The app supports multiple languages with a current focus on Arabic. Using edutainment, Daraty develops interactive and enjoyable teaching methods starting with electronics, later other fields such as physics and chemistry. Teaching electronics not only provides children with an understanding of circuits and computers, but also improves logical thinking and problem-solving skills, while preparing them to be active in a world where electronic skills are more and more in demand.
“Being literate in electronics is a skill in demand and will be even more in demand in the future. Daraty gives children in a young age the ability to play with electronics alone, letting them explore that world in a playful way. There exist similar products but as far as I know they all need supervision. While there exist plenty of playful ways for children to learn programming autonomous in a fun way learning electronics that way at a young age is relatively unexplored.” – Know Award Jury Report
“A part of my duty is taking care of a student lab at the Institute Systems and Datascience (ISDS), where we prototype simple hardware, and use data analytics to come to novel and intelligent new interactions and user interfaces. Our focus in on the analytics and software, so most of the people do not have an electro-engineering background. I see that having some literacy with electronics is becoming more and more important, with respect of the bobbyist movement, home automation and IoT. Having a good patch from childhood to adulthood to being able to work with electronics has tremendous impact.
The simplicity of Daraty, the similarity to later real prototype environments, but especially the promise to let children play unsupervised with it and learn and explore on their own fascinated me.
Part of the challenges for Daraty will be: How to diversify best from toolkits like simple bits, cubelets and the rest of the competition. How to engage the kids with fun, interesting problems (especially when they play alone). And what is the path away from Daraty to still simple but more elaborate electronics like Arduino, raspberry pi and similar.”
Please note that all data refer to the time of winning the Award.