Alex Hernandez from the Charter Growth Fund highlights some key topics in blended learning, one of which is 'Can we increase the velocity of learning and create more space for such things as projects, the arts and deep thinking?'
While so much emphasis is placed in STEM education, the idea of also utilizing blended learning environments to foster creativity and engage students in artistic processes is one we should also consider.
Here's an example of one person who excelled in a MOOC. While everyone may not have the drive of this student, this is a good example of how an online technology facilitated a social learning group. Also - yet another example of how online resources can benefit people across the country who do not otherwise have access.
A friend just sent me this same article, Molly! However, my takeaway was much different. Whenever I read articles about young people doing extraordinary things with limited resources and technology, my first thought is always "how is this possible??" The article addresses my question directly: "The answer has to do with Battushig's extraordinary abilities, of course, but also with the ambitions of his high-school principal." The principal, also a graduate of MIT, was focused on developing more skilled engineers in Mongolia, and made it his mission to bring science and tech labs to his students; while MOOCs, the government's heavy investment in IT infrastructure, and the ubiquity of a 3G network made it possible to extend and enhance learning opportunities, the students may have never been exposed to engineering were it not for the encouragement of the principal. This human component, combined with technology, was what nurtured Battushig's drive and talent.
This path will not work for just any student. If most homes in Mongolia have an Internet connection and even nomads cell phones, why have more people not found success with MOOCs? The author of the article summed it up best when she said, "Battushig's success also showed that schools could use MOOCs to find exceptional students all over the globe." Battushig is exceptional, just as elevated learning through MOOCs is still the "exception" and not the rule. MOOCs still lack a certain (perhaps human?) element that can move them from producing the anomaly of one "boy genius" to a more widespread level of learning.
Hi Laura - That's a good point about the principal. The principal and the student were both exceptional. While I do not think that MOOCs, as they are right now, can work for everyone, I do think that this example of educating an exceptional student is heartening. Maybe this exceptional student can learn a lot and then in turn, help others in his community. As undemocratic as it is, many advances in society are made by individuals or small groups of people. Overall though, I agree that MOOCs lack, as you said maybe a human element, to promote widespread education.
Interesting conversation with the CEO of Rocketship, a blended-learning-focused charter school organization. "We should all focus on personalized learning and obsessing daily with how we ensure our students are spending large chunks of their day (80%+) in their optimal zone of learning-meaning exactly at their level. I would bet that students in countries that lead the world in achievement spend maybe 25-40% of their time in these optimal zones. Technology is an incredible tool in this work as there are online programs that immediately allow a student to access content in their optimal zone. Again-technology is not the complete answer, but it is definitely part of the solution."
Well spotted, Ms. Laura. Schools like this really do take some leap of faith. Even parents/students/administrators/teachers who really believe in the ideals must realize that the students do not exist in a vacuum and that if/when their kids take the SATs, apply to college, etc., they are buying into the system that they are trying to reject/amend earlier in the students life.
Interesting interview with the Finnish educator Pasi Sahlberg on using technology to improve education and enhance learning: "I think the best way to move forward is to find a good solution to securing time for human interactions for all students in addition to giving students access to learn with new technologies."
Great read on cultivating active learning, including the role of technology (though not transformative technology) in the classroom. Talks about engaging the more "shy" / deeply thinking students in class via Twitter chat - "smart students like to talk, smarter students like to listen."
"The advent of this so-called "lousy product" - the MOOC - may be triggering a change, however. Indeed, recent survey evidence suggests that the acceptance of online learning among certain constituencies may be plateauing. Is it possible that a backlash against MOOCs could even precipitate a decline in the broader acceptance of online learning?"
Ning trying to spread it's wings. Let's users create their own social networks-mini facebooks-if you will. Ning is slowly becoming popular in classrooms and institutions of higher learning
What age group would benefit most from this? What could the teacher do to make sure students learn about physics and not just learn how to manipulate the simulation?
I just played around with it a little bit, and I don't feel that I could use it effectively with grade 9th or grade 7th students that I was teaching last year. It is pretty much just a balancing game, but I don't think it can help learners understand any particular concepts like 'gravity' or the 'principle of moments'. For younger learners, like 6-year olds perhaps, it could help them develop an understanding of weights and balancing forces(?)... I don't know...
human capabilities are not wholly adequate to the demands of the modern teaching and learning enterprise, and this is where technology as facilitator has a role
Demonstrations, illustrations, instruction across learning styles
If no improvements are made with the adoption of new technology, then there is no point to utilizing any technology except for the most basic required to obtain that unchanging level of learning
need to assess our outcomes, make incremental changes in our methodologies to address shortcomings, then assess again
One of the more powerful messages I have learned in Stone's class is when you are designing an educational intervention you have to know WHEN to ask the question: what technology, if any, will improve our educational problem? Before you ask this question, the problem should be clearly identified, and the steps to assess if the problem is improving should be laid out. When you have this information, you can then tailor the technology to specifically meet the needs of your current problem. In this way, technology is sort of the means (not the ends!) towards improving education.
So, in addition to the author's 5 key factors for educational technology, I would like to add: Is the technology a good fit for addressing our clearly defined educational problem?
“For all the advances in computer science, we still don’t have a computer that
can learn as humans do, cumulatively, over the long term,”
The Never-Ending
Language Learning system, or NELL, has made an impressive showing so far.
NELL scans hundreds of millions of Web pages for text patterns
NELL is one project in a widening field of research and investment aimed at
enabling computers to better understand the meaning of language.
The demand for e-Learning resources derived from the economic burden imposed by
the frequent revision of textbooks and spiralling prices of scholastic texts,
according to the Textbook and e-Learning Resources Development Report released
by the Working Group on Textbooks & e-Learning Resources Development in
2009.
In February 2010, a fund of HK$128 million was established by the Legislative
Council to create a three-year program promoting an e-Learning pilot scheme. Of
that total HK$68 million will be disbursed among 20 primary schools and 30
secondary schools for e-Learning.
Karl Royle has produced the following research reports regarding games based learning. You can click the links to download.
These reports have been commissioned by Becta, the government agency leading the national drive to ensure the effective and innovative use of technology throughout learning.