If you aren’t an ardent follower of the maker movement, or involved in it yourself, you might have missed the hype about 3D printing. 3D printing has grown from a niche market for creating small prototypes or parts into a multi-billion dollar business spanning industries from medicine to even residential home construction.

Supporters of 3D printing are quick to point out its educational value, where students can bring their digital designs into the physical world. The most straightforward educational uses for 3D printing align most closely with the so-called STEAM disciplines (science, technology, engineering, arts, and math), but there are a number of other fields, such as anthropology and history, where scholars are exploring its potential for both teaching and research.
However, my own experience with 3D printing is far more modest than, say, how some scientists are printing living cells. In fact, I’ve only successfully printed one thing in 3D: a small blue clover cup. Since then, I haven’t been able to replicate my success, which in fact was predicated by a number of failed attempts. Continue reading

If you teach college students, I’m going to go out on a limb and guess that you barely have time to brush your teeth, let alone ponder how well-established learning theories and principles could improve your teaching. So, for the sake of your well-being and your oral hygiene, I’ve rounded up a few oldies but goodies and some practical tips that are relatively easy to implement. With any luck, you’ll be ready to roll out a new evidence-based teaching strategy in less time than it takes to microwave a Lean Cuisine in the faculty lounge and inhale it at your desk.
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