Monday, November 18, 2013

I Flipping Love Physics







  A few weeks back, Jon Palmer, of Flipping Physics, visited our program to give a talk about flipping the classroom.  The concept is to flip the roles of time spent in class with time spent outside.  This means that time outside is spent on watching lectures and in-class time is spent doing bookwork and projects.  His talk was an inspiring look at what kind of product a passionate teacher can make to reach his students.  The videos that he now makes for his own business are clever, amusing, and informative.  This is what he's moved onto after trying to flip his classroom and it melded itself to his own passion for teaching amazing skills and facts to students.
  From his reports, when he took measurements of his classroom scores, he noticed a marked significant difference between the average scores from a traditional classroom to a flipped classroom.   Note that when I say significant that it was a difference that did not go away after removing likely suspects and confounding variables, but he noticed a score difference change on the scale of 84% to 87% going from classical to flipped classrooms.  He also noticed that his students were spending at least half of the amount of time on homework outside of class (including the videos).  Beyond the quantitative results, he noticed that he was able to spend so much more time individually with students and developed a greater awareness of where the students were at.  Any additional knowledge you have about your students helps to tailor the next lessons to exactly what your students need.

  As much fun as it can be to deliver a talk in front of others, I think that providing time for the students to spend working through problems with classmates and the teacher can be the difference between being able to repeat procedures from rote and gaining a grasp of the concepts.  This may be something better suited to the sciences and mathematics, but this is the kind of experience that people get tutors for.  As a teacher, you gain the chance to address actual problems with students rather than diagnosing them from afar from homework alone.
  One thing that I will note is that there isn't just a straight dichotomy between traditional and flipped classrooms.  Some teachers have structured their classroom interactions to minimize the number of lectures so students can have time to work on bookwork and assignments in class. 
  At this point, I won't take a side saying that one is innately better than the other.  Teachers really do benefit from having the physical interaction and confirmation that happens when your audience is right in front of you.  It also feels more personal for the speaker.  There is the added potential issue that unengaged students don't watch the lectures and bury themselves in even more work.  There isn't a perfect system, and it is important to recognize issues and address them maturely as they arise.
  I'll leave on an anecdote from the end of the talk.  Jon was teaching a lesson where he demonstrated what happens when a strong magnetic is dropped down a copper tubing.  This was a demonstration that he had done many times before in years past, but this year he had time to pass the pipe for every student to try it for themselves.  By the end of class, he noticed that the tube had noticeably warmed up.  When he pointed this out to his students, they were able to discussion why this happened and tied in what they had learned weeks back about currents, resistance, electricity, and magnetism.  In this moment, a simple demonstration turned into a deeper lesson that tied all of electricity and magnetism together in a single phenomenon.  This is something that could not have happened if the teacher were only speaking in the front.


Jon Palmer's Sites:
https://www.youtube.com/channel/UCYqACVYl0c0BhlVN6X2HIMg
http://www.flippingphysics.com/

1 comment:

  1. I thought Jon Palmer's flipped classroom was magical - in the sense that he rarely experienced problems with the transition. It seemed like a lot of things went pretty smoothly for him which is fantastic! I've experienced quite the opposite in my flipped classroom. It's been pretty rough transition for the students, and it makes me realize how challenging it can be to actually flip your classroom effectively. With a subject like physics, it seems like the flipped classroom would be a great model because it leaves more time to do demonstrations that apply the knowledge they've learned, leading to a better grasp of the concepts like you mentioned. As a future physics teacher, do you think you could see yourself flipping your classroom? If so, have you thought about possibly using some of his materials to help you do that? He seems like a great resource!

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