Group items tagged

"the "active" in "active use of technology" we are referring to is what is happening in the mind of the child. Active use for young children occurs when they use technologies in generative ways, that is, when they are generating insights, associations between new and existing knowledge, or creating their own content. This encourages more active cognitive processing that leads to deeper, longer lasting learning."

"The studies analyzed here document that active learning leads to increases in examination performance that would raise average grades by a half a letter, and that failure rates under traditional lecturing increase by 55% over the rates observed under active learning. The analysis supports theory claiming that calls to increase the number of students receiving STEM degrees could be answered, at least in part, by abandoning traditional lecturing in favor of active learning."

"active learning feed" "active learning" "higher ed" "pedagogy" "lecture" "instructional strategies"

"Later in his commentary Ragusea touches on transparency: "just trust me I know what I'm talking about doesn't work anymore, even if you are trustworthy and you do know what you're talking about," he says. "It's like math problems in school: it is not enough to get the right answer you have to show your work." Since at least 2011 in journalism developer circles show your work has been a mantra, and it is slowly spreading to other parts of the newsroom. Ragusea argues that Thompson's idea of discovery is important not because "people enjoy watching their hero sleuth chase down a mystery" but because nobody will believe you anymore when you "report a bunch of facts, even if you explain where you got them from. You have to show how you got them." Show, don't tell. It's writing 101 and it is the basic idea of active versus passive transparency. I like putting the emphasis on active transparency, in part, because it reinforces the idea of journalism as a process not a product."

"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."

"active learning feed" "active learning" "Student responses system" "polling" "large classes" "edtech" "instructional technology"

"Students appreciated the MOOC's ability to support structured, self-paced learning. Students often watched the short (10-to-15-minute) lecture videos at double speed with the captions turned on, at times that fit the students' schedules. Students described Andrew Ng as a highly effective lecturer, which added to the value of the lecture videos. Students did not actively participate in the discussion forums provided by the MOOC, choosing instead to use each other and Professor Fisher as resources when they needed help with the material. Occasionally, a student with a specific question would check to see if that question had already been asked and answered in the forums. It often was, and so the forums were a study resource for the students even if they didn't post to the forums themselves. Doug's students appreciated the in-class active learning facilitated by the "flipped" approach. By shifting explanatory lectures outside of class, class time was made available for more discussion, interaction, and application of that material. The students described Doug's role as "facilitator," guiding class discussions and making sure that every student understood the material. The biggest challenge identified by the students was a misalignment between the MOOC material and the additional readings Doug provided. These readings took the students beyond the introductory ideas presented in the MOOC, focusing on recent and seminar research in the field. The readings weren't designed for novices in the field, as Andrew Ng's lecture videos were, and they required "a different kind of learning," as one student put it. Nor did the readings always build on the week's MOOC content in clear ways."

1. For complex written assignments that require synthesis of material from the entire semester, divide the assignment into phases and have students submit interim deliverables for feedback. 2. Use rubrics to guide student activity on the discussion board as well as in written assignments. 3. For courses that teach dense, technical material, self-check quizzes can be very effective to oblige students to complete the required reading and help them (and instructors) gauge their understanding of the material. 4. Make use of synchronous technologies, where appropriate. Many of the challenges instructors face when teaching online are the result of the distant, asynchronous nature of most online learning. Web conferencing and telephone conferencing can help "close the gap" that asynchronous communication introduces. 5. Explore the use of peer-assessment strategies to foster community development and give students chances to learn through analyzing and critiquing the work of others. Rubrics are a must for this kind of activity. 6. Look for appropriate opportunities to address the entire class so as to reduce the time spent giving the same feedback to multiple students. After a big assignment, post an announcement summarizing some of the trends in the submissions, along with recommendations for next steps. Maintain a "Q&A" discussion board to which students can post questions for everyone to see. Monitor the board regularly, but also urge students to assist one another when appropriate.

Technology Enhanced Active Learning

"Active Learning with Technology (ALT) Classroom"

"In order to make it easier to track activity in Hypothes.is, I created a program called Hypothes.is Collector. The idea is that you can type in user name, a URL, a tag, or a group ID and click the button to see all of the related annotations. The program will create a new sheet with an archive of up to 200 annotations based on the search terms.  It will then create a third sheet that will count how many of these annotations were made on each URL in the set by each user."

"At the college where I serve as president, we do evaluate student work; we just use a higher-quality method. Our students receive written evaluations not only on every assignment, but also for every course and learning activity. These evaluations are designed to be formative teaching tools."

"I believe in the professorial mandate, the deep commitment we must have to giving back knowledge because we get the privilege of being able to spend our days thinking. But that isn't just a matter of toiling in our worlds and then throwing knowledge out of the ivory tower. It's not just about making material open and hoping people will come. It's about actively engaging the very people that we seek to understand, contributing to the communities we spend time analyzing. To treat them respectfully and to understand our moral and ethical responsibility to them."

""The real concern of this book is how existing scholarly activities (things like writing, publishing, networking and engaging) can be enhanced through social media and perhaps transformed in the process.""

""We find that students doing more activities learn more than students watching more videos or reading more pages. We estimate the learning benefit from extra doing (1 SD increase) to be more than six times that of extra watching or reading." "