Dominic Wilcox and James Rutherford have teamed up to create Binaudios, an art installation project in Sage Gateshead. Using an enormous pair of “tourist binoculars” you can point yourself towards various landmarks and “hear” what’s going on there, with sounds from the past. An in-depth explanation of the project has been written by Rachel Rayns over on the Foundation’s blog, so head on over there to read about one of the most inspirational projects I’ve seen with the Pi.
Paul Brown’s MyPiFi board is gaining momentum amongst the community. Average Man got hold of one of the beta boards and has reviewed it here. You can back the board on Kickstarter here
Paul Brown sent me one of his MyPiFi boards to assemble and try out. Here’s how I got on.
The MyPiFi is a (very) small board that plugs into the GPIO pins of the Raspberry Pi. It features 3 LEDs (red, amber, green) and a button. It’s been primarily designed as an introduction to soldering and GPIO programming and it does that very well. It comes as a kit of parts that you need to solder together:
The main board is an attractive purple colour (although this may change during production) and all the holes are clearly labelled so you know what to solder where. For those who buy the board, note that the black part of the supplied GPIO header goes on the underneath of the board with the pins poking through to the side with the labels on 🙂
Here’s some photographs of the assembly process:
Use Blu-tack to hold things in place if necessary. This is particularly important for the GPIO header:
Soldering the LEDs:
Underside of the board when soldering the resistors:
The completed board:
The MyPiFi in situ:
It’s a simple board to put together, and it will teach you very quickly how to do soldering badly, and how to do it well. The 26-pin GPIO header in particular is a challenge due to the extended pins. It’s possible that it might have been better to supply a non-extended header, but that’s just because I’d like to see it kept as simple as possible. Having said that, the extended header is a great way of teaching you to have a steady hand when soldering. Adding in the other components is much easier and it was a real pleasure to solder. One of the good things about the board being so small is that it doesn’t need any extra support or buffering to stop it touching the rest of the Pi – it sits very solidly on the GPIO pins.
Programming the board is extremely simple – Paul supplied the pin-outs and I knocked up a quick Python script – that’s the other thing it’s good for, teaching GPIO programming, and it does this very well. I hear that it will also be given support in ScratchGPIO, so that’s two options straight away for using it.
As a board, it is what it is: it’s very simple and is ideal for both beginners and schools. At £5-6 for the board, it’s also at roughly the right price point and I fully recommend it for those who want to get into soldering and GPIO programming. It’s also ideal for teachers, as long as they don’t mind soldering the boards up.
Rating: 9/10
Clive Beale, who heads up the Education team at the Raspberry Pi Foundation, has spoken out to Linux User Magazine about the ineffectual stance of the government when it comes to the new Computing curriculum. You can read this extensive interview on the LU&D magazine website here. Here’s a great quote from Clive that appears at the end of the piece:
“If you can’t program, you can’t tell a computer what to do, but at the age of five, six and seven, you want to be introducing them to the concepts. What we don’t want is teachers to panic. This is a long journey and teachers will come to understand that learning is two-way with computing. If we can get people to a point where computing is just as common a skill as reading, then we’ve cracked it – and I think we will get there one way or another.”
Here’s a great (and long!) video of Simon Monk speaking at Maker Faire about using sensors with the Raspberry Pi.
Lance Howarth, CEO of the Raspberry Pi Foundation, recently gave a talk at TEDx Oxbridge talking about everything Pi-related. It’s great to see some video of Lance (at last)! Watch it below.
