WOW! I find myself wishing for young children (no Grandchildren yet).
I could see myself taking the circuit board out of a "Croaking Frog" and using it to trigger a servo back in the days before Arduinos, et al.
An airplane servo can be controlled with a 555 timer circuit and doesn't require the computing power of the Arduino...but then, I admit that I am "old school" when it comes to electronics...Timers and Opamps and FETs, Oh My!
I agree, mrdon. Our family had a great time together when we encouraged and mentored our son through his science project where he tested out various fin designs and their effect on model rockets. He was in sixth grade and it was a very special opportunity to nurture a budding curiosity in science in a fun and exciting way. We took the three different models our son built to a field and he recorded altitude and flightpath for each of the three different fin designs. I don't know who had more fun - Son or Mom and Dad!
Jeremy, I really enjoyed your Gadget Freak project. Nice way to share tech as family by making cool interactive toys! I also found your build instructions to be clear and simple. I noticed you used ExpressPCB software to draw the circuit schematic diagram. Very very nice project. Thanks for sharing this special Gadget Freak project with us!
I, too, like the family aspect of this story. I also agree that this girl will remember this project for many, many years (especially since the project got a little bit of extra publicity). Who knows? Maybe this will inspire her to be a design engineer.
"Isn't that the truth, Mydesign?? I remember when my school project was to build an American settler house with toothpicks! We have come such a looooonnnng way from that. It's amazing how tech savvy kids are today. Sometimes a bit frightening, even!"
Elizabet, School projects and student's interests are different. In schools they used to do the projects with thermo cool sheets and similar substances, but at the other hand they are more interested in using most soficated devices.
Now this is one cool story. I love the interaction with everyone in the family AND the fact that a great demonstration of engineering, at it best, was given. I'm sure your daughter will remember this "gadget" for years and years and I suspect it will be one of her most treasured items as she grows up. Bridges, automobles, appliances, aircraft engines is what we do for a livig--designs like this one is what we do for our families. Great post. Love this one.
Thanks, Nancy. I actually knew people in a remote area of Idaho where bears get into the orchard and with a very long driveway--that's where I first heard of these systems. And we'll be posting an update soon about the forum idea.
The company says it anticipates high-definition video for home security and other uses will be the next mature technology integrated into the IoT domain, hence the introduction of its MatrixCam devkit.
Siemens and Georgia Institute of Technology are partnering to address limitations in the current additive manufacturing design-to-production chain in an applied research project as part of the federally backed America Makes program.
Most of the new 3D printers and 3D printing technologies in this crop are breaking some boundaries, whether it's build volume-per-dollar ratios, multimaterials printing techniques, or new materials types.
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