As a teacher, my job is to facilitate my students’ acquisition of skills and understanding. I do that using different kinds of content. I also challenge them, encourage them, believe in them, love them, and offer correction when necessary. The most important thing I do in my classroom is show students how to dig deep, solve problems, and reflect carefully on the constant stream of information that inundates us all. At the same time, I’m modelling important learning skills that they’ll need for the rest of their lives.
I think the flip is only as good as the teacher who performs it. I suppose it’s possible to abuse the flip, and use it to abdicate your responsibility as a teacher by assigning videos or podcasts every night. But my guess is that the same teachers who would do this are already showing an endless stream of videos to their classes anyway. That’s a teacher problem, not a problem with the strategy itself. A great teacher knows how to use videos to augment student knowledge or rouse curiosity.
How Can We Flip Successfully?
I think in bite-sized chunks.
For me, inquiry learning is where it’s at. I don’t believe in assigning videos every night as a substitute for my own lecturing. To me, that’s simply the traditional classroom rearranged, not flipped. I use the flip when my students need to absorb a few chunks of new information to continue learning. I don’t use it to front-load information at the beginning of a unit. I think that can rob students of the experience of authentically building knowledge and skills as they encounter new concepts.
My science classes are one place where I can, at times, introduce chunks of new information for home study and then use interactive labs and activities in class so that my students have to wrestle deeply with concepts they’ve just been introduced to. But not always. While I wish I taught in a world that allows my students to discover everything by inquiry, I don’t. I teach chemistry and biology; both are classes that are content dense. Until that changes, there are times I need to teach concepts through direct instruction.
That said, many times the flip can help me keep up the pace in science classes by allowing students who are struggling with new material to watch and re-watch the parts of the concept outside of class. I’ve had students who are ecstatic because they can learn at their own pace at home. During class time I’m able to interact with every student, and target those who are really struggling with extra time, which is not something that happened when I taught in a more traditional way.
How Do I Use the Flip?
I use flip time to create curiosity in my students. This video is an example. When I assign it, I ask, “With the knowledge that you have, try to explain why you think this happened?”
You can see from the video why I don’t hand out dollops of Cesium to my students! I find, especially in Chemistry, that my students come to the subject lacking much of the background knowledge essential to advance their learning. They’re also often limited in their ability to create models and “talk” science.
Part of the way I help them learn requires me to determine their ability to construct a conceptual framework from their observations. After they’ve watched this video, and tried to create a plausible reason for why it occurred, we’ll begin class the next day by discussing the theories they’ve come up with. (This gives me a lot of information about where each student is on the concept-creation continuum.) From their theories, we’ll create models, through collaboration, that we can test.
I’ve also used the flip after we’ve spent class time learning through inquiry. I might assign a video that pulls together all that we’ve learned. Does every student need to watch it? Not necessarily. Students who thoroughly understand a concept can decide that for themselves. But those who are still struggling with the ideas, after we’ve examined them for an hour, can watch the video, take notes, and see if they can pull it all together. In the past I might have referred struggling students to a summary in the textbook for review at home. On their own time, they’re much more likely to watch and benefit from a good visual demonstration.
My students also enjoy watching TED videos, so at times they’re assigned a TED talk, often of a leading scientist or thinker, to expand their appreciation for how science or other knowledge is applied. Using the flip, I can target these to particular student interests and expose them to learning opportunities that I’d never have time to offer during our daily jam-packed class periods.
None of this is passive learning. My students are required to interact with the knowledge that is being presented to them. The videos are posted on our wiki, which now serves as our digital textbook. Our wiki is custom-designed to support what we’re learning. Students can then respond with either a blog post sharing their thoughts, or through interaction with their peers in a wiki discussion tab.
While some are sounding the alarm, I think the flip makes good sense. It helps teachers make the most of class time to deeply engage our students in community. As Jonathon Martin states, “We know that collaboration is a critical skill set which can’t be developed easily either on-line or at home alone – let’s have students learn it with us in our classrooms. Let every classroom be a collaborative problem solving laboratory or studio.”
So this fall, instead of your students returning to a traditional setting, flip your classroom. Create a collaborative problem solving studio for them to learn in. It will be a year they’ll never forget.
Photos: (surfing) Mike Baird (otter) Ben Spark. Creative Commons.
Shelley Wright is a teacher/education blogger living in Moose Jaw, Saskatchewan in Canada. She teaches high school English, science and technology. Her passion in education is social justice, global education and helping her students make the world a better place. She blogs at Wright’s Room. Follow her on Twitter at @wrightsroom. Meet the rest of our Voices.
Wright's article first appeared in the Voices from the Learning Revolution blog at Powerful Learning Practice.