One interesting element of Google I/O this year were the sensors laid out everywhere around Moscone tracking environmental data throughout the event. Those types of sensors are now all around us, including in our phones and in various smart home devices, and now a new Kickstarter project from ManyLabs wants to help kids get familiar with them very early on.
The project is called Sensors for Students, and it wants to build a sensor collection kit that includes a plate for an open-source Arduino board and Grove shield combo, along with one of a variety of parts for a number of different types of sensors, including accelerometers, electromagnetic field detectors, a color sensor, a plant watering kit (similar to one component of the Bitponics automated hydroponic garden), and many more.
The team behind ManyLabs consists of Peter Sand and Elliot Dicus, who formed the nonprofit with the ultimate intent of spreading low-cost hands-on tools for teaching science and math to the classroom. Sand has a Ph.D. in Computer Science from MIT, and has focused his work and research on computer vision, robotics and education.
Sand and Dicus wanted to make it possible to get kids learning data literacy and experimenting with open source hardware early on in life. Their goals sound similar to those of Adafruit, the NY-based hardware company that’s also trying to make people more comfortable with concepts around electrical engineering and DIY maker culture, beginning early on in life.
ManyLabs isn’t just supplying hardware, though, it’s also very clearly marketing a curriculum, with lessons and content being offered alongside each type of kit available to backers, along with online resources that will be made available on a yearly subscription basis. There’s no soldering required in the kits that are on offer, so these are suitable for a range of ages and skill levels, and ManyLabs hopes to put them in the hands of backers as soon as August this year, with kits beginning at $40. The most expensive individual kit is $75, and while ManyLabs requires you to supply your own Arduino, it’s still very affordable, a key value add for educational markets.
Article courtesy of TechCrunch