Then, I just had to smile. I've been running around our school with a video camera recently, trying to document the good things that are going on in classrooms. I was pleasantly surprised to realize that in our science department, our teachers are doing nearly everything mentioned in this workshop, and all in the past two weeks alone!
We have an Anatomy and Physiology class that had the kids use their laptops to film themselves doing a particular movement or motion. They were then able to slow the motion down to study which parts of the body were being used. They then took still frames from the video and drew labels and captions in a presentation program. We found that as long as the light was good, the video from the laptops was fine for motion analysis. One group did a somersault, then ran it forwards and backwards, in slow motion. Very cool!
I had a chance to see some finished iMovie videos that students in an Honors Chemistry class finished. The topic was nuclear radiation. One standout video featured two girls doing a "feel the radiation" rap to the tune of "Good Vibrations". I liked the fact that they really used the built-in iMovie effects for a purpose -- such as using the B/W aged film effect when one of them was dressed like one of us "old school teachers"! The video as entertaining, and the girls clearly had fun making it, but best of all, the Chemistry teacher remarked that the science in it was right on!
One of our Biology teachers invited me in to a class on identifying cell division through mitosis and meiosis. The kids were using digital microscopes to capture images of different phases of cell division, and then using WikiSpaces to create their own page where they could post their images. They were using the microscope software to highlight and label what they had found. What I loved about this class was the collaboration that I saw going on -- one kid would be adjusting the microscope, and the other would be snapping images. The different groups could also visit each others' pages to see different examples of what they were looking for under their own microscopes.
Finally, I didn't get a chance to stop in, but a number of Physics classes had kids using Vernier probes attached to their laptops to measure force and acceleration. I also believe the large lectures are being filmed and put online for kids to view.
So, lots of creative ways that technology is being used to change the classroom dynamic and make the student experience much more inquiry-based and student-centered. I also like the fact that there are so many outlets for students to express their creativity.
I know that as a school, we heavily emphasize writing as a crucial skill for self-expression -- as a graduate, I certainly have seen the value of this. Yet there are so many students for whom writing just doesn't come easily. When we get students to express their observations, and reflect on their process of thinking, the more ways we can provide for students to express themselves, the more flexible we will be to student needs. Some students might use the built-in microphones to express their thoughts, or even use PhotoBooth to record their observations. Others might use video to demonstrate their knowledge. I am happy to see so many examples of this happening in the classes that I visit.
But I do have a Sony e-reader, which is a bit like a Kindle, that I just love to read books on. It is closer to the traditional metaphor of reading a book -- you turn pages by pressing a button, it feels like a paperback in your hand, the text looks like ink on a page (no backlight) etc.
I love the experience of browsing maps on my iPhone. You have the vast landscape spread out in front of you, but you only see a little of it at a time. You can swipe and move the window around in whatever direction you want to go, or use the Search to find someplace specific. You can always press the crosshairs button to immediately show you where you are. If you want to go someplace special, you can see a purple line that shows you where you need to go.