"You may have heard already that digital literacy and increased technical capacity are critical components of the K-12 education. I happen to agree. The problem is that public education hasn't had sufficient means to put enough computing devices in the hands of students. Computers have been expensive and if you have had a computer lab that you could visit with your class once a week then you had more than most. Now with the evolution of mobile platforms, netbooks, tablets, and "Bring Your Own Technology" programs (like this one explained my @micwalker) there is a warm feeling in the education community that meaningful 1 to 1 access in the classroom is possible everywhere. Teachers are excited, students are stoked, and technology directors are petrified. The possibilities are endless including live streams from our classrooms, social media at the hands of every learner, and every student becoming the smartest kid in school because she can search Google on her iPad. I am energized that the promise of educational technology - a world of connected learning, collaboration, and creative design to engage and impact student achievement - may finally be mature enough to implement in all classrooms."
"e BYOT Summit was held on the campus of Kennesaw State University on April 26th.
* Buster Evans, Superintendent of Forsyth County Schools - Watch his presentation here.
* Download a copy of his presentation here.
* Attorney Phil Hartley - Watch his presentation here
* Download a copy of his presentation here.
* Forsyth County Educators Share their perspective - Watch their presentation here
* Download a copy of their presentation here
And here is a video featuring Forsyth County Students in the BYOT program.
Forsyth County BYOT Page - http://www.forsyth.k12.ga.us/BYOT
* Courses
* Registration
* Labs
* Resources
* GACE Exam
* ETC Staff
* Contact the ETC"
"Squishy circuits are a project from the Thomas Lab at the University of St. Thomas. The goal of the project is to design tools and activities which allow kids of all ages to create circuits and explore electronics using play dough.
conductive dough, insulating dough and building circuits model
Thank you to the University of St. Thomas School of Engineering, the University of St. Thomas Young Scholars Program, and the 3M Foundation for supporting the undergraduate students working on this project.
How To
Conductive Dough"
Lingt Classroom helps teachers enable their students to speak.
Create online assignments that make engaging and assessing spoken performance as natural as giving out a worksheet.Make oral exams that take a fraction of the time to administer and assess. Perfect for IB and AP preparation.Offer targeted feedback to individual responses to maximize student improvement.Incorporate video and images to create media and culture-rich exercises.Archive all your assignments and students' responses to reuse next time and track individual improvement.