In the online class environment, students enjoy many advantages, such as increased scheduling flexibility, ability to balance work and school, classroom portability, and convenience. But there are potential shortcomings as well, including the lack of student-instructor interaction and a student not understanding the instructor’s expectations. A key mechanism to convey expectations while increasing student-instructor communication is relevant, timely, constructive, and balanced instructor feedback.
Abstract
At one of Ontario’s largest universities, the University of Ottawa, course evaluations involve about 6,000 course sections and over 43,000 students every year. This paper-based format requires over 1,000,000 sheets of paper, 20,000 envelopes, and the support of dozens of administrative staff members. To examine the impact of a shift to an online system for the evaluation of courses, the following study sought to compare participation rates and evaluation scores of an online and paper-based course evaluation system. Results from a pilot group of 10,417 students registered in 318 courses suggest an average decrease in participation rate of 12–15% when using an online system. No significant differences in evaluation scores were observed. Instructors and students alike shared positive reviews about the online system; however, they suggested that an inclass period be maintained for the electronic completion of course evaluations.
Colleges are wrestling with the financial havoc and technological logistics of a hellish year. But 2020’s Covid-19 pandemic and increased racial strife are also prompting revisions in college curricula. The nation is traumatized, and the content of academic programs, not just how they are delivered, must reflect that reality, said college leaders, students, faculty
members, and higher-education experts who spoke with The Chronicle.
“We need not just mourn with our students but empower them to understand the context of the moment, the history of their community, and ways they can be active agents in improving society,” said Melanye Price, a professor of political science at Prairie View A&M University, a historically Black institution in Texas.
impact on education at all levels. In the past, new technologies such as the telephone, radio, television, cassettes, satellites, and computers were all predicted to bring about a revolution in education. However, after the initial hype, these new technologies left a marginal impact on the general practice of education, each finding a niche, but not changing the essential process of a teacher
personally interacting with learners.
However, the Internet and, especially, the World Wide Web are different, both in the scale and the nature of their impact on education. Certainly, the web has penetrated teaching and learning much more than any other previous technology, with the important exception of the printed book. Indeed, it is possible to see parallels between the social and educational influence of both mechanically printed books and the Internet on post-secondary education, and these parallels will be explored a little further in this chapter.
The application of the Internet to teaching and learning has had both strong advocates and equally strong critics. Electronic learning has been seized upon as the next commercial development of the Internet, a natural extension of ecommerce.
John Chambers, the CEO of the giant American Internet equipment company, Cisco, described education as the next Internet “killer application” at the Comdex exhibition in Las Vegas in 2001 (Moore and Jones, 2001). Chambers linked several concepts together: e-learning is necessary to improve the quality of education; e-learning is necessary to improve the quality of the workforce; and a highly qualified technology workforce is essential for national economic development and competitiveness.
This guide contains practical steps that will help public sector agencies and departments develop a social media strategy and policy to gain maximum value from social media efforts. It also outlines some smart records retention practices—so you’ll be better prepared to respond to open records requests or other e-discovery needs when they arise.
Social media, when used in a corporate setting, represents a balancing act of rewards and risks for IT, business and senior management in virtually any organization or industry:
• Rewards in the context of new business opportunities that can be created, the competitive differentiation that a company can enjoy from intelligent use of social media, the ability to build customer loyalty, and the new channels of communications that open up with current and prospective customers. Risks from the inappropriate content that can be posted on social media sites, the malware that can enter a network through short URLs or phishing attacks, and the failure to retain
important business records posted on social media. In short, although social media is a relatively new communication and information management channel relative to more traditional tools like email or instant messaging, the same fundamental
management requirements apply: social media must be monitored for malware and inappropriate content, and relevant business records sent through social media must be retained and easily accessible for as long as necessary.
KEY TAKEAWAYS
There are four important points made in this white paper:
Social media management – by virtue of the sheer numbers of social media users and the importance of the applications for which the technology is used – cannot be ignored by corporate decision makers.
Social media creates a number of potential risks for firms of any size and across all industries. These risks are focused primarily on a) the ingress of malware that could wreak financial or other havoc in an organization; b) the potential for employees to post content that could harm their employer; and c) not retaining business records that must be preserved to satisfy legal, regulatory or other obligations. Any organization – whether or not it sanctions the use of social media must develop detailed policies focused on how and when social media can and cannot be used. The technologies exist to monitor and archive social media content in a way that can minimize corporate risk – every organization should evaluate and deploy technologies that will meet their requirements.
Last week in this space, I asked a group of thoughtful observers a set of questions about what colleges' sudden, widespread shift to remote learning might mean for the future of online education. The column seemed to strike a chord with a lot of readers -- many
positively. But others suggested that the questions I posed, and the people I posed them to, weren't the ones front and center for "the situation we're in," as George Station, a lecturer and faculty associate at California State University Monterey Bay, put it on Twitter.
The robots are coming. Future-gazers have been making that prediction at least since Alan Turing speculated in 1950 about the possibility of a machine that could fool an interlocutor into believing that they were talking to another person.
But the imminent arrival on our roads of self-driving cars (see the article “How do we decide what is right? The ethicist’s view”, below) has brought home to many people that the kinds of artificially intelligent machines long imagined by science fiction writers and visionary scientists
are finally being realised.
Just as a child who has learned to grasp stretches out its hand for the moon as it would for a ball, so humanity, in all its efforts at innervation, sets its sights as much on currently utopian goals as on goals within reach. Because . . . technology aims at liberating human beings from drudgery, the individual suddenly sees his scope for play, his field of action, immeasurably expanded. He does not yet know his way around this space. But already he reg-isters his demands on it. (Benjamin, 1936/2008, p. 242)
What would happen if you were to arrive to your classroom, unplug the devices, turn off the projector, and step away from the PowerPoint slides … just for the day?
What would you and your students do in class?
This was the challenge I presented to 100 faculty members who attended my session at the Teaching Professor Conference in St. Louis this past June. The title of the session was, “Using ‘Unplugged’ Flipped Learning Activities to Engage Students.” Our mission was to get “back to the basics” and share strategies to engage students without using technology.
It was in 2007 that I compiled the first Top 100 Tools for Learning from the votes of learning professionals worldwide and have done so every year since then. This year to mark the 10th anniversary I have compiled the TOP 200 TOOLS FOR LEARNING 2016. The full list appears in the left-hand sidebar; follow the links to find out more about each of the tools. The slideset of the Top 200 Tools is embedded at the bottom of this page.
Lead-Deadwood Elementary School in the Black Hills of Western South Dakota has a problem. Students need science.
Real science for real kids — the kind that sparks students’ imagination. Second grade teacher Carol Greco contacts the world’s largest underground laboratory, the Deep Underground Science and Engineering Lab (DUSEL). One mile under South Dakota, the lab is not accessible to students. But this doesn’t stop Dr. Warren Matthews, DUSEL’s cyber-infrastructure chief engineer. As a scientist, Warren knows engaging elementary students with science means finding a “hook.” That hook comes in the form of puppets — and not the brown paper bag variety.
Patty Petrey Dees, distance learning director for the Center for Puppetry Arts in Atlanta, Ga., starts to work her digital magic and begins researching what scientific content the lab can use for Carol’s classroom. Patty envisions nanotechnology
dancing in virtual micro cities and students playing the role of engineers in a virtual mission control room as their astronaut puppets explore deep space. This is a far cry from the current most popular elementary school distance learning topics — the lifecycle of a butterfly and paleontology lessons from puppetized dinosaurs — at the Center for Puppetry Arts.
Watching first graders wiggle and giggle at the crystallization movements of crafted butterfly puppets is good, but watching them explore the world of dark matter through puppets is better.
This is extreme puppetry through technology with digital content that has supersized itself. For Carol, the ability to incorporate a sense of discovery and real-world problem solving into her classroom is critical. She wants to bring difficult science, technology, engineering and math (STEM) topics closer to home. Using every available technology in her classroom, from the electronic whiteboard to individual laptops, she sets the virtual puppet stage to bring STEM out of the physical text and into the virtual world. The infrastructure that seamlessly allows this to happen stays in the background, empowering Carol to teach, Warren to share his scientific expertise, and Patty to provide the instructional tools that link learning to laughing as the puppets play. This type of education really rocks. Teaching difficult STEM topics to elementary students does not immediately conjure up puppets and interactive video conferencing as critical tools, yet these technologies link the arts and science in a way that fully engages students’ imaginations.
Second graders cannot tour the remote South Dakota lab, but they can do the next best thing by inviting the lab to
come to them. Best of all, the lab is accessible through technology and content that they understand.
Certaines données utilisées dans ce guide sont tirées du projet de recherche-action Modes de travail et de collaboration
à l’ère d’Internet réalisé sous l’égide du CEFRIO. Ce projet visait essentiellement à étudier la mise en place,
le fonctionnement, l’évolution et les résultats générés par une série de communautés de pratique virtuelles. Rappelons
qu’il poursuivait trois grands objectifs :
Teaching with digital and social technologies often produces stress and tension for teachers and students alike, but I suspect much of that comes from an unclear explanation of why a particular tool is being used and comfort, or lack thereof, with its use. Digital and social technologies are attractive in many ways and we can get excited about working with them, especially in this era where students are dubbed "digital natives." But these tools require we think about their purpose, method, and audience just as carefully as when we design an essay prompt, a problem set, or any other assessment exercise.
Love it or hate it, social media is no passing fad -- and increasingly it’s intertwined with more traditional academic platforms. Numerous scholars have popular blogs, for example, on which they test out new ideas and share research. Other academics have made names for themselves on Twitter or Facebook -- both to the benefit and detriment of their respective careers.
It happened seemingly overnight, but suddenly the education community is all a-Twitter. Or is it? That’s what Faculty Focus set out to learn when it launched in July 2009 a survey on the role of Twitter in higher education. The survey asked college and university faculty about their familiarity and use of the micro-blogging service, if any, as well as whether they expect their Twitter use to increase or decrease in the future.
This report represents the second annual survey on Twitter usage and trends among college faculty. This year's survey, like that conducted in 2009, sought answers to some of the fundamental questions regarding faculty members' familiarity, perception, and experience with the micro-blogging technology, as well as whether they expect their Twitter use to increase or decrease in the future. We also examined year-to-year comparisons to see how the Twitter landscape has changed during the past 12 months. The 2010 Faculty Focus survey of nearly 1,400 higher education professionals found that more than a third (35.2 percent) of the 1,372 respondents who completed the survey in July-August 2010 use Twitter in some capacity. That's up from 30.7 percent in 2009. Meanwhile, the percentage of educators who never used Twitter decreased from 56.4 percent in 2009 to 47.9 percent in 2010. The remaining 16.9 percentage consists of those who tried Twitter, but stopped using it —an increase from 12.9 percent in 2009.
Of those who currently use Twitter, the most common activities include “to share information with peers†and “as a real-time news source.†Instructional uses, such as “to communicate with students†and “as a learning tool in the classroom†are less popular, although both activities saw increases over the previous year. Meanwhile, a number of non-users expressed concerns that Twitter creates poor writing skills and could be yet another classroom distraction. Many also noted that very few of their students use Twitter. Finally, a new trend that emerged this year centred on the belief that many feel they already have too many places to post messages or check for student questions/comments. As one professor put it, “I have no interest in adding yet another communication tool to my overloaded life. In terms of future use, just over half (56.8 percent) of current Twitter users say they expect to increase their use during the coming academic year. Only 2.5 percent say their Twitter use will likely decrease, and 40.7 percent say it will stay about the same.
This 22-page report gives a breakdown of each survey question, including a sampling of the comments provided by the respondents. The comments allowed faculty to further explain how they are using Twitter, why they stopped, or why they have no interest in using it at all.
Teaching tool or distraction? One of the most vexing issues for faculty today is what to do about cell phones in the classroom. According to a study conducted by Dr. Jim Roberts, a marketing professor at Baylor University, college students spend between eight to ten hours daily on their cell phones. Regardless of whatever “no cell phone” policies we attempt to enforce in our classrooms, many of our students are sneakily checking Instagram or texting friends when they’re supposed to be engaged in solving matrices or analyzing Shakespeare.
This work explores and addresses the programmatic support of doctoral student socialization via
social media.
The Commission for the Future of Graduate Education, the Council of Graduate Schools, and the Educational Testing Service have deemed the study of historically marginalized students as being critical to address vulnerabilities with our approach to supporting these learners and strengthening our national capacity for innovation (Council of Graduate Schools and Educational
Testing Service 2010; Sowell, Allum, & Okahana, 2015). There are many milestones to celebrate regarding the experiences of marginalized students including the increase of racial and cultural diversity among doctoral students and degree completers, and the various programmatic efforts supporting them. Remarkably, the Survey of Earned Doctorates reports that African American doctoral degree attainment has increased 70% between 1993 and 2013 (National Science Foundation, 2015).
However, there is a paucity of literature qualitatively evaluating these students’ experiences as well as ways to engage
programmatic efforts to critically manage the doctoral process. Empirical evidence-based strategies are needed to examine marginalized doctoral student perceptions of their engagement with these programs as well as their usefulness in supporting degree attainment nationally. This commentary aims to identify and explore programmatic efforts supporting the socialization of historically marginalized students with an s the marginalized doctoral fluenced by social movements and the issues being addressed within the context of social media. s the marginalized doctor fluenced by social movements and the issues being addressed within the context of social media.
Do you really believe that watching a lecturer read hundreds of PowerPoint slides is making you smarter?
I asked this of a class of 105 computer science and software engineering students last semester.