Group items tagged

"I had been invited out by a group of students to climb buildings-a risky endeavor in which you have to dodge campus security while doing a series of parkour moves up fire escapes, railings, ladders, and ledges to make your way to the top of campus buildings. I was amazed at how passionate and intensively these students were pursuing this goal. And I realized that if we could somehow nurture that same kind of passion in the classroom, grades would be irrelevant. The students were, in fact, testing themselves. They were testing their courage, their skill, and their determination. And they will continue to test themselves-over and over again. If we could somehow create learning outcomes worth pursuing, we might get the same kind of engagement."

No citation but worth looking at . . . "Claims about the success of brainstorming rest on easily tested assumptions. One assumption is that groups produce more ideas than individuals. Researchers in Minnesota tested this with scientists and advertising executives from the 3M Company. Half the subjects worked in groups of four. The other half worked alone, and then their results were randomly combined as if they had worked in a group, with duplicate ideas counted only once. In every case, four people working individually generated between 30 to 40 percent more ideas than four people working in a group. Their results were of a higher quality, too: independent judges assessed the work and found that the individuals produced better ideas than the groups. "

Confirmation bias puzzle

Cute. I failed -- put in some numbers that fit, but my explanation was WAY too complicated....

Certainly true for me in a variety of areas of learning . . . "Programming was taught to me in a similar way - and for students to attain true understanding, this doesn't feel like it's the best way to learn. There is a literal learning curve to programming, and once you hit the inflection point of that curve you become somewhat self reliant. You know what to ask Google, you know the process of debugging, and you start to realize you're capable of accomplishing anything by yourself. But if you haven't hit that point yet, it can feel like you may never hit that point. Traditional methods of testing and gauging progress among students who are at different points in their capacity to learn programming don't feel quite fair, and I believe this discourages many (particularly underrepresented minorities) from continuing to learn how to code."

Certainly true for me in a variety of areas of learning . . . "Programming was taught to me in a similar way - and for students to attain true understanding, this doesn't feel like it's the best way to learn. There is a literal learning curve to programming, and once you hit the inflection point of that curve you become somewhat self reliant. You know what to ask Google, you know the process of debugging, and you start to realize you're capable of accomplishing anything by yourself. But if you haven't hit that point yet, it can feel like you may never hit that point. Traditional methods of testing and gauging progress among students who are at different points in their capacity to learn programming don't feel quite fair, and I believe this discourages many (particularly underrepresented minorities) from continuing to learn how to code."

"The Science through Technology Enhanced Play project (STEP) engages 6-8 year old students in a series of playful inquiry activities situated within a Augmented Reality environment. Tested at two schools and across two very different science topics-states of matter and the complex system of honey bee pollination-we have pioneered a new way for young students to engage in scientific inquiry and modeling in developmentally appropriate ways that breaks the mold of one-student-one computer. The big idea of STEP is to engage young children in an activity they are experts at, socio-dramatic play, in such a way that play becomes a form of scientific modeling and collective inquiry."

Assessment, or testing, was still administered, but now it was used as an integral part of the learning process. As a result, when he eventually took his spot on Toyota's production line, Spear was able to assemble his part the first time and every time. In other words, assessment was used both for and of learning. Toyota doesn't have to treat formative and summative assessments as two different things-just as we don't have to do so in education when we move to a truly competency-based system.

Things to try out

"I'd say the biggest observation I've come across in the last couple weeks, is that the online co-learning model breaks down the barriers of the traditional teacher/student relationship. Collaborating, sharing, and building ideas and understanding through open discuss instead bland lecture (here's the information, learn it, regurgitate it for a test). Creating the open platform to express ideas, and then expand upon them with easy reference to the information on the web (i.e., youtube videos, spotify, etc.). The responsibility then lies with each of us (student and teacher) to clearly express our meaning, intention, interpretation, and understanding of material, and back it up with an openness to build on criticism, and defend our viewpoint. And as we've discussed, they, the students, have full ownership of their work, so they may use it for future reference, when needed. In a way, it's like what Beethoven, Debussy, and punk rock have done with music. Each in their own right said, screw the "rules" I'm going to create the music I feel is necessary. The music inside me." h/t to Joyce

"virtual students will visit the campus on occasion for "intense immersions" to learn skills such as, say, suturing wounds. Online students would visit the campus during the first week or two of the program as well as at the end of their first year to learn clinical skills-training that for on-campus students happens over the course of the year. The online students would also visit the campus at the end of the clinical year to do testing and have the option of doing a rotation at the Yale New Haven Hospital, according to Van Rhee."

""We're not doing research into games. I'm not here doing work that will allow humans to play better checkers," said Schaeffer. "We're interested in finding ways to make computers perform tasks that you normally think humans should be doing." Games are just the test bed."

""One of the things I learned about the world of art," Teller says, "is there are people who really want to believe in magic, that artists are supernatural beings-there was some guy who could walk up and do that. But art is work like anything else-concentration, physical pain. Part of the subject of this movie is that a great work of art should seem to have magically sprung like a miracle on the wall. But to get that miracle is an enormous, aggravating pain." To see Vermeer as "a god" makes him "a discouraging bore," Teller went on. But if you think of him as a genius artist and an inventor, he becomes a hero: "Now he can inspire." "

This is old and I certainly don't agree with all of it but I think it's one of the most sober looks at the range of issues VCU needs to consider. Besides, I needed to test out my new group membership here.

I wish I could automate some things like this in rampages . . . like if you do a bare URL that doesn't link . . . I'd like to auto comment with some directions on how to make a link. Seems doable in terms of programming.