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Offering learners choices can develop self-determination, pride in accomplishment, and increase the degree to which they feel connected to their learning. However, it is important to note that individuals differ in how much and what kind of choices they prefer to have. It is therefore not enough to simply provide choice. The right kind of choice and level of independence must be optimized to ensure engagement.

In an educational setting, one of the most important ways that teachers recruit interest is to highlight the utility and relevance, of learning and to demonstrate that relevance through authentic, meaningful activities. It is a mistake, of course, to assume that all learners will find the same activities or information equally relevant or valuable to their goals. To recruit all learners equally, it is critical to provide options that optimize what is relevant, valuable, and meaningful to the learner.

Vary activities and sources of information so that they can be:  Personalized and contextualized to learners’ lives  Culturally relevant and responsive  Socially relevant Age and ability appropriate  Appropriate for different racial, cultural, ethnic, and gender groups

recent finding by PISA, the Programme for International Student Assessment, which administers academic proficiency tests to students around the globe, and place American students in the mediocre middle. “Students who use appropriate strategies to understand and remember what they read, such as underlining important parts of the texts or discussing what they read with other people, perform at least 73 points higher in the PISA assessment—that is, one full proficiency level or nearly two full school years—than students who use these strategies the least,” the PISA report reads.

Askell-Williams and her colleagues found that those students who used fewer of these strategies reported more difficulty coping with their schoolwork. For the second part of their study, they designed a series of proactive questions for teachers to drop into the lesson on a “just-in-time” basis—at the moments when students could use the prompting most. These questions, too, can be adopted by any parent or educator to make sure that children know not just what is to be learned, but how. What is the topic for today’s lesson? What will be important ideas in today’s lesson? What do you already know about this topic? What can you relate this to? What will you do to remember the key ideas? Is there anything about this topic you don’t understand, or are not clear about?

I'm tempted to be skeptical because the information is from Ericsson ConsumerLab, a division of the mobile technology giant Ericsson - a company that has a vested interest in promoting the use of technology by teenagers. But some results may not be all that surprising, such as a decrease in the use of home phones and an increase in the use of mobile devices such as smart phones. Or that teens and adults use technology differently. Well, duh... spend any time with a teenager on a regular basis and that's obvious. It's also not news that video chatting is on the rise, but it may at the very least confirm perceptions and some opinions.

One of the best examples I have seen of the flex model was in Morgan Hill, California. This is a district south of San Jose where about a third of its students are Hispanic and I believe over a third of its students are on free-and-reduced price lunch. The school is called the Silicon Valley Flex Academy - Grades 6 through 12. As you walk into the school there are a couple of huge open spaces on either side where every student has his/her own office. In this space, each student has his/her own computer. The students are encouraged to decorate their own space with things they like (in the same way an adult might decorate an office at work). There are break out classrooms around the perimeter of the building. Here teachers are getting the data on how the kids are doing. Teachers can pull students into these break-out classrooms in very small groups. The teacher is then able to focus on a student's individual issues. The teacher's job is totally different in this arrangement. The fascinating thing was how much ownership the students have over their learning. They all knew exactly what was expected of them the entire year. They knew exactly how they were doing at any point. Their job was to learn the material. If they could get the work done during the school day there was no homework. So it was up to the individual students to make those decisions.

The teachers I spoke to explained that they had been trained to do lesson planning, lectures to large groups of students and classroom management -- none of which they were now doing. They explained that the adjustment was difficult. Training has not been built into the formal teacher training system for programs like this, and few are really thinking about it at the moment. Now, the teacher is still doing teaching or tutoring when pulling students out into small groups for project-based work, but instead of this being determined by a pacing guide, this is now being determined by where the students are in their learning. What was so interesting was that in this model, teachers were able to do the tutoring and value enrichment work that teachers really like to do but don't always get time to do in a classroom. One of the challenges the teachers mentioned was staying on top of scheduling. How do you keep track when you have students at different places in the curriculum? Those were tough decisions for teachers to make and they were, as you say, learning on the job.

When students own their learning, they feel responsible for it and motivated to do it. What they also appreciated was that the teacher was no longer there to "punish them" or "grade them down". Instead the teacher was there to help them reach their goal. This is much more of an environment built around success and motivation versus failure.

Causes of Academic Dishonesty from literature: Craig, Federici & Buehler, 2010 Academic - assessment design - education about academic dishonesty - poor understanding of citation styles - “poor understanding of the proper use of intellectual property”

Ethical - cutting corners - work ethics - cultureal differences Personal - personal maturity - “poor time management skills” - “new to college experience” Academic dishonesty can be defined as “anything with gives students an unearned advantage academically” - see Hart and Morgan, 2010

We also use TurnItIn.com Encourage professors to use questions from randomized question blocks Provide resources - Writing Center - Library Resources - Endnote

Participants view short interactive video clips that include live quizzes and instant feedback that allow them to quickly determine their understanding of the material and to work on problem areas. At the same time, participants help each other through online discussions similar to a comment thread on a social networking site. Those enrolled in the free classes do not get Stanford credit for their work, but they do receive a statement of accomplishment if they successfully complete a course. 

In a sense, the blog is the antithesis of my academic training. Universities are about restricted knowledge. We study our own things, keep our research to ourselves so no one will steal our work, and we publish results in journals in a language no one understands. The idea of blogs is all about shared knowledge. I love sharing and getting feedback on my findings, and this blog has introduced me to so many fascinating people from all over the world — students, scholars, urban farmers — and it is really interesting to hear their takes.

Tokyo Green Space is a public research project. It involves observing small public green spaces in Tokyo, sharing images and thoughts online in a diary format and connecting with other people online and in person. I've maintained the site for three years out of passion.

Really nice. Be great to see the two combined – heatmaps and topography or atleast some kind of colour banding added to the topography. That would open up all kinds of possibilities – you could slice horizontally along the bands and create layers of different ranges. In fact mixing colour and topography would also give you a way of showing two sets of data concurrently – topography for prostitution and some kind of colour banding for wealth for example.

Makes the numbers come alive. G

Brilliant work! Can you cross this data with the physical typography? I’ve always been curious if safer neighborhoods are uphill.

proponents claim, the methods “work,” as represented by higher test scores.   Because, they add, the methods are efficient, meaning you can produce results with brutal economic efficiency and large classes.  And, in ed policy-speak, the systematized, highly structured methodologies are “scaleable,” easily replicated and exported to other schools. 

Anyone intensely “drilled” in facts or simple algorithms will demonstrate superior performance when tested on short-term retention.   The students in programs like that at Williamsburg Collegiate are being trained to give the “right” answers, but they are learning little or nothing.   Other evidence exposes the folly of these practices, as test score gains among younger students are not holding as the same students move into older grades. But the policy response in most places is reflexive, not reflective.   Drill them more and test ‘em again! 

Perhaps the greatest tragedy of this approach to education is that it disregards, often punishes, the qualities that most characterize real learning.  Children are discouraged from expressing a point of view – no time for that and it isn’t on the test.  Creativity is irrelevant.  Children who are sensitive and poetic are devalued, forced into quick, aggressive responses by a drill sergeant teacher.   Critical thinking is not welcome.  Where is the space for empathy and imagination?  What about the child whose unique intelligence is the ability to visualize something beautiful, to see another possible way to solve a problem, to turn a history assignment into a song?

For years, students have had to search through volume after volume of books before finding the right formula — but no more. Josephine says that "with books being digitized and available through full text search capabilities, they can find that formula quite easily."

Keller expects that, eventually, there won't be any books on the shelves at all.

Given the nature of engineering, that actually comes in handy. Engineering uses some basic formulas but is generally a rapidly changing field — particularly in specialties such as software and bioengineering. Traditional textbooks have rarely been able to keep up.