/Prof. Dr. Dr. Daniel Hromada
|18.4||Art & Artefacts|
|25.4||Tools & instruments|
|9.5||Modules and components|
|16.5||Making the Itty Bitty Beat Box|
|23.5||ECDF visit - Wilhelmstrasse 67
|30.5||NO COURSE (Christihimmelfahrt)|
|20.6||Berlin Open Lab - Einstein Ufer UdK
|27.6||Optimizing & testing
|WiSe 2018/2019||Bootstrapping & exploring|
|SoSe 2019||Playing, specifying, defining|
|SoSe 2020||Machine learning, speech technologies, handwriting recognition
|WiSe 2020/2021||Testing & optimizing|
/You'll get the signature only when actively participating on creating of an artefact which DOES something, e.g.
/This is the place where we should start communicating.
/Before doing the theory let's test our paper airplanes!
/Some articles related to our course.
/Nik - soldering iron
/Let's start making it real.
Over the years we’ve seen the Raspberry Pi crammed into almost any piece of hardware you can think of. Frankly, seeing what kind of unusual consumer gadget you can shoehorn a Pi into has become something of a meme in our circles. But the thing we see considerably less of are custom designed practical enclosures which actually play to the Pi’s strengths. Which is a shame, because as the MutantC created by [rahmanshaber] shows, there’s some incredible untapped potential there.
The MutantC features a QWERTY keyboard and sliding display, and seems more than a little inspired by early smartphone designs. You know, how they were before Apple came in and managed to convince every other manufacturer that there was no future for mobile devices with hardware keyboards. Unfortunately, hacking sessions will need to remain tethered as there’s currently no battery in the device. Though this is something [rahmanshaber] says he’s actively working on.
The custom PCB in the MutantC will work with either the Pi Zero or the full size variant, but [rahmanshaber] warns that the latest and greatest Pi 4 isn’t supported due to concerns about overheating. Beyond the Pi the parts list is pretty short, and mainly boils down to the 3D printed enclosure and the components required for the QWERTY board: 43 tactile switches and a SparkFun Pro Micro. Everything is open source, so you can have your own boards run off, print your case, and you’ll be well on the way to reliving those two-way pager glory days.
We’re excited to see where such a well documented open source project like MutantC goes from here. While the lack of an internal battery might be a show stopper for some applications, we think the overall form factor here is fantastic. Combined with the knowledge [Brian Benchoff] collected in his quest to perfect the small-scale keyboard, you’d have something very close to the mythical mobile Linux device that hackers have been dreaming of.