The Boy recently completed his last merit badge (Family Life) for his Eagle Rank, and he’s in the process of planning his Eagle project, with hopes to execute it next month.
After that, he intends to continue working toward earning the three William T. Hornaday Awards, which are Scouting’s highest conservation awards. Here is some information about those awards, which require up to 4 (for Silver) Eagle-project-level conservation projects, each from one of six conservation categories. His Eagle project will count as the first Hornaday Project, and he already has the second one mostly planned.
I’ve recently taken up playing Old Time clawhammer banjo again. I’ve taken several runs at it over the last 10 years or so, but keep giving it up after a month or three, letting it lie dormant for a few years, then pulling it back out and trying again.
This time, in just about 5 weeks, I’ve gotten MUCH, MUCH further in my learning than ever before. Maybe the old stuff stays there and I DO build on it, even after 2 years of not really thinking about it much (other than with regret).
So, this time I’m making more progress and also not trying to so exclusively steep myself in Old Time music to the exclusion of all else (as I’ve done with my last attempts). I AM listening to a lot of Old Time (I DO enjoy it), but not exclusively.
I’ve only worked from tabs I’ve found online along with a number of instructional videos I’ve found online. I’m not really to the point of learning anything by ear from source material just yet, but I can definitely see that on the horizon. In the meantime, I’m enjoying learning some Old Time “standards” and working on my technique.
This is the second part of a post I made back when I was blogging alot. You can still read the first part. I plotted all the houses I could find that I had lived in up to when I left for college in 1987. I’m going to do a few more here, though some will be dorms and apartments where I can only show the outside of a larger building.
As of a few weeks ago, we have entered the world of 3D printing! Thanks to a generous gift from my in-laws, I got a PrintrBot Play 3D printer. I also ordered the Y-axis extension bed for it. I haven’t upgraded it to a heated bed to print ABS and other filaments that require a heated bed yet, but I probably will at some point.
We’ve had fun printing parts for our drones (more on that soon!) and other things. The Boy has also gotten interested in designing his own things to print, so he’s been learning about 3D design. He started out using TinkerCAD, but has progressed to Autodesk’s 123D Design app, which is pretty much TinkerCAD Pro. I’ve been a little surprised at how quickly he’s learning it. He’s designed a cool spaceship that we’ll print once he finishes the design. He’s also printed out some desk nameplates for his teachers, which has really fascinated them. He’s also been printing out stuff for his friends, too. I told him the first one’s free. I think a number of them are saving up for 3D printers of their own now! The Play is a fantastic entry-level machine (it’s only $399), and it was highly rated in the most recent 3D printer roundup from MAKE: magazine.
Stay tuned for more 3D printing content! This weekend, we’re going to build an AstroPrint server for it out of the Raspberry Pi Zero I got Daniel for Christmas. That will allow us to print to it wirelessly from any computer in the house (and even across the Intertubes!) and monitor it wirelessly from any computer or smartphone or tablet (again, also from across the Intertubes).
Our latest electronics project is our first wearable electronics project. The Boy plays bass in a band, and I wanted to make him something cool to wear on stage when they perform. Looking around the web for project ideas, I came across the LED Ampli Tie on the Adafruit Learning System, which is a fantastic resource for all sorts of technology information. The Boy isn’t a tie-wearer, though, so I thought I would adapt it to a strap for his bass. It’s going to require a few small changes, but should be pretty straightforward.
The project is based around Adafruit’s Flora micro controller, which is an Arduino-compatible board designed for use in wearable electronics projects. It takes the input of a small microphone and flashes a series of NeoPixels like a VU meter.
Though the plans call for using conductive thread, the hard nylon material the strap is made out of made it very difficult to tie tight knots in the conductive thread, and I ended up with a semi-working model. So, instead, I used flexible silicone coated hookup wire to make it. Of course, that meant about a bajillion soldered connections, but I eventually got it done.