Part of the reason I wanted to go to Australia for my CFE was because Australia was where the term STEM (Science Technology Engineering and Math) originated. They started the trend of making science and design integrated, both with each other and into everyday lives. Just like back at home, some teachers have been more successful at implementing this in the classroom than others.
I have been fortunate enough to have a very forward-thinking mentor in Brauer College, here in Warrnambool. She is a big fan of using large design challenges as a way to encourage students to learn math and science concepts. She transformed a class on memorization of physics concepts and formulas into a challenge for students to design roller coasters using straws and hot glue guns. The results are amazing
I have been getting so many ideas for my own teaching. What they have done here (or at least tried to do) pairs so well with the new BC curriculum, focusing on big ideas and students learning through hands-on doing.
The also have amazing tech to help them with their designs, including 3-D printers, spheros, Lego Mindstorms, etc. They are constantly testing out new tech, and we got to test out some of their new gadgets today. They plan on incorporating some new tech to study neuroscience in the classroom. They had simple Arduino-based kits that can record muscles firing to study how our body works.
On top of that, it can use those impulses in real time to control surrounding gadgets.
I have been fortunate enough to have a very forward-thinking mentor in Brauer College, here in Warrnambool. She is a big fan of using large design challenges as a way to encourage students to learn math and science concepts. She transformed a class on memorization of physics concepts and formulas into a challenge for students to design roller coasters using straws and hot glue guns. The results are amazing
I have been getting so many ideas for my own teaching. What they have done here (or at least tried to do) pairs so well with the new BC curriculum, focusing on big ideas and students learning through hands-on doing.
The also have amazing tech to help them with their designs, including 3-D printers, spheros, Lego Mindstorms, etc. They are constantly testing out new tech, and we got to test out some of their new gadgets today. They plan on incorporating some new tech to study neuroscience in the classroom. They had simple Arduino-based kits that can record muscles firing to study how our body works.
And then, the final layer: Using those muscle impulses to control the muscles of ANOTHER PERSON.
I can only imagine the chaos this would cause in a classroom full of grade 8s. It would be beautiful.
I need to learn more about what is out there and be more inspired to integrate it into the classroom. EVERYTHING is a learning opportunity if you look at it right. And the more you hit on things the students will enjoy, the more likely it is that they will come to class, do the work, and retain the information.
