central Idea: Humans have values and belief systems that can impact their actions.

As we embarked upon this inquiry, I wanted the students to ponder:

  • How do we know what people believe in? (key concept: form)
  • How do we know if the opinions we have about things are truly accurate (key concept: perspective)

So we began with our literacy link, investigating facts vs. opinions in the books that we had pulled from the library for this unit.  I asked them to do some close reading (and yes, I used the magnifying glasses to illustrate this point), thinking of themselves as “data detectives”digging for clues. Students had to record this information in their journals. Later on we discussed what kind of data was commonly found, and if this was fact or opinion–how can we tell the difference in books, which they recognized as numbers, figures and dates.

After tuning in, I posed them how we might find out what our school community believes in.So now enters the math link, looking at the data management strand of our standards.The students agreed on a survey, in which we spent a couple of lessons developing their understanding of the mathematical principles of collecting and organizing data. We talked about 3 important elements to accuracy in our survey results:

  1. Good survey questions yield accurate data.
  2. We can’t assume answers, we must ask for clarification if we are unsure of their answers.
  3. The larger the survey sample, the more reliable our results.

The students then designed simple, yes/no/maybe questions about various beliefs, which mostly focused on supernatural elements like Do you believe in God?  Do you believe in ghosts?

Students all agreed on a sample size of 30 respondents for their surveys, and started roving the corridors to ask their questions. Afterwards, we analyzed our data, and the students reflected on their results, which then circled back to literacy, in which they had to write these reflections. The students had no idea that they were doing “math” or “literacy” of course. They just knew it was “unit” time, and I think this is the key to what it means to this crazy word that I can hardly spell: TRANSDISCIPLANARY.

 

So now we segue way to how we can communicate our findings to our school community. Many ideas were suggested but we decided to use graphs. I toyed with teaching them the Excel program, but I determined that they really needed to focus more concretely on the math vs the technology–at least for now. So then began a couple serious math lessons on creating pie charts, in which we reviewed fractions and angles before we even began making the pie charts. When we made the pie charts, discussion arose about whether or not we should color them, and if we should use the same colors or different colors. Also, whether certain colors represented certain ideas; for example Yes should be green or yellow.  At the end, the students agreed to let students represent their findings individually, and be open-minded to displaying their results in the way they wanted. I thought this was an interesting discussion, and it was a natural link to what they not only knew about each other socially and culturally but their beliefs about artistry. img_0397

What I loved about this project, which grew out of a couple of questions, was that the students were highly engaged and involved–not in math, not in literacy, not in art–but in LEARNING!  And although this unit is still underway, the thinking hasn’t ended because the project did; it continues on.

Teaching Patterns

Teaching Patterns

I love teaching patterns, particularly in the beginning of the year so we can keep referencing them throughout the year. However, this year, my programme of inquiry had patterns being taught last with my homes unit (Where we are in place and time: People make their homes in different places and in different ways). Since I do a balance of integrated math and stand alone, the student really enjoyed going on pattern hunts as we looked at different homes, along with discussing and creating brick patterns. I thought I was doing a pretty good job when one of my 4 year olds turns to me and says, “You know Ms. Judy, we learned patterns last year in EY3 and we are pretty good at it. I think we should learn something else.” Krikey! Out of the mouths of babes, I was properly told off. So I reflected on what we were doing and decided to add symmetry into the mix.

After the topic was introduced, out came the mirrors and rulers, and the children began exploring how to create mirror image patterns: symmetry. They were absolutely captivated. Although I don’t have any pictures of the early explorations (I was too busy helping them hold mirrors) , I would like to share some of the later activities.

In the first set of pictures, we clamored upon the playground, drawing lines of symmetry with some chalk, and then the children worked as partners, taking turns making patterns with various manipulatives, which the other had to copy. They did a great job, and even helped to create the PicCollages that you see.  Later on, we worked with the app, Geoboard, by The Math Learning Center, to create symmetrical patterns. Again they did fantastic job, and worked very cooperatively, much to my chagrin. At last, we just got plain silly and used the app Photobooth by Apple to create symmetrical pictures using the “mirror”. Some of the kids took those images and recorded ideas and stories using the app Fotobable. It was a wonderful way for them to extend their idea of patterns, and they did such a wonderful job working together to collaborate on the images.

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Judy Imamudeen

Judy Imamudeen

Developing learners as leaders is my joy! As a highly qualified International Baccaluearate (IB) teacher and educational leader, I am committed and passionate about executing its framework and empowering students in creating a future world that works for everyone.

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