- Arduino C with ESP32.
- Basic Python (ala the wealth of No Starch Press Python books oriented towards kids and games and fun projects).
141–150 of 151 posts
- Arduino C with ESP32.
- Basic Python (ala the wealth of No Starch Press Python books oriented towards kids and games and fun projects).
And it has a 1:1 effort to reward, as you get to see your efforts on the screen.
I’m a Dad who grew up in the 80s and the problem is us, the parents. My parents didn’t push me to get into computing, I just found it fascinating. If we try to find things like gentle introductions, it’s likely to get more kids to a base level familiarity but all of the real learning was in reading a 256 page manual as an 8 year old so I could get StarCraft to work on my highly custom rig. Parents as the driving forc…
Computers weren’t on my radar until my grandmother surprised me with one. I came home from school and there lay 2 huge boxes. I was on my own from there. I was given the opportunity.
A music synthesizer. It's a pathway to learning electronics, music, and the nature of sound. There are cheap kits, cheap synths, lots of kinds of synths, and there are much more complicated and expensive systems you can grow into. You can get software synths also, VCV Rack is a free though complex one: https://vcvrack.com/ However I'd recommend an inexpensive hardware one with real knobs you can turn, like one of the…
Earlier quoted context omitted.
That's like saying the only novelty of trolley bags are the wheels. That's. The. Point. Instead of a closed down consumer hardware like a phone, tab, laptop, there's something that you can physically expand, read data from nature using it, and make changes directly in the physical world using code. That's fantastic and exciting.
We are in agreement. The pins are the point. > there's something that you can physically expand, read data from nature using it, and make changes directly in the physical world using code. You can't do this with _just_ a RPI though. A RPI without any extra sensors or electronics is just a desktop.
A Rasberry Pi. The number of things you can do with these cheap computers is astronomical. You can have a Debian Linux computer and then learn networking, programming, run your own small website. Then start on hardware. Connect up various hardware devices, maybe starting with just a fan. Turn on. Turn off. A second monitor, larger disks. Webrtc. On an on. You never know what kinds of things kids will like. They may l…
Also may be interest, games from DnD Universe, and other old style survive, where player learn different reality, craft things, etc.
Learning the DOS commands is not much value now, because now is post-industrial time. It is not enough to make thing, now you need to make some marketing to sell it.
Depends on child's age, but here are some things from today that I would have probably found endlessly entertaining when I was a kid: Flipper Zero Raspberry PI SDR Not a computer, but still very relevant for inquisitive kids and adults: Amateur radio (an oldie but a goodie) Decent telescope Decent microscope
The manual support is good too.