STENCYL CRASH COURSE KIT HOW TO
Yes, students will learn programming basics, how motors and light sensors work, how to use logic to build if/then type scenarios. When I look at the blocks, I see endless inquiry possibilities. But SAM blocks are so flexible, that I think that they reach beyond these few subjects. How to integrate SAM Labs into the classroom: SAM Labs boasts itself as a STEAM (Science, Technology, Engineering, Art, and Math) tool. I’m imagining all of the new directions SAM Labs could take our inquiry blocks this year! You can play with these little blocks all day long and keep coming up with new combinations of things to do with them (in fact, I did!). The uses of the blocks are seriously endless, paired with the app they can do anything from composing music, to creating a remote controlled car, to exploring temperature, to auto-tweeting or post to Facebook. Through these 17 blocks (the Alpha Kit comes with 4 of the 17 blocks), students get a front row learning experience to delve into programming, logic, and analytical skills while they express themselves creatively and become problem solvers. These little blocks interact with the SAM Labs app and empower students to become the inventors of great ideas. Each SAM Labs Kit comes with clever little blocks that each does something specific (think switches, light sensors, temperature sensors, DC motors, etc.). Best of all, it encourages the learning to happen through playful trial and error.
You guys, this is such a cool product! I love that as soon as students open it up, it puts them in charge of the learning. What it is: Recently, the good people at SAM Labs sent me an Alpha Kit to play with and review.
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