As a final project in their 3rd year of the University of Technology Sydney, [James] and a few classmates put together this interesting game. Called BrainTap, it is described as a game targeted at the baby boomers focusing on fine motor skills and memory.
The game plays similar to the common game “simon”. The box lights up a series of LEDs in a pattern, then you have to repeat the pattern back with the corresponding buttons in the glove. There is vibration feedback in the glove as well as the lights and sounds you see in the video. Though they do mention arthritis in their title, we don’t think our grandmas with arthritis would enjoy those hand motions much. We, however, might spend hours doing this instead of more important things.
We particularly like the visual construction of the game box. The case was designed in CAD, 3d printed, then sanded smooth and painted with automotive paint to get that perfect finish. Great job guys.
Continue reading “BrainTap, gaming with arthritis in mind”
[Bruce Land] sent in this cool final project for ECE 4760 at Cornell University. Dubbed TrckrX, it is an OBD-II tracking and data logging system built into a BMW E36 M3. The car in question is being used in some auotocross competitions. The driver wanted instant access to some data as well as a log of everything for later analysis. The unit gives a real time display of vehicle speed, coolant temp, and RPM. G-force and timestamps are stored on the SD card.
We think this is a very cool idea, and could be quite useful in some instances. The real time display of speed and RPM seem a bit peculiar as the car’s speedometer and tachometer are more appropriately placed for real time information. However, we completely understand that this was a class project and this person may not have wanted to replace their dash cluster with a new readout.
This final project at MIT turned out quite nice. It is a CNC mill that cost under $100 to make. The tolerances are pretty tight as you can see in the pictures of the PCBs he has milled. He shows that he can even mill mild steel. It is a pretty brief writeup, but you can download build instructions and pcb files.
[Johhny chung Lee], eat your heart out. Check out what these guys are doing with face tracking and immersive 3d as their final project in class. They’re using a singe camera and an FPGA to produce the demo you see in the video. Facial tracking is done by skin color, so that might have some issues in some environments, but being able to have perspective shift with you, without rigging up some more hardware is fantastic.
We realize that this is completely different that what [Johnny] is doing. We love [Johnny]’s work and think it is ground breaking to be able to pull this stuff off with a cheap game controller. We just couldn’t help but draw the parallel from the end result.
[Husstech] wrote in to share his Snake Bot with us. Initially inspired by this post about SickSack, a snake bot, he set out to build his own version. While the concept and even the design aren’t particularly new or groundbreaking, he is very thorough in his documentation. Since this was a project for school, the PDF of his project includes research, schematics, cost breakdowns, and results. We really like the camera and head design, it looks very insect like. You can see a video of the final version being shown off after the break, or you can see an earlier version that is decidedly more phallic.
Continue reading “Snake Bot”
Here’s another hacked Nerf Vulcan rifle. This time it is an automated sentry gun. You must present it your badge, if no badge is found, you are assaulted with a fiery storm of small nerf darts. All encounters are logged and a photos are kept. This was a final project at Cornell, and for once it wasn’t ECE. This was for CS1114. They did a pretty good job with the tracking, now they need to add some more interesting voice options to it.
[Matthew] sent us his group’s final project, where they built a nice GPS logging system. Not only can it simply log the GPS coordinates on a predetermined interval, it can also be triggered to make an entry by a wireless device. In this example, they use a camera. This allows them to then upload all the GPS information and pictures to places like Google Earth.
They are using an ATmega644, with an LCD, SD card, and GPS unit. They had to do a little hacking on their camera to add the wireless transmitter, which triggers the logger. You can see not only the cost break down and source code for the project, but also a map with lots of geotagged photos. This is the kind of thing we can almost see as a standard item in the future.