I like the fact that you discussed that quality is more important than quantity. I know in my own physics classes, I have reduced the number of questions that students need to submit and spend more time working on the process of solving the problems.
I wonder if you could expand on how you will “redesign your existing units based…models”.
I like how you had a technology and application column in your table. A good next step might be to add another column to your table that would include a specific example of an application.
One way I will redesign experiences is to use simulations more purposefully in science. I have definitely been guilty of just providing access to technology enabled experiences without embedding it within a pedagogical framework. I can think of simulations I use for the water cycle, body systems, forces, and changes in matter that I think I can use more effectively by employing the T-GEM model.
Hi,
Sorry about that. It should work now.
Thanks
Hi Derek
I like the fact that you discussed that quality is more important than quantity. I know in my own physics classes, I have reduced the number of questions that students need to submit and spend more time working on the process of solving the problems.
I wonder if you could expand on how you will “redesign your existing units based…models”.
I like how you had a technology and application column in your table. A good next step might be to add another column to your table that would include a specific example of an application.
Christopher
One way I will redesign experiences is to use simulations more purposefully in science. I have definitely been guilty of just providing access to technology enabled experiences without embedding it within a pedagogical framework. I can think of simulations I use for the water cycle, body systems, forces, and changes in matter that I think I can use more effectively by employing the T-GEM model.