Group items tagged

" when access conditions in the research lab do not mirror access conditions in the real world, efficacy studies tell us nothing about the actual efficacy of a product. We have to add a consideration of students' ability to actually access and use (and as I have argued elsewhere, own a copy of) the product to discussions about efficiacy."

"The problem is that we get interrupted frequently in the modern workplace. Rituals become habits, and that means we run through the transition cycle every time we stop doing what we're doing. One famous 2007 study found that when people responded to email or instant messaging alerts, it took them 10 to 15 minutes beyond time spent on the interruption to really get back into their original tasks. Those 10 to 15 minutes of headline checking add up."

"On Sunday, a salacious article flew across numerous news channels. In print, it was given titles like "Teenagers can no longer tell the real world from the internet, study claims" (Daily Mail) and "Real world v online world: teens do not distinguish" (The Telegraph). This claim can't even pass the basic sniff test, but it was picked up by news programs and reproduced on blogs."

Delaware's governor, Jack Markell, announced a program called Getting to Zero. Its goal was to get all high-school seniors with an SAT score of at least a 1,500 (out of 2,400) on the SAT to enroll in college. In recent years, state data show, about 20 percent of such teenagers did not.

"Imagine anyone in the world having access to a world-class education online for free, and getting credentials for it. With the launch of Open Educational Resources University (OERu) on November 1, that's exactly what is now possible. The launch is a significant milestone in higher education globally, and marks a transition from an international collaboration prototype to a sustainable, scalable program of accessible OERu study."

The open learning innovation contest invites innovators whose work embodies the principles of connected learning to submit their stories and experiences for consideration. They might be running online or offline courses, activities, learning programs, study groups, or hybrid classes or out-of-school (extra-institutional) activities having to do with independent learning and volunteer work.

ECAR has surveyed undergraduate students annually since 2004 about technology in higher education. In 2013, ECAR collaborated with more than 250 higher education institutions to collect responses from more than 112,000 undergraduate students about their technology experiences and expectations. The findings are distilled into four broad themes to help educators and higher education institutions better understand how students experience technology on their respective campuses and the ways in which new, better, or more technology can impact students' relationship with information technology.

"Based on the research synthesized in the 2012 NRC report Discipline-Based Education Research, Reaching Students strives to answer these questions and presents the best thinking to date on teaching and learning undergraduate science and engineering. Focusing on the disciplines of astronomy, biology, chemistry, engineering, geosciences, and physics, this book is an introduction to strategies to try in undergraduate classrooms. Concrete examples and case studies illustrate how experienced instructors and leaders have applied evidence-based approaches to address student needs, encouraged the use of effective techniques within a department or an institution, and addressed the challenges that arose along the way."

"Part of what makes emotional content so susceptible to spreading is that emotions themselves are contagious. Researchers have long known that people can "catch" the emotions of someone around them, so to speak, through direct exposure to that person's expressions and tones and gestures. They also believe this process of emotional contagion can occur indirectly--say, by receiving a forwarded video clip or article."

The working group has heard and received suggestions across a broad range of topics. Here are a few examples: Make an institutional commitment to fostering high-quality hybrid instruction (online and face-to-face) and provide the IT infrastructure to support course development and redevelopment along those lines. Establish an experimental college with the freedom to innovate in different course formats and individualized interdisciplinary majors. Require an e-portfolio of all undergraduate students, connecting the first-year experience and co-curricular activities to their major field of study and career preparation.

"Faculty and students at UC Davis, meanwhile, are developing what they call "hyperlibraries" of faculty writings, homework questions, research and other content available online that are then vetted, and, like a Wikipedia page, constantly expanded and adapted to meet specific needs. The goal is to produce e-textbooks in the chemistry, biology, statistics, math, physics and geology fields - dubbed ChemiWiki, BioWiki, MathWiki, etc. - that eventually will supplant traditional texts, which can cost up to $300 per copy, said UC Davis chemistry professor Delmar Larsen. A pilot study of the ChemWiki last spring found that students in a general chemistry class who used the online materials would have spent about $125,000 had they bought new textbooks, Larsen said."

"The answer may be to combine the two. Anant Agarwal, who runs edX, proposes an alternative to the standard American four-year degree course. Students could spend an introductory year learning via a MOOC, followed by two years attending university and a final year starting part-time work while finishing their studies online. This sort of blended learning might prove more attractive than a four-year online degree. It could also draw in those who want to combine learning with work or child-rearing, freeing them from timetables assembled to suit academics."

The advent of broadband in the year 2000 has created a generation of digital natives, the communication watchdog Ofcom says in its annual study of British consumers. Born in the new millennium, these children have never known the dark ages of dial up internet, and the youngest are learning how to operate smartphones or tablets before they are able to talk.

"Although there have been many claims that technology might enhance university teaching, there are wide variations in how technology is actually used by lecturers. This paper presents a survey of 795 university lecturers' perceptions of the use of technology in their teaching, showing how their responses were patterned by institutional and subject differences. There were positive attitudes towards technology across institutions and subjects but also large variations between different technologies. Two groups of technology were identified-"core" technologies, such as Powerpoint, that were used frequently, even when lecturers felt that they were not having a positive impact on learning, and "marginal" technologies, such as blogs, that were used much less frequently and only where they fitted the pedagogic approach or context. Rather than there being "leading" universities that were the highest users of all technologies, institutions tended to be heavier users of some technologies than others. Similarly, subjects could be associated with particular technologies rather than being consistent users of technology in general. The study suggests that university technology policy should reflect different disciplines and contexts rather than "one size fits all" directives."

This article presents the outcomes of a typological analysis of Web 2.0 learning technologies. A comprehensive review incorporating over two thousand links led to identification of 212 Web 2.0 technologies that were suitable for learning and teaching purposes. The typological analysis then resulted in 37 types of Web 2.0 technologies that were arranged into 14 clusters. The types of Web 2.0 learning technologies, their descriptions, pedagogical uses and example tools for each category are described, arranged according to the clusters. Results of this study imply that educators typically have a narrow conception of Web 2.0 technologies, and that there is a wide array of Web 2.0 tools as yet to be fully harnessed by learning designers and educational researchers.

"An easy No Need to Study path through college for those who can literally pay extra should also fuel lingering questions of class and race bias in higher education. Elite education opportunities already skew to those most able to afford to them. But the ability to get a degree by opening a checkbook instead of a textbook does, at a minimum, complicate efforts to flatten the education-access pyramid. "

"The first totally online credit course delivered entirely via the Internet was taught in January, 1986 at the University of Toronto, through the Graduate School of Education (then called OISE: the Ontario Institute for Studies in Education). Thus January, 2016 marks the 30th anniversary."

"What do students want in the learning activities for their online STEM courses? They'd prefer more real-life problems to solve and instructional resources such as simulations, case studies, videos and demonstrations. They'd also like the chance to meet and collaborate with other students as well as teaching assistants online. Finally, they'd appreciate clear and consistent information from instructors about instructions, assignments, assessments, due dates, course pages and office hours. What do students currently get? The most common course activities are the completion of major projects or assignments, reading, visiting websites, taking quizzes or exams, and viewing slideshows. The most interaction they report experiencing comes from reading course news and announcements and receiving e-mails from the instructor."

"If one studies the interest publishers have shown in the OPM market, one sees the desire for them to create this revenue envelope by being the one-stop shop for aggregating everything their customers need: from content, to technology to program design and marketing. Even thought McGraw's next CEO, Cengage's Michael Hansen, declared recently that the company would stay away from "the business of recruiting students to schools," I would be shocked if the new McGraw Hill were not in some way equipping schools to build their own OPM capability - much the way John Katzman's Noodle is set up."

"An anthropologist who had the unenviable task of sitting through academics' meetings and reading their email chains to find out why they fail to change their teaching styles has come to a surprising conclusion: they are simply too afraid of looking stupid in front of their students to try something new."