I had a great response from you readers to the first 5 videos that I posted so here is another 5 videos on learning and teaching that I think you will enjoy:
Sugata Mitra shares How Kids Teach Themselves. He has successfully implemented student-centered learning throughout the world. In 2007, he introduced his Hole in the Wall project that he has introduced in remote areas. He explores how children can learn through incidental learning. It is an innovative idea for learning about the essence of facilitating learning.
In his 2010 presentation, Child-Driven Education, Sugata Mitra talked about how he addressed the problem of having a great need for good teachers where schools don't exist. He provided a number of examples where computers were used to provide learning opportunities. This is not about computer labs. It is about groups of children gathering around public computers. My favorite quote was "Children will learn to do, what they want to learn to do." Hmmm . . . . sounds like relevance is important to children as well as adults. What do you think?
Arthur Benjamin's Formula for Changing Math Education Arthur Benjamin questions the relevance of our secondary math curriculum. He suggests that we replace the calculus-oriented sequence with one that emphasizes statistics. It would be a huge upheaval of our present math system, but is our current math system still relevant to our students' needs?
Along those same lines, Liz Coleman issues a call to reinvent liberal arts education. She regrets the path that American education has take in emphasizing narrow pursuits of knowledge. She suggests that liberal arts need to be oriented to address real-world problems. She stats that "Deep thought matters when you're contemplating what to do about things that matter." Once again, it's ALL about relevancy.
A FUN presentation was given by David Merrill who Demos Siftables. Siftables are "cookie-sized, computerized tiles you can stack and shuffle in your hands." They put the opportunity for learning in the hands of the learners. These tiles can do math, play music, and even talk with each other. It is an amazing opportunity for hands-on learning.
What do you think? What did you learn from these videos?