In May 2020 the company removed the “unmute all” setting for hosts due to privacy concerns but now has brought it back as a nuanced “unmute with consent,” which allows a host to unmute an individual participant’s microphone at any time in any of the host’s meetings once given permission. But this framing of consent is problematic to say the least. Can you refuse if the host is your boss? What if they not only have authority over you but abusive intent?
In the U.S., the percentage of undergraduate students taking at least one course online grew from 15% in 2004 to 43% in 2016, a 2018 study from the National Center for Education Statistics found.
CSU Global last week launched Direct Path Education, a new program centered on industry-specific education that allows students to transfer their credits toward a degree or earn certificates and professional certifications. The six-week courses add to a growing trend in the U.S. as many workers who lost their jobs following the pandemic search for new opportunities.
Here are some ways you can use memes in your classroom.
Create class rules.
Make a meme for each rule and post them in the classroom. As an alternative ice-breaking activity on the first day of school, ask students to create their own memes based on the rules and share the best ones with the class or post on the bulletin board.
Learn new vocabulary.
Students can create memes to define or use new vocabulary. Display the word at the top, and place the definition or a sentence using the word below.
Identify the novel.
Students can use memes to dramatize a point from a novel or short story they are studying. Teachers can break the class into groups and have each group create a meme from assigned chapters in a class novel.
Emphasize a historical event.
Teachers and/or students can import an image into a meme-creation program and make their own meme with a witty subtitle.
Use as a device to check for understanding.
Students can also create memes as a way to review the material or to explain math formulas or science concepts.
Almost never did everyone feel that everyone else in the meeting was looking at them — or at the very least could be looking at them — at all times.
And then there’s the pressure to respond quickly: A 2014 study showed that delays in replying to a question or prompt as short as 1.2 seconds made other people in a teleconference perceive the responder as less focused.
Great bosses lead and manage by meaningful expectations and meaningful deliverables.
Across the country, the FCC and internet service providers are pretending there’s competition in an unimaginable number of places where it doesn’t actually exist.
As FCC Commissioner Jessica Rosenworcel wrote for The Verge last March, as many as one in three US households doesn’t have broadband internet access, currently defined as just 25Mbps down and 3Mbps up — which feels like the bare minimum for a remote learning family these days.
The vast majority of emergent virtual and hybrid learning models appear to be “stuck at substitution”—that is, they seek to recreate or translate the brick-and-mortar school experience into the cloud without stopping to ask which aspects of those models may not truly serve students in the time of COVID-19 or beyond.
When we say “stuck at substitution,” some readers may recognize the SAMR model of education technology integration. The SAMR framework describes four different levels of technology use, from Substitution to Augmentation, Modification and Redefinition (SAMR). At its most basic level, education technology can be used to simply substitute: to replace traditional methods of teaching and learning with ones that are digitally mediated, but are still based on the same basic structure and pedagogy.
edtech can be used for augmentation, to bring some other affordance or benefit to the teaching and learning experience—for example, when that worksheet becomes a shared Google Doc that allows for collaboration and increased critical thinking.
Redefinition means thinking beyond existing paradigms and schedules that are built for an on-campus experience. It is the opportunity to imagine entirely new ways of teaching and learning—for example, attendance policies that emphasize engagement versus seat time, blended learning models that leverage technology for anywhere, anytime learning, and instructional design that allows increased student choice and participation.
the effect of computer-assisted learning on students’ long-term development. We explore the implementation of the “largest ed-tech intervention in the world to date,” which connected China’s best teachers to more than 100 million rural students through satellite internet. We find evidence that exposure to the program improved students’ academic achievement, labor performance, and computer usage.