David was promoting his book, Zero to Maker: Learn (Just Enough) to Make (Just About) Anything. The title piqued my curiosity, because I faced the same dilemma as David did -- he jumped into the OpenROV project (mission: build a robotic submarine) without possessing any of the skills needed to build a submarine.
|The OpenROV v.2.8: A Thing of Beauty, ain't it?|
So I sat at a nearby table and listened to David while devouring my sandwich. As I listened, I found out that David was actually in a worst starting point than me. He talked about having not built anything, not even in school. Compared to him, I had enjoyed my classes in woodworking, where I built a folding chair with the help of my father, created my own step-down transformer by soldering various parts together, and various other crafts whose skills I would sometimes put to use doing household repairs.
Listening to David made me realize that I had no excuse for procrastinating. Here was a man who had zero skills by his own admission, driven only by his desire to learn. And he did learn and even wrote a book about it. I liked the talk so much that I bought his book and asked him to sign it. He asked me whether I had a project in mind and I answered sheepishly that I've only been tinkering with Arduino stuff and vaguely told him about hoping to build a robot and a synthesizer.
Then he asked me if this was my first Faire. I told him, this was my second -- the first having been the Silver Spring Maker Faire, which happened only a week ago at Maryland. He said, that's good, and to keep on going to maker faires, particularly the Bay Area Maker Faire. It's even much bigger than this World Maker Faire, he said. I made a mental note to look it up.
Talking to David and then reading his book Zero to Maker got me excited to start doing things again. It revived my belief in that adage, learning by doing.
It had been years since I'd soldered anything. I would occasionally dust off my Arduino Uno and play around with it using a breadboard. I had a Blinky POV kit my wife gave me for Christmas two and a half years ago that remained unsoldered in its tin can. There was a 3-month old Tiny Tesla kit still in its original box. And I had a couple of unassembled components to build an Arduino robot and audio synthesizer.
|That neglected kit, waiting to be soldered.|
At the World Maker Faire, I lined up at the Google Learn to Solder booth and confirmed that I was too rusty for this. So I resolved that I would practice again. I bought a cheap soldering iron from eBay, a desolderer from Micro Center, and used both to take apart a discarded mouse which I then reassembled.
|The Google solder badge features a blinking RGB LED at the tail of a rocket.|
What I found out from desoldering and re-soldering the tiny components of the mouse was that my $10 eBay soldering iron wouldn't do. It's point was too big for small parts. There was obviously a loose contact inside (it took ages before it would melt the solder) and eventually it just broke apart.
I ordered a new soldering iron from Amazon, this time with different points which cost only $17. When it arrived, I started working on the Blinky POV kit and completed it in less than an hour. Most of the soldered points were rough. But I was happy.
I'm about to finish David's book and I've taken his other important advice -- visit the nearest maker space and learn how to use the machines available in it. It so happens that I found a Fab Lab at a nearby community college, so I signed up for a class ($99) which resulted in a small wooden keychain whose design was engraved by a laser cutter in the shop.
Going through that class has given me access to the Fab Lab ($5 per visit). They have several gadgets that I could use: 3D printers, a couple of laser cutters, a vinyl cutter, and a big shopbot (aka a CNC machine, which will take a separate lessons before I can use it).
So, thanks, David. It was a chance encounter, and you will probably not really remember it, but it's something that's inspired me to start making stuff again.