What makes these findings so interesting are the implications for pedagogy. If teachers wish to maximise the power of tablets and mobile devices, they should create contexts in which students are encouraged to be proactive in their study,
A grassroots online newspaper exclusively for, and by, those who understand higher education best, The EvoLLLution is the only place where you can find detailed opinions, news and research about the impact of non-traditional programs on the higher education industry and society-at-large.
Higher education has never been primarily about learning actual things or actual skills. It has always been (and I mean all the way to the first universities) about peer acceptance for the graduates and meeting the requirements of the institution for the students. That’s not to say that a lot of people don’t learn lots of useful things while attending university. But if that was enough lawyers wouldn’t need the bar, doctors wouldn’t need their residency and university teachers would not have to learn everything all over again when they start teaching a new subject.
Mills continued his conscilience by saying that he is skeptical about a lot of university instruction. But I think that is the wrong approach to take. University instruction has always been just abominable. The vast majority of classes most university students have attended throughout history were taught by drones more or less competent in their subject sometimes reading out of a textbook sometimes cracking a joke. If that really mattered how would have we ever gotten to where we are now? Massive innovation and erudition as far as the eye can see. Even those we disagree with (like the neocons and creationists for me) cannot really be accused of a lack of intelligence or erudition. We talk about the need for better historical education but some of the worst political decisions have been taken by people who studied history meticulously (and it’s no good saying “if they had only read that one paper I wrote on that issue”). We talk about the need for better science education but some of the best innovations have come out of school drop outs who flunked the foundational STEM subjects. Why on earth would we think tinkering around with instruction would make a dent in any of that?