As a scholar from a Midwestern university in the United States, it is easy to get caught up in local projects and forget about interesting work taking place around the globe. I experienced this recently when I took my first trip ever to Slovakia in Eastern Europe. I had the good fortune of attending DiVAI 2012, the 9th International Scientific Conference on Distance Learning in Applied Informatics. The conference took place May 2-4 at the Hotel Thermal Recreation Complex in Štúrovo, Slovakia. The map below shows Slovakia’s location west of Ukraine, sandwiched between Poland and Hungary. I have observations that I would like to share. First, the regarding people: the conference was run by academics who take their field of study very seriously. This being said, everyone’s hospitality to a visitor from the United States was first rate. My hosts were warm and friendly. The conference organizers took time to meet me and engage in interesting conversation. I learned about their universities, programs, research and distance learning practices. This was especially true during the conference receptions and a bus tour that took us to Vyšehrad, across the river in Hungary where an early Renaissance palace perches on top a spectacular hill. My wife and daughter accompanied me to the conference and were included in all the activities. Second, Slovakia itself is a beautiful country. The towns and villages are neat and quaint. The countryside is lush, green with amazing stretches of farmland. Life moves a pleasant, slower pace with time to appreciate the surroundings. The hotel complex was amazing with its natural thermal springs providing hot pools for swimming and soaking. Finally, I would be remiss if I did not mention that Slovakia is a place where academic practice and research is flourishing. I learned a great deal in the sessions and left the conference with new inspirations for my distance learning classes and great research ideas for the future. I feel that I came to Slovakia as an outsider but left as a welcomed friend. It was a great experience and I encourage everyone to take time to visit Slovakia. You will be pleasantly surprised at what you will find.
The world of higher education could be on the verge of a major paradigm shift. Sebastian Thrun, a former professor of computer science at Stanford, has stepped down from his academic post to dedicate himself to running Udacity, an online university poised to offer high quality online education. At first glance, this might not seem like a big deal because there are literally hundreds of online universities. But here’s the catch: Thrun, together with cofounder, David Evans, formed the company with a goal of providing these classes to anyone for FREE. That might send a shudder through many cash-strapped traditional universities, working hard to survive in times of budget cuts and pressure to offer more services. Udacity has powerful backing. Thrun has already used the model to provide a highly successful free course through Stanford in 2011. He and Peter Novig (Director of Research at Google) developed an “Intro to Artificial Intelligence” as an experiment and ultimately ended up with 160,000 students from all over the world. It took a small army of 2,000 volunteer translators to eliminate language barriers. The end result was highly successful.
Thrun has also dispensed with the classic idea of assigning grades. In fact, he has stated: Grades are the failure of the education system. His approach is to allow students to continue working on material until they master it. He envisions an entire class finishing at an A+ level. His vision draws on something said by Salman Khan, founder of the online Khan Academy: “When you learn to ride a bicycle, and you fail to learn a bicycle, you don’t stop to learn a bicycle, give the person a ‘D’ and move onto unicycle.” A class is about teaching and learning, not about segmenting and categorizing achievement.
Udacity’s first official course begins February 20th, 2012 and people are already gearing up to be part of the grand experiment. The next course is titled: Building Your Own Search Engine. I for one, will be watching to see what I can learn from Udacity and its new approach to teaching and learning. These ideas will begin restructuring higher education on the New Digital Shoreline. For more see Udacity.
A little over a week ago I had the good fortune to attend the MIS Department Chairs/Program Directors Conference at the University of Texas Dallas (MIS stands for Management Information Systems and is the acronym commonly used to represent the field that applies technology solutions to business problems).
One of the sessions I attended was an industry panel that focused on emerging trends in information technology and the resulting implications for MIS programs. The panelists were well-known CEOs and managers from major organizations such as Microsoft, SAP AG, and JC Penney. They talked about hiring today’s students and attributes that were important criteria for identifying the leaders of tomorrow. Venkat Kolluri, CEO of Chitika, said he looks for students that know how to ‘get stuff done.’ He used the analogy of Astronaut versus Astronomer and suggested today’s business firms need more Astronauts. He wanted student hires that were willing to get in the middle of solving problems and not just observe and describe what was out there.
This got me thinking about my best students over the years. Many of them grew up on family farms in Western Kansas. Mr. Kolluri may have been on to something with his observation. Perhaps many of these students were strong because their formative years were spent solving problems with whatever was available. My wife and I grew up in rural communities and know many instances of farmers making do with very limited resources. In other words, barbed wire and duct tape solves many problems.
Although modern corporations are not hoping that their new employees will solve problems with barbed wire and duct tape, they do appreciate problem solving skills and the ability to ‘get stuff done’. Kolluri said the person he hires won’t be saying, “I want to be a manager someday.” Instead, he or she will be say, “I like to get stuff done!”
The New Digital Shoreline: How Web 2.0 and Millennials Are Revolutionizing Higher Education offers a fine survey of the complex effects of Web 2.0 on higher education, documenting forces that educators need to know about to modify interactions with students and peers. From understanding how the population of the new Web is different with different expectations to understanding the new mindset of Web 2.0, this is packed with details supporting a reinvention of higher education to meet these new perspectives – a support which goes beyond just adding new technology to the learning mix. Higher education collections must have this new approach. Post from MBR: The Education Shelf
The classroom is going through a time of extreme change and transformation. It is interesting to observe the habits of the students during lectures. Many, particularly returning or older students, still take notes with pencil and paper. Others have preprinted PowerPoint slides downloaded from virtual learning environments and are highlighting those in class. Still others are using their laptops or, as in some of my classrooms, the university-owned desktop computers to annotate the slides during the lecture. Then there are the truly digitally inclined students. Several of them type notes directly into their email, instant messenger or Facebook account. One student even told me he was Twittering my lecture on a mobile device so he and his friends could review the notes later. I’ve asked my students who Facebook, Twitter, or IM the lectures about their habits. Some say they send the material to classmates they know. Others say they post the material to websites or social networking walls that have been created for the class. One student uses a virtual flashcard software package to take that day’s lecture material and transform it into a study aid. He makes it available to anyone who wants to see it and says students from other universities using the same textbook have worked with him to create decks of flashcards and other study material of their own initiative.
The tech-savvy millennials have begun to bring their “toys” to the classroom as tools. Currently, I experiment with permitting cell phones and smart devices in my classes. I ask students not to talk/social network on personal matters but to use the technology as a data input device for notes or recording class information. Some students take photos of images projected on the screen in class. My goal is to instill appropriate mobile-technology behaviors because they will be using these devices in their professional careers. As a teacher, should I be alarmed about their desire to stay connected? Quite the opposite, I believe. Information used to be my own private asset. That is no longer true. I knew the material, where to get it, and how to parcel it out to enable a fair and equitable exam that would motivate students to read, study, and hopefully learn. Now, instead, information is available to anyone that cares to use it. This is a good thing. No—a great thing! It will ultimately free everyone to make better use of their time and progress more rapidly. In addition to the methods of taking notes I’ve already mentioned, I’ve also observed the following in my classroom:
Video Recording: Students use cell phone cameras, digital cameras, webcams on their laptops, and even small video recorders to capture the lecture and post it on the Web or email it to a classmate who is not in class. Some students ask permission, and others just turn on their video-recording device and do it. This practice makes a professor want to be sure the lecture is accurate and articulate. That recording could be around for a long time. Some professors have posted policies about video recording to describe what is appropriate and what is not. Although none of my lectures (to my knowledge) have been posted to YouTube or another video-sharing site, I have heard from colleagues that this is happening.
Audio Recordings and Podcasts: It is much easier to create an audio track of a lecture than a video. Although this may not be too effective in some courses, in others it works fine. The idea of audio recording has been around for a long time. I remember in my undergraduate years receiving a tiny tape recorder from my parents as a gift and then using it to record complicated lectures for which note-taking was difficult. I would listen to certain parts of the lecture a couple of times until it made more sense. That same technique is being used today with one major difference: Once a digital recording is made it can be copied, emailed, posted, distributed, podcasted, and so forth. I am not so vain as to believe that’s what happens to my lectures, but once in existence, the digital artifact takes on an existence of its own completely out of the professor’s control.
A variety of Web 2.0 tools are being used by students for note taking and classroom enhancement. Details of these technologies and ideas for formalizing their use in teaching will be covered in chapters 4 and 5. Brief examples of studant-initiated uses follow.
Wikis: I have noticed two types of student-initiated wikis emerging recently. One is a space made available by teachers. Students are invited to contribute their notes as shared content in productive ways. Generally, these wikis are “reset” at the end of a semester so the next group of students can enjoy the same learning benefits as the previous one. A few wikis using this model are more persistent, and subsequent classes start with the existing material and continue upgrading and improving it. Students add to the wiki during or after class using laptops, mobile devices, or other computing platforms.
The second type of wiki is fully student created. It usually persists beyond the semester. These wikis are often oriented toward important information for exams and may provide answers for chapter end questions. Wikis such as these often are maintained by student organizations (e.g., sororities or fraternities). In my opinion, these wikis will eventually become larger and more interconnected. Students from all around the world can add material based on class subject, textbook, or other attribute to engage in global learning and information-exchange experiences.
Blogs: Several students blog their classroom notes, but this lacks the power of community development The students who blog report they use it as a tool of convenience and to avoid losing notes if their computer crashes or they misplace their USB drive.
Twitter (Microblogging): When smart mobile devices are permitted in class, Twitter and microblogging becomes a viable tool. Students can text small messages about class content, important concepts, reminders, and other material to themselves. Twitter can also permit students to organize and interact with classmates who share their tweets with one another. A historical record of their tweets becomes available on the Web and can be used as a basis for studying or creating a more detailed set of notes later. Several of my students tell me that Twittering during class has improved their ability to recall important concepts and gives them a huge advantage when it comes to studying.
Social Networking: It almost goes without saying that today’s tech-savvy millennial uses social networking as an education enhancement tool. I have students Facebooking in class every day. Once during my lecture, I used my laptop to send messages to a couple of students I knew were on Facebook. I watched their expressions change and sheepish smiles creep across their faces. Did they stop Facebooking? Of course not. They were using it to jointly take notes and create a record of the class lecture. At the same time they were chatting. In the true timeslicing sense of a tech-savvy millennial, they were also posting comments, humorous in their minds I’m sure, and browsing through a couple of websites, reading up on the upcoming K-State football game.
I frequently see my daughter doing homework while communicating with her friends who are logged in to Facebook. Is this bad? Something we should stop? Of course not. They are learning in teams in a cooperative way. This is what we’ve been trying to teach, but without such a useful tool. Leave it to them to learn on their own, especially because networking has become truly useful, beneficial, and fun.
Cell Phones and Smart Mobile Devices: In the survey I hand out to tech-savvy millennials during my high school talks, one finding remains constant: the universal love of cell phones and smart mobile devices. One question asks which technology they would be unable to survive without. In my youth, it was television. Then, over time, video games (like Nintendo 64) gained favor, giving way to computers with Internet access. Now, overwhelmingly, 90 + percent of student respondents cite smart mobile devices as the technology that makes their lives worth living! They are the ultimate timeslicer’s tool. Many tech-savvy millennials consider text messaging, Internet, music, digital imaging, voice, and video all as integral and natural parts of their mobile devices.
After giving the survey, I often ask the students why they can’t live without smart mobile devices but can live without the Internet. One student in the back yelled out: “My phone is the Internet so I don’t need it separately.” The others murmured in agreement. It wasn’t the point I was trying to make, but it illuminated the topic. The tech-savvy millennial doesn’t necessarily see a dividing point between their mobile phone, digital networks, and themselves. The student feels part of the system, a node on the network. So for a timeslicer, a mobile device provides the ability to walk, talk, listen to music, snap photos, and text a friend at nearly the same time. This tool, which I still fumble with, has become the symbol of a generation, and anytime a teacher takes them “offline” and makes them shut off their mobile devices, these students feel stressed. Mobile devices are data-entry tools for the tech-savvy millennial and are the key interface point that makes them a node on the Web.
Instant Messaging and Texting: A quick and dirty, less persistent social networking application, students often use IM as a computer-mediated communication technique that enables classroom note taking. IM uses laptops and computers as a platform. Texting is the same thing done with mobile devices. You can imagine all the possibilities this technology enables. On the simplest level, answers to in-class problems can be exchanged. This, of course, is not how a teacher hopes students will use their capabilities. Taking it one step further, if homework or in-class assignments are being completed, students may compare their results and explore why certain answers differ. In a sense, this helps them understand where they went wrong and how to fix their errors. Along these same lines, I have seen students photograph solutions to math problems and then share the documents using IM software. In an ideal world, students would work together to take lecture notes and then cooperatively solve in-class problems to understand concepts.
Live Streaming: One period, I had an international student in class position a small Webcam on her desk and point it toward me as I lectured. Afterward, I approached her, assuming she had digitally recorded the lecture for later use. There was no recording, she said. Instead the entire lecture had been streamed out through a website called Stickam.com. A friend of hers was traveling and unable to attend class that day but had watched it remotely through Stickam’s live broadcasting capabilities.
Tablet Devices: The release of Apple’s iPad tablet device impacted the classroom almost immediately. It makes functions performed on smart mobile devices easier with a larger screen and smoother interface. Wikis, blogs, IM, and social networking all become more manageable. Students use tablets to view class material posted in VLEs or on websites. Electronic textbooks can be accessed and annotated during class on these devices. Podcasts can be obtained easily from iTunes University. Students are able to take better notes and store, email, or microblog these out to themselves and their friends. In many ways, this class of devices may become the unifying educational platform for our students.
Hamilton, J. (2008, October 2). Think you’re multitasking? Think again. Retrieved September 18, 2010, from NPR.org: a title= href=http://www.npr.org/templates/story/storyhttp://www.npr.org/templates/story/story/a .php?storyId=95256794
Laxmisan, A., Hakimzada, F., Sayan, O. R. (2007). The multitasking clinician: Decision-making and cognitive demand during and after team handoffs in emergency care. International Journal of Medical Informatics 76(11), 801-811.
Wikipedia. (2010b). Computer multitasking. Retrieved September 2010, froma title= href=http://en.wikipedia.org/wiki/Computer_multitaskinghttp://en.wikipedia.org/wiki/Computer_multitasking/a
Ophir, E., Nass, C., Wagner, A. D. (2010). Cognitive control in media multi-taskers. Proceedings of the National Academy of Sciences of the United States of America [PDF] (pp. 15583-15587). Retrieved froma title= href=http://www.pnas.org/content/106/37/15583.full.pdf+htmlhttp://www.pnas.org/content/106/37/15583.full.pdf+html/a
Originally posted at: http://derekbruff.com/site/tomprof/?p=139
From: Chapter Two, Indigenous Populations on the Shoreline in the book, The New Digital Shoreline: How Web 2.0 and Millennials Are Revolutionizing Higher Education, by Roger McHaney. Published by Stylus Publishing, LLC. 22883 Quicksilver Drive, Sterling Virginia 20166-2102. [http://www.styluspub.com/] Copyright © 2011Stylus Publishing, LLC. All rights reserved. Reprinted with permission.
Keeping up with the tech-savvy: Professor’s new book looks at how smartphones, tablet computers reshaping learning and teaching
MANHATTAN — College students are bringing their playthings — laptops, smartphones, tablet computers — into the classroom, and that’s good news for professors and for higher education, according to a Kansas State University expert.
Roger McHaney, a K-State management professor who specializes in education technology and training, is the author of the new book, “The New Digital Shoreline: How Web 2.0 and Millennials are Revolutionizing Higher Education.”
McHaney, the Daniel D. Burke Chair for Exceptional Faculty and a university distinguished teaching scholar, says professors shouldn’t view today’s mobile information devices as distractions, but rather as tools for learning. In his book, he makes the case for changes institutions must make to attract and engage today’s students.
“Two forces beyond our control — Web. 2.0 and tech-savvy millennials on campus — are shaping what I call the new digital shoreline of higher education,” McHaney said.
McHaney says his book, released by Stylus, is a tool for new and seasoned teachers to understand how today’s students get their information and how things like smartphones can help professors teach in new and improved ways.
“Web 2.0, social media and the constant flow of information that we are all exposed to are not only changing the way that we communicate, but the way students learn and professors teach,” he said. “Mobile apps, content sharing and these tech-savvy students can become assets in the classroom, even if they sometimes seem distracting.”
McHaney said that new ways of communicating with students can help create a base for lifelong learning.
“These students are motivating us to see the potential of the vast, co-created information resources within interconnected nodes,” he said. “We’re being challenged to rethink information creation, storage and delivery.”
Mobile information devices also provide students with new capabilities.
“They are time-slicers, shape-shifters, creators and mobile connectors. Their playthings will be the tools of their future,” he said.
The book’s eight chapters cover such subjects as platforms for learning, Web 2.0 and social learning, what students are finding on this new digital shoreline, what teachers can do beyond just adding new technology and more.
Along with education technology, McHaney’s research areas include discrete event simulation, computer-mediated communication systems and organization computing. His work has been published in numerous journals and he has lecture around the world. McHaney has written for textbooks and he has developed a variety of instructional materials, including ELATEwiki.