The Blue Man Group did high school physics teachers a favor.

A nice engaging intro to your unit on sound waves.

And as an applied project, perhaps students could make a smaller version. Paper towel rolls? Saran wrap? rubber bands?

Anyway, a lot of possibilities when a video is this well done.

Rediscovering Modeling in Professional Learning

Teachers? How many of your PD presenters were willing to come into your classroom and demonstrate what you’re learning live with students in their natural element?

Principals? If a teacher you’re evaluating needs support in instructional or classroom management strategies, do you feel equipped to show them how it’s done?

PD Presenters? Do you ever get the opportunity to teach alongside someone who is learning from you?

These are the moves that make a difference. I’ve recently been reminded of this.

Since September, I’ve been involved in a new professional learning model that is built around job-embedded learning opportunities for one main reason.

To see if it works better. And it does.

Bad professional development is the worst-kept secret in education. I’ve attended them. Heck, I’ve given them. I’ve been called in to present some tech tool for a half-day to some captive staff and never heard from any of them again. Now, I’ve been told I put on a pretty good show. We laughed some. I used some fancy strategies.

But, I doubt they learned a thing. And what’s worse? Everyone seemed cool with that.

Well, our team stopped being cool with that. If it’s worth training, it’s worth putting a structure in place that will actually impact teacher and student experiences. And it required re-discovering modeling in the classroom.

And so, the former HS geometry teacher who’s last year in the classroom was 2014 with mostly 10th and 11th graders is going into early elementary¬†classrooms and teaching math.

I promise, the students aren’t the only one learning something. Because I’ve discovered a paradox. In many ways, good teaching is good teaching. And in other ways, the early elementary classroom is a whole different world than the 10th grade classroom.

It isn’t always pretty. It is NEVER perfect. But it is almost always productive. And that is a massive step in the right direction from the standard remembrances of PD’s past.

Because here’s the reality. Can an elementary teacher learn from a HS teacher? Yes. But talk only goes so far. The PD presenter might say, “Your students need more opportunities to respond during your whole group time”. It is perfectly reasonable for the learner to say, “Can you show me what that looks like?” And instead of a cheeky demo on-the-spot, you make an appointment and a plan and go and teach that teacher’s students.

The feedback has been overwhelming. And the impact on teacher practice has followed suit.

And the stated difference in the feedback is the modeling. That has changed the game.

So, PD presenters: What options do you have to connect with folks you are presenting to? How might you get into classrooms to demonstrate?

Principals: How does your credibility spike when you can own a classroom for a half-hour to demonstrate good practice?

Teachers: If you have a trouble area in your practice, invite someone in.

It’s high time we start holding our professional learning to a higher standard.

Perplexity and how it appears…

Here’s a video (by Derek Alexander Muller) I think you should watch.

 

The critique of #flipclass aside, I’m intrigued by the way the narrator describes the value of “bringing up the misconception”. It’s almost like a thorn that creates some discomfort that only learning will relieve. This gets close to Dan Meyer’s use of the word “perplexity”.

From Dr. Meyer: “Perplexity comes along once in a while. What is it? It’s when a kid doesn’t know something, wants to know that thing, and believes that knowing that thing is within her power. That right there is some of the most powerful learning moments I’ve ever seen – so powerful that it’s really hard for me as a teacher to mess those up.”

There’s power in perplexity. I’ve seen this in my classroom on multiple occasions. It’s important to remember that there’s three distinct parts to creating what Dr. Meyer is describing. First, there needs to be something worth knowing. Second, you have to create the want. And finally, we need to empower the students so they feel enabled to know that thing. What Dr. Alexander suggests is that becoming aware of your misconception seems unsettling (leading to claims that videos were confusing), but also leads to more learning. The discomfort fed a drive to resolve the discomfort.

The tricky thing is that misconceptions are a tool you can use when they are available. Science provides a particularly fertile ground for misconceptions because so much of it is drawn from experiences many of us have regularly. Alexander uses the model of a ball flying through the air. This video uses the phases of the moon and the seasons.

The potential for misconceptions is necessarily lightened when there’s no misconceptions, so the quest for perplexity in math needs to take on a different look, proper planning and timing, and different strategies for when perplexity isn’t an available option. (Preconceived notions are just as good at times. After all, we ALL think we know something about squares!)

It’s like Dr. Meyer says, those wonderful perplexing moments only come along once in a while. We foster those moments when we have them, try to create as many as we can and we do our best every other time.