Brittany Oleszczak teaches 5th grade and she’s been teaching remotely for almost a full year now. Despite the struggle, she’s found ways to make this work fairly well for her students and her students’ parents. She’s leaned on a couple of strategically chosen tech tools, patience persistence in leading her students toward high goals, and a steady diet of realistic optimism.
Remember, a lot of things have been said about teaching in 2020 – but this is Brittany sharing her experience in her own words.
Now as you watch those, it’s fair to ask the question, “yeah but the students are simply going to watch an instructional video for a single skill, right?” And from a student learning perspective from the side of the CONSUMER, that’s likely true. And when you go to Next Vista’s website, you’ll see that it’s fairly simple to find videos, but it’s also that there’s lots of opportunities to submit videos. That’s where this conversation turns. When you see this from the side of the CREATOR, you get a whole different view.
Rushton Hurley (the founder of Next Vista for Learning) has a line I’ve heard him use a couple of time: “When your students know their classmates and community will see their work, they want it to be good. When they know their teacher will be the only one who sees it, they want it to be good enough.” And I think that platforms like Next Vista can provide the space for students to invest their time and effort into learning math to the level needed to record videos that can help others learn the math that deeply, too.
That’s something we’ve learned as math teachers. When you don’t know what you are talking about, that becomes a problem when you are trying to instruct someone else on that topic. By exploring creative outputs for our math learner, we are operationalizing that same truth. In order to create effectively to support learning, you have to have deep knowledge of the content yourself.
And the prospect of deep math knowledge for our students is enough to get my attention.
Google forms isn’t a new tool. Not even close. But that doesn’t matter.
A good tool is a good tool (particularly if your school has embraced Google). Particularly a tool that has an ease of use (both for students and teachers), is highly flexible, and can be used on any device.
But, the fact that this tool has been around a while doesn’t mean it’s the same tool it was back in 2010. File uploads and different kinds of gridded responses are among the latest updates.
Plus, adding Equatio to Chrome will make adding math notation much easier, too.
So, give Episode 10 of “Instructional Tech in Under 3 Minutes” a watch and remember Google Forms the next time you need to gather input from your students.
There are different types of knowledge. To know how a square is defined is different than knowing how to identify one. These are different that knowing how to draw one with ruler and paper. Or construct one with compass and straight edge.
A square is a pretty simple example, but when it comes to ramps, bridge, exploring mass and rotation, there’s being able to answer questions about it, and then there being able to build object to create examples, non-examples, and solve challenges. And it can help to have the right tools.
My office recently got a set of Keva Planks. Now, I’ve gotten to see these blocks in action a number of times and they are pretty cool. First, there is almost no learning curve. The blocks are all exactly the same. There’s no connecting pieces or fasteners or adhesive. There’s nothing to them. But with them you can build ramps and towers, polygons and prisms. They set up easily, the clean up easily.
Full-disclosure: They aren’t free. (Cheapest place I’ve found them is Amazon… 400 blocks for $90). Ordinarily, I don’t make a point to advocate for expensive tools, but in this case I think it could be money well spent based on the needs of the location. Also, they are durable and shareable. One department or grade level team could probably make good use with one to share.
Anyway, it’s worth looking in to as they allow us to explore types of knowledge that we otherwise might not be very well equipped to explore. (Particularly with those Next Gen engineering practices that are starting to become a reality in many states.)
For another look, here’s my latest podcast: Instructional Tech in Under 3 Minutes #5 – Keva Planks.
So, using addtext.com, students and teachers can quite easily make memes.
Memes are one of those things… they play right into our culture’s preferences for communicating. They’ve got the visual component. Often there’s humor. There isn’t a huge time commitment to either write them or read them or share them.
The convey a ton of meaning with very few words, which is something that will appeal to our students as well.
And, like any effective tool for communication, it has some best practices and strategies and uses that are more effective than others. But because the meme is such a ubiquitous style, the students can chime in on developing and generalizing those.
Memes have something that other pictures-and-word combos don’t have. Consider this…
… which a student could create and is accurate.
But, could it be that we could take advantage of this medium by producing something like this?
No, it’s not a sure bet. TV is engaging. School on TV has not proved to be. Math class hasn’t dealt with its basic engagement struggles simply because is has put resources on the internet. And quite frankly, meme are often engaging because they are making fun of someone or sarcastically highlighting a frustration. So, by converting them into a math vocabulary tool, we will pull the shine off of them real quick.
But that doesn’t mean that we can’t pay attention to the fact that pop culture has stumbled on a low-cost, highly-transferable, and easily shareable method of communication that also comes with a high degree of familiarity to both the students and teachers.
Do you use student-made memes in your class? I would like to hear how you use them.