Navigating the online information maze: should students trust Wikipedia?

Do we know where to find the most credible information in an age of digital literacy? Shutterstock

Being literate used to be about knowing how to read. In the 21st century it also means knowing how to negotiate through the torrent of information coming at you from all directions. Information Fatigue Syndrome, or “Infoglut” is a defining issue of modern life. For students particularly, it is getting harder to find useful, quality information.

Information literacy to digital literacy

Educators have been teaching information literacy skills to students for many decades: learning to read, how to use libraries etc. Now with the increasing amount of information on the internet, it is more important than ever for higher education to teach students to apply these metacognitive skills — searching, retrieving, authenticating, critically evaluating and attributing material — to the online environment.

Digital information literacy skills have already been recognised as essential for study and for students’ future employability.

Academia has long discouraged students from using general search engines like Google and crowd-sourced information resources like Wikipedia for their assignments. It’s no big surprise, though, that students continue to access these resources. That may not be such a bad thing.

The crowd-sourcing review practices of Wikipedia, though criticised for favouring rapid turnaround over reliability, are forcing educators to reconsider the value and credibility of digital resources, or at least to rethink their attitude towards them. As scandalous as it might sound to old-school academics, Wikipedia is arguably subject to more rigorous review practices than are many scholarly publications.

Any interested party can contribute to a Wikipedia page. This community of gatekeepers, which is not unlike a community of scholars united by a common interest, assures quality of content. The influence of a minority of rogues is unlikely to taint the overall quality for long.

Who determines the value of knowledge?

The traditional academic attitude to crowd-sourced content raises serious questions about who determines the value of knowledge. Why should a journal article reviewed by a relatively small, self-selected group of academics be regarded as more valuable than an article in Wikipedia, which has been peer-reviewed by possibly thousands of interested readers?

The value of online information will undoubtedly differ in certain disciplines. A medical student is unlikely to rely on content generated from a search engine. I, for one, certainly hope that individuals in the medical profession draw on information from scholarly publications and not the top Google entry, which could be a popular blog or tabloid newspaper.

But for highly technical, fast-moving fields, such as information technology (IT), the lagbetween journal article submission and publication invariably means that this information is outdated before it is released.

A student writing about emerging technologies, for example, needs access to, and institutional permission to use, information that is available via online newspapers, blogs, RSS feeds, wikis and social media sites. Digital literacy skills can help them sift the wheat from the chaff.

A threat to the gatekeepers

Unfortunately, these new forms of knowledge construction represent a potential threat to the authority of academic gatekeepers. Unsurprisingly, these educators shun Wikipedia and insist on the use of peer-reviewed sources alone.

This archaic practice continues despite demands from employers for graduates who can critically judge the validity and reliability of online information.

Higher education institutions need to equip students with digital literacy skills. Otherwise, new modalities of education, such as Massive Open Online Courses or MOOCs, are likely to become increasingly popular, threatening traditional models over time. While disciplines that rely heavily on practical instruction, such as medicine, will retain their value, highly technical and fast-moving fields such as IT may be at risk.

How then can formal institutions remain relevant in the digital age with the proliferation of MOOCs?

Keeping formal institutions relevant

Students want an easy and reliable way to quickly validate online information. Unfortunately, many are not comfortable using materials outside those that are institutionally provided. As educators, we need to find ways to teach students how to cut through the noise and find quality information.

This raises questions about what an education that incorporates the development of digital literacy skills would actually look like.

The annotated bibliography is certainly not a novel idea. For countless years it has allowed students to demonstrate how they account for the currency, relevance and authority of information. If this task has worked so successfully for printed texts, surely it can be adapted for the digital environment.

The incredibly popular image-sharing platform Pinterest may be unintentionally fostering the development of these skills. Users are seduced by the aesthetically pleasing pictorial representation of ideas. Without even realising it, they are selecting, analysing and prioritising content for their own digital collections.

Other digital curation tools also function in this way.

These are just some of the tools that could be used to explore how students determine the relevance and credibility of web-based content. However, despite Infoglut, digital curation tools remain a largely untapped resource in the higher education sector. As educators, we ignore these new tools at our peril.

 

SOURCE: http://theconversation.com/navigating-the-online-information-maze-should-students-trust-wikipedia-24559

65 Feelings Kids Today Will Never Understand

1. The extreme joy of successfully burning a new CD with no errors.
2. The pain of buying the wrong CDs to burn. (CD-R vs. CD-RW… I WILL NEVER KNOW WHAT YOU MEAN.)
3. The feeling of playing that new CD for the first time in your car or CD player.
4. Realizing half of your burned CD was just fillers and you only made the CD for like two songs.
5. The annoyance of finally getting sick of that burned CD.
6. The joy of finding that burned CD two years later and jamming out to the memories of it.

7. The frustration of having someone write a passive-aggressive away message about you.
8. The rage of being blocked by one of your friends on AIM after an ~ online ~ fight.
9. The disappointment of downloading something on Kazaa and it being a fake song.
10. The disappointment of downloading a song period. HOURS.
11. The pure bliss that followed when that song was finally completed.

12. The soothing nature of Casey Kasem’s voice on Sunday mornings.
13. The joy of finding the Xanga, LiveJournal, or Dead Journal of someone you went to high school with and reading it for hours.
14. The amazement of Hit Clips technology.

15. The delight of staying home and catching a good episode of Sally, Maury, Jenny Jones, Ricki Lake, Jerry, or Leeza.
16. Good, genuinely trashy morning talk shows in general.

17. The anxiety of the black light test on Room Raiders.
18. The cultural impact of New York from VH1 reality shows.
19. The cultural impact of VH1 reality shows in general.
20. The brilliant weirdness of the facts on the Next bus.

MTV

21. Lizzie McGuire’s important hair + style influence.

22. The controversy about T.A.T.U.
23. The cultural impact of Mya.
24. The anxiousness while waiting for someone to leave a message on your answering machine.
25. Jealousy over anyone who was on Say What Karaoke. YOU COULD DO BETTER.

MTV

26. The satisfaction of getting a video game to work by blowing into the cartridge.
27. The satisfaction of remodeling your AIM profile.
28. The weirdness of SmarterChild.

29. True fear of Unsolved Mysteries.
30. True fear of Robert Stacks’ voice.

31. The frustration of opening a new CD because all of those goddamn stickers.
32. The anticipation of getting a disposable camera developed.
33. The annoyance of half of those pictures turning out overexposed/blurry.
34. The fun of sharing doubles with your friends.

35. The intense competition between Britney and Christina.
36. The even more intense competition between Backstreet and NSYNC.
37. What it meant to be a Backstreet Boys fan vs. an NSYNC fan.

Chris Hondros / Getty Images

38. The impact of “Lady Marmalade.”
39. The impact of Ja Rule.
40. The impact of Ashanti.
41. The impact of them both together.

65 Feelings Kids Today Will Never Understand

42. The devastation when Nick and Jessica broke up.

43. The frustration of fitting a CD player in your pocket.

44. The feeling that Facebook was exclusive.
45. The feeling that MySpace was cool.
46. The thrill of catching the TV Guide Channel just as it was starting over.
47. The thrill of using AIM at school.

48. Getting extremely confused/scared over “%n” and falling for it every time.

49. The amusement of opening a new CD and seeing what the design on the physical CD was like.

50. The horrific feeling of accidentally IMing someone random on your buddy list.
51. The struggle of playing Gameboy in the dark.

52. The significance of Freddie Prinze Jr.

53. The feeling of being someone’s No. 1 on their top 8.
54. The feeling of seeing yourself in someone’s top 8 that you weren’t really THAT good of friends with.

55. The anger of using Encarta and not finding what you needed.

56. The frustration of a movie you wanted to see not being at Blockbuster.
57. The pain of going to places using printed out MapQuest directions and then getting lost and being completely screwed.

58. The significance of “Thong Song.”
59. The thrill of nurturing a Tamagotchi from a baby to an adult.

60. The excitement of using different search engines like Alta Vista, Dog Pile, and Ask Jeeves even though they all had the same results.

61. The pain of rewinding.
62. The aggravation of your Internet Explorer freezing.

63. The momentousness of Brittany Murphy dying.
64. And Lisa “Left Eye” Lopes.
65. And Aaliyah.

10 Ways Artificial Intelligence Can Reinvent Education

“Artificial Intelligence (AI) already plays a role in grading essays, largely at the level of discerning infractions of grammar and punctuation. This opens up a potential partnership between AI and teachers: we let AI do the dirty work (find all those annoying run-ons and fragments) while we humans read for meaning and ideas. But what if AI could read for content? What if it could mimic us so well that it could pass the Turing Test, so that students couldn’t tell whether they were receiving feedback from a machine or a human?”

Source

For decades, science fiction authors, futurists, and movie makers alike have been predicting the amazing (and sometimes catastrophic) changes that will arise with the advent of widespread artificial intelligence. So far, AI hasn’t made any such crazy waves, and in many ways has quietly become ubiquitous in numerous aspects of our daily lives. From the intelligent sensors that help us take perfect pictures, to the automatic parking features in cars, to the sometimes frustrating personal assistants in smartphones, artificial intelligence of one kind of another is all around us, all the time.

While we’ve yet to create self-aware robots like those that pepper popular movies like 2001: A Space Odyssey and Star Wars, we have made smart and often significant use of AI technology in a wide range of applications that, while not as mind-blowing as androids, still change our day-to-day lives. One place where artificial intelligence is poised to make big changes (and in some cases already is) is in education. While we may not see humanoid robots acting as teachers within the next decade, there are many projects already in the works that use computer intelligence to help students and teachers get more out of the educational experience.

Here are just a few of the ways those tools, and those that will follow them, will shape and define the educational experience of the future.

  • Artificial intelligence can automate basic activities in education, like grading. In college, grading homework and tests for large lecture courses can be tedious work, even when TAs split it between them. Even in lower grades, teachers often find that grading takes up a significant amount of time, time that could be used to interact with students, prepare for class, or work on professional development. While AI may not ever be able to truly replace human grading, it’s getting pretty close. It’s now possible for teachers to automate grading for nearly all kinds of multiple choice and fill-in-the-blank testing and automated grading of student writing may not be far behind. Today, essay-grading software is still in its infancy and not quite up to par, yet it can (and will) improve over the coming years, allowing teachers to focus more on in-class activities and student interaction than grading.
  • Educational software can be adapted to student needs. From kindergarten to graduate school, one of the key ways artificial intelligence will impact education is through the application of greater levels of individualized learning. Some of this is already happening through growing numbers of adaptive learning programs, games, and software. These systems respond to the needs of the student, putting greater emphasis on certain topics, repeating things that students haven’t mastered, and generally helping students to work at their own pace, whatever that may be. This kind of custom tailored education could be a machine-assisted solution to helping students at different levels work together in one classroom, with teachers facilitating the learning and offering help and support when needed. Adaptive learning has already had a huge impact on education across the nation (especially through programs like Khan Academy), and as AI advances in the coming decades adaptive programs like these will likely only improve and expand.
  • It can point out places where courses need to improve. Teachers may not always be aware of gaps in their lectures and educational materials that can leave students confused about certain concepts. Artificial intelligence offers a way to solve that problem. Coursera, a massive open online course provider, is already putting this into practice. When a large number of students are found to submit the wrong answer to a homework assignment, the system alerts the teacher and gives future students a customized message that offers hints to the correct answer. This type of system helps to fill in the gaps in explanation that can occur in courses, and helps to ensure that all students are building the same conceptual foundation. Rather than waiting to hear back from the professor, students get immediate feedback that helps them to understand a concept and remember how to do it correctly the next time around.
  • Students could get additional support from AI tutors. While there are obviously things that human tutors can offer that machines can’t, at least not yet, the future could see more students being tutored by tutors that only exist in zeros and ones. Some tutoring programs based on artificial intelligence already exist and can help students through basic mathematics, writing, and other subjects. These programs can teach students fundamentals, but so far aren’t ideal for helping students learn high-order thinking and creativity, something that real-world teachers are still required to facilitate. Yet that shouldn’t rule out the possibility of AI tutors being able to do these things in the future. With the rapid pace of technological advancement that has marked the past few decades, advanced tutoring systems may not be a pipe dream.
  • AI-driven programs can give students and educators helpful feedback. AI can not only help teachers and students to craft courses that are customized to their needs, but it can also provide feedback to both about the success of the course as a whole. Some schools, especially those with online offerings, are using AI systems to monitor student progress and to alert professors when there might be an issue with student performance. These kinds of AI systems allow students to get the support they need and for professors to find areas where they can improve instruction for students who may struggle with the subject matter. AI programs at these schools aren’t just offering advice on individual courses, however. Some are working to develop systems that can help students to choose majors based on areas where they succeed and struggle. While students don’t have to take the advice, it could mark a brave new world of college major selection for future students.
  • It is altering how we find and interact with information. We rarely even notice the AI systems that affect the information we see and find on a daily basis. Google adapts results to users based on location, Amazon makes recommendations based on previous purchases, Siri adapts to your needs and commands, and nearly all web ads are geared toward your interests and shopping preferences. These kinds of intelligent systems play a big role in how we interact with information in our personal and professional lives, and could just change how we find and use information in schools and academia as well. Over the past few decades, AI-based systems have already radically changed how we interact with information and with newer, more integrated technology, students in the future may have vastly different experiences doing research and looking up facts than the students of today.
  • It could change the role of teachers. There will always be a role for teachers in education, but what that role is and what it entails may change due to new technology in the form of intelligent computing systems. As we’ve already discussed, AI can take over tasks like grading, can help students improve learning, and may even be a substitute for real-world tutoring. Yet AI could be adapted to many other aspects of teaching as well. AI systems could be programmed to provide expertise, serving as a place for students to ask questions and find information or could even potentially take the place of teachers for very basic course materials. In most cases, however, AI will shift the the role of the teacher to that of facilitator. Teachers will supplement AI lessons, assist students who are struggling, and provide human interaction and hands-on experiences for students. In many ways, technology is already driving some of these changes in the classroom, especially in schools that are online or embrace the flipped classroom model.
  • AI can make trial-and-error learning less intimidating. Trial and error is a critical part of learning, but for many students, the idea of failing, or even not knowing the answer, is paralyzing. Some simply don’t like being put on the spot in front of their peers or authority figures like a teacher. An intelligent computer system, designed to help students to learn, is a much less daunting way to deal with trial and error. Artificial intelligence could offer students a way to experiment and learn in a relatively judgment-free environment, especially when AI tutors can offer solutions for improvement. In fact, AI is the perfect format for supporting this kind of learning, as AI systems themselves often learn by a trial-and-error method.
  • Data powered by AI can change how schools find, teach, and support students. Smart data gathering, powered by intelligent computer systems, is already making changes to how colleges interact with prospective and current students. From recruiting to helping students choose the best courses, intelligent computer systems are helping make every part of the college experience more closely tailored to student needs and goals. Data mining systems are already playing an integral role in today’s higher-ed landscape, but artificial intelligence could further alter higher education. Initiatives are already underway at some schools to offer students AI-guided training that can ease the transition between college and high school. Who knows but that the college selection process may end up a lot like Amazon or Netflix, with a system that recommends the best schools and programs for student interests.
  • AI may change where students learn, who teaches them, and how they acquire basic skills. While major changes may still be a few decades in the future, the reality is that artificial intelligence has the potential to radically change just about everything we take for granted about education. Using AI systems, software, and support, students can learn from anywhere in the world at any time, and with these kinds of programs taking the place of certain types of classroom instruction, AI may just replace teachers in some instances (for better or worse). Educational programs powered by AI are already helping students to learn basic skills, but as these programs grow and as developers learn more, they will likely offer students a much wider range of services. The result? Education could look a whole lot different a few decades from now.

20 Basic skills EVERY educator should have for the 21st century (16-20)

Source

During the last 15 years, we in education have moved at light speed in the area of educational technology. Whether you are involved in higher ed, secondary ed, elementary ed, or special ed, all of us find it difficult to catch up, keep up, and put up with fast-moving computer-based technology. Not since the introduction of the blackboard have we seen a piece of equipment make such a difference in how we teach. Today, not only do we use computers, but we also have laptops, wireless laptops, and tablet PCs. In addition, we have the World Wide Web, scanners, CD burners, USB drives, digital cameras and digital video cameras, PDAs, as well as video and DVD players. And most educators use a variety of tools-including video, e-mail, desktop conferencing, online programs such as WebCT and Blackboard, as well as video conferencing-to teach. Thus, it is no longer acceptable for educators to be technology illiterate.

With that in mind, here is a comprehensive listing of the technology skills that every educator should have. Because as computer and associated technologies continue to change and evolve, educators must continue to strive for excellence in their work. Today that includes continued time and effort to maintain and improve their technology skills (as much as some educators do not want to admit).

Here are 20 basic technology skills that all educators should now have:

  1. Word Processing Skills
  2. Spreadsheets Skills
  3. Database Skills
  4. Electronic Presentation Skills
  5. Web Navigation Skills
  6. Web Site Design Skills
  7. E-Mail Management Skills
  8. Digital Cameras
  9. Computer Network Knowledge Applicable to your School System
  10. File Management & Windows Explorer Skills
  11. Downloading Software From the Web (Knowledge including eBooks)
  12. Installing Computer Software onto a Computer System
  13. WebCT or Blackboard Teaching Skills
  14. Videoconferencing skills
  15. Computer-Related Storage Devices (Knowledge: disks, CDs, USB drives, zip disks, DVDs, etc.)
  16. Scanner Knowledge
  17. Knowledge of PDAs
  18. Deep Web Knowledge
  19. Educational Copyright Knowledge
  20. Computer Security Knowledge

16. Scanner Knowledge

Educators should know how to use a scanner and what OCR capacity is. See the following Web sites for helpful information and tutorials.

17. PDAs Knowledge

Educators should now what a PDA is and who to use one. See the following Web sites for helpful information and tutorials.

18. Deep Web Knowledge

Educators should know what the deep web is and how to use it as a resource tool. See the following Web sites for helpful information and tutorials.

19. Educational Copyright Knowledge

Educators should understand the copyright issues related to education including multimedia and Web-based copyright issues. See the following Web sites for helpful information and tutorials.

20. Computer Security Knowledge

Educators should know about basic computer security issues related to education. See the following Web sites for helpful information and tutorials.

20 Basic skills EVERY educator should have for the 21st century. (11-15)

Source

During the last 15 years, we in education have moved at light speed in the area of educational technology. Whether you are involved in higher ed, secondary ed, elementary ed, or special ed, all of us find it difficult to catch up, keep up, and put up with fast-moving computer-based technology. Not since the introduction of the blackboard have we seen a piece of equipment make such a difference in how we teach. Today, not only do we use computers, but we also have laptops, wireless laptops, and tablet PCs. In addition, we have the World Wide Web, scanners, CD burners, USB drives, digital cameras and digital video cameras, PDAs, as well as video and DVD players. And most educators use a variety of tools-including video, e-mail, desktop conferencing, online programs such as WebCT and Blackboard, as well as video conferencing-to teach. Thus, it is no longer acceptable for educators to be technology illiterate.

With that in mind, here is a comprehensive listing of the technology skills that every educator should have. Because as computer and associated technologies continue to change and evolve, educators must continue to strive for excellence in their work. Today that includes continued time and effort to maintain and improve their technology skills (as much as some educators do not want to admit).

Here are 20 basic technology skills that all educators should now have:

  1. Word Processing Skills
  2. Spreadsheets Skills
  3. Database Skills
  4. Electronic Presentation Skills
  5. Web Navigation Skills
  6. Web Site Design Skills
  7. E-Mail Management Skills
  8. Digital Cameras
  9. Computer Network Knowledge Applicable to your School System
  10. File Management & Windows Explorer Skills
  11. Downloading Software From the Web (Knowledge including eBooks)
  12. Installing Computer Software onto a Computer System
  13. WebCT or Blackboard Teaching Skills
  14. Videoconferencing skills
  15. Computer-Related Storage Devices (Knowledge: disks, CDs, USB drives, zip disks, DVDs, etc.)
  16. Scanner Knowledge
  17. Knowledge of PDAs
  18. Deep Web Knowledge
  19. Educational Copyright Knowledge
  20. Computer Security Knowledge

11. Downloading Software from the Web Knowledge – including e-Books

All educators should be able to download software from the web and know of the major sites that can be used for this purpose. See the following Web sites for helpful information and tutorials.

e-Books

12. Installing Computer Software onto a Computer System

Educators should be able to install computer software onto a computer system. See the following Web sites for helpful information and tutorials.

13. WebCT or Blackboard Teaching Skills

Educators should be aware of these two online teaching tools and know about them and/or know how to use them to teach or take classes. See the following Web sites for helpful information and tutorials.

14. Video Conferencing skills

Educators should be able to use a video conferencing classroom and understand the basics of teaching with Video Conferencing. See the following Web sites for helpful information and tutorials.

15. Computer Related Storage Devices Knowledge.

Educators should understand and know how to use the following data storage devices: disks, CDs, USB drives, zip disks & DVDs. See the following Web sites for helpful information and tutorials.

Diskettes

CDs

USB Drives 
(also known as pen drives, flash drives, key chain drives, portable hard drives)

DVDs

Zip Disks

20 Basic skills EVERY educator should have for the 21st century (6 through 10)

Source

During the last 15 years, we in education have moved at light speed in the area of educational technology. Whether you are involved in higher ed, secondary ed, elementary ed, or special ed, all of us find it difficult to catch up, keep up, and put up with fast-moving computer-based technology. Not since the introduction of the blackboard have we seen a piece of equipment make such a difference in how we teach. Today, not only do we use computers, but we also have laptops, wireless laptops, and tablet PCs. In addition, we have the World Wide Web, scanners, CD burners, USB drives, digital cameras and digital video cameras, PDAs, as well as video and DVD players. And most educators use a variety of tools-including video, e-mail, desktop conferencing, online programs such as WebCT and Blackboard, as well as video conferencing-to teach. Thus, it is no longer acceptable for educators to be technology illiterate.

With that in mind, here is a comprehensive listing of the technology skills that every educator should have. Because as computer and associated technologies continue to change and evolve, educators must continue to strive for excellence in their work. Today that includes continued time and effort to maintain and improve their technology skills (as much as some educators do not want to admit).

Here are 20 basic technology skills that all educators should now have:

  1. Word Processing Skills
  2. Spreadsheets Skills
  3. Database Skills
  4. Electronic Presentation Skills
  5. Web Navigation Skills
  6. Web Site Design Skills
  7. E-Mail Management Skills
  8. Digital Cameras
  9. Computer Network Knowledge Applicable to your School System
  10. File Management & Windows Explorer Skills
  11. Downloading Software From the Web (Knowledge including eBooks)
  12. Installing Computer Software onto a Computer System
  13. WebCT or Blackboard Teaching Skills
  14. Videoconferencing skills
  15. Computer-Related Storage Devices (Knowledge: disks, CDs, USB drives, zip disks, DVDs, etc.)
  16. Scanner Knowledge
  17. Knowledge of PDAs
  18. Deep Web Knowledge
  19. Educational Copyright Knowledge
  20. Computer Security Knowledge

6. Web site Design Skills

Educators should be able to design, create, and maintain a faculty/educator Web page/site. See the following Web sites for helpful information and tutorials on these skills.

7. E-Mail Management Skills

Educators should be able to use e-mail to communicate and be able to send attachments and create e-mail folders. See the following Web sites for helpful information and tutorials.

8. Digital Cameras Knowledge

Educators should know how to operate a digital camera and understand how digital imagery can be used. See the following Web sites for helpful information and tutorials.

9. Network knowledge applicable to your organization.

Educators should know the basics of computer networks and understand how their school network works. See the following Web sites for helpful information and tutorials.

10. File Mgmt & Windows Explorer Skills

All educators should be able to manage their computer files and be able to complete the following tasks; create, and delete files and folders, move and copy files and folders using the My Computer window and Windows Explorer. See the following Web sites for helpful information and tutorials.

20 Basic Skills EVERY educator should have for the 21st century. (First 5)

Source

During the last 15 years, we in education have moved at light speed in the area of educational technology. Whether you are involved in higher ed, secondary ed, elementary ed, or special ed, all of us find it difficult to catch up, keep up, and put up with fast-moving computer-based technology. Not since the introduction of the blackboard have we seen a piece of equipment make such a difference in how we teach. Today, not only do we use computers, but we also have laptops, wireless laptops, and tablet PCs. In addition, we have the World Wide Web, scanners, CD burners, USB drives, digital cameras and digital video cameras, PDAs, as well as video and DVD players. And most educators use a variety of tools-including video, e-mail, desktop conferencing, online programs such as WebCT and Blackboard, as well as video conferencing-to teach. Thus, it is no longer acceptable for educators to be technology illiterate.

With that in mind, here is a comprehensive listing of the technology skills that every educator should have. Because as computer and associated technologies continue to change and evolve, educators must continue to strive for excellence in their work. Today that includes continued time and effort to maintain and improve their technology skills (as much as some educators do not want to admit).

Here are 20 basic technology skills that all educators should now have:

Word Processing Skills
Spreadsheets Skills
Database Skills
Electronic Presentation Skills
Web Navigation Skills

Web Site Design Skills
E-Mail Management Skills
Digital Cameras
Computer Network Knowledge Applicable to your School System
File Management & Windows Explorer Skills
Downloading Software From the Web (Knowledge including eBooks)
Installing Computer Software onto a Computer System
WebCT or Blackboard Teaching Skills
Videoconferencing skills
Computer-Related Storage Devices (Knowledge: disks, CDs, USB drives, zip disks, DVDs, etc.)
Scanner Knowledge
Knowledge of PDAs
Deep Web Knowledge
Educational Copyright Knowledge
Computer Security Knowledge

 

1. Word Processing Skills

 

Educators should be able to use some type of word processing program to complete written tasks in a timely manner. See the following Web sites for helpful information and tutorials.

University of Alberta: Online Word Processing Tutorials

 

Tutorialfind.com: Word Processing Tutorials

 

2Learn.ca Education Society: Word Processing Teacher Tools

 

Essential Microsoft Office 2000: Tutorials for Teachers: Word

 

2. Spreadsheets Skills

 

Educators should be able to use some type of spreadsheet program to compile grades and chart data. See the following Web sites for helpful information and tutorials on these skills.

 

University of Alberta: Online Spreadsheet Tutorials

 

Teachnology: Spreadsheets Teaching Theme

 

Excel in TutorGig Tutorials

 

Essential Microsoft Office 2000: Tutorials for Teachers: Excel

 

Black Hills State University: Technology for Teachers: Spreadsheets

 

3. Database Skills

 

Educators should be able to use some type of database program to create tables, store and retrieve data, and query data. See the following Web sites for helpful information and tutorials on these skills.

 

University of Alberta: Online Database Tutorials

 

Technology and Telecommunications for Teachers: Database Tutorial

  • www.k12.hi.us/~tethree/01-02/tutorials/db
  • This tutorial was created by the Advanced Technology Research Branch of the Hawaii Department of Education to provide supplemental productivity tool information to teachers enrolled in the Technology Telecommunication for Teachers (T3) Program.

 

Microsoft Access Database Tutes

 

Essential Microsoft Office 2000: Tutorials for Teachers: Access

 

Black Hills State University: Technology for Teachers: Databases

 

4. Electronic Presentation Skills

 

Educators should be able to use electronic presentation software to create and give electronic presentations. See the following Web sites for helpful information and tutorials on these skills.
PowerPoint in the Classroom

 

University of Victoria: PowerPoint I

 

Steven Bell’s PowerPoint and Presentation Skills Resource Page

  • http://staff.philau.edu/bells/ppt.html
  • A list of resources that provide information and technical assistance for developing Power Point slide presentations, as well as information on designing computer-based presentations and mounting PowerPoint files on the Web.

 

University of California: Presentation/In-Class Software Tutorial & Guides

 

University of Alberta: Online PowerPoint Tutorials

 

Essential Microsoft Office 2000: Tutorials for Teachers: PowerPoint

 

5. World Wide Web Navigation Skills

 

Educators should be able to navigate the World Wide Web and search effectively for data on the Internet. See the following Web sites for helpful information and tutorials on these skills.

 

Black Hills State University: Search Engines

Finding Information on the Internet: A Tutorial

 

Searching the Web in the Yahoo! Directory

 

Online Writing Lab: Searching the World Wide Web

 

How to be a WebHound

 

ICYouSee: T is for Thinking

This is the first of a four part series on technology tools that educators need for the 21st century classroom and preparing our students for the global economy.

Here’s What Our Smartphone Obsession Looks Like … In 26 Photos

One in every five people owns a smart phone. That’s more than one billion people. Our devices have become an extension of ourselves; they are company in some of the most monumental, meaningful and intimate experiences of our lives. We bring them to the bathroom. We keep them near us while we sleep. We invite them to dinner. We clutch them tightly when we meet the Pope.

Technology’s pervasiveness seems innocuous at first. A five-minute walk with the dog on a nature trail becomes a five-minute window to check email. A couple of scrolls through Instagram while Spike does his thing appears harmless, but we miss the little off-screen moments that make life better and even decrease our stress. (And sleeping with your phones is just a bad idea.)

We’re only getting more hooked. Over the past half-decade, smartphone use has increased exponentially. Our reliance on these device has evolved too. Data in a 2012 report produced by the Pew Research Center revealed that 29 percent of American cell phone owners describe their phones as “something they can’t imagine living without.”

The way we experience all aspects of life — from the mundane moments to the momentous — has been changed. Our relationship with phones is a complicated one: They come with us everywhere we go, but they often lead us to be lonely or alone. They record every moment of our lives, but they pull us from living in those moments. We have yet to master the perfect balance of phone as an accessory and phone as a life source. The series of photos below illustrate the juxtaposition of life before phones were a continuation of our social identities and the unromantic present, where they seem to be just that.

President Bill Clinton leaves the White House, 1994
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Photo: AP

President Barack Obama speaks at the Women’s History Month reception at the White House, 2013
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Photo: Getty

Passengers ride the subway, 1970
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Passengers ride the subway, 2014
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Pope John Paul II visits St. Peter’s Square in Rome, 1983
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Pope Francis visits Guidonia Montecelio near Rome, March 2014
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A woman walks a dog, 1923
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A woman walks a dog, 2014
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Girls catch sight of The Beatles, Los Angeles, 1964
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Photo: AP

Girls catch sight of One Direction, London, 2013
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A group of women shares a meal, 1930
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A group of women shares a meal, 2013
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Attendees enjoy a David Bowie concert, 1973
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Attendees enjoy a Beyoncé Concert, 2013
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Photo: AP

A man walks through the snow in London’s St. James Park, 2007
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A woman walks through the snow in London’s St James Park, 2010
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Matt Lauer greets fans outside NBC’s Today Show, 1999
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Matt Lauer greets fans outside NBC’s Today Show, 2013
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A man dines alone, 1959
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A man dines alone, 2014
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Women sit for manicures and beauty treatments, 1971
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A woman sits for a manicure, 2013
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Fans stake out stars at the premiere of “Seven Years in Tibet,” Los Angeles 1996
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Fans stake out stars at the premiere of “The Great Gatsby,” 2014
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Malia and Sasha Obama stand together at the Inaugural Parade, 2009
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Malia and Sasha Obamas sit together at the Inaugural Parade, 2013
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Photo: AP

12 Barriers To Innovation In Education

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Innovation is not something that just happens.

Or, rather it does given the right chemistry.

Oftentimes this chemistry is referred to locally in schools as “climate,” but climate is only a small part of the formula. Where innovation comes from is an increasingly popular topic recently as new projects are increasingly visible, and due to digital reach, impactful across fields and industries. Right now, let’s stick to innovation in public education.

In K-12 education, there is a lot that can slow down innovation, and below are 12 guesses at some of those suspects.

Note, this doesn’t necessarily make any of the following “bad” anymore than a needle point, hot stove, or venomous snake should be thought of as “bad.” They just are what they are. It very well could be that innovation isn’t all it’s cracked up to be, and we can thank our lucky stars that we have these 12 natural decelerators of change.

Maybe.

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12. Busy Parents

Busy parents—an unfortunate reality in homes from single-parent to dual-income and everything in between—rarely can begin to have enough time to support the innovative learning that does manage to occur.

Most parents are accustomed to one way of being educated—the way things were when they were in school. New learning forms confuses busy parents, making it difficult for them to support it, and worse, a harder sell with “fringe” students for whom current formal learning models barely work to begin with. If mom and dad don’t buy in, the children might refuse to as well. This can be corrected a variety of ways, but if the parents and teachers are too busy to consistently talk, it’s difficult for such a correction to take place.

11. SBDMs

The site-based decision making councils that mange most schools have their heart in the right place, as do local school councils. They are made up of teacher and parent reps who vote on school “policies,” curriculum adoption, hiring of new teachers, and so on. Important stuff.

But the meetings can be poorly attended. There is (necessarily) limited representation of all stakeholders, and due to the time and energy necessary to serve, the most innovative educators are too busy innovating to serve on such councils. Or think they are anyway. The point is simple—if parts of the school or district are pulling one way, and other parts pulling another, innovation can be slow or non-existent. Small meetings in the evenings of a handful of tangent “players” in a school is not an ideal circumstance for innovation.

10. Teacher Turnover

This one’s simple. Few things hurt learning/learning management more than teacher turnover. While replacing teachers that aren’t likely to innovate with those that are sounds good in theory, innovation isn’t the only thing. Innovation itself requires conditions to get off the ground—clout, trust, organization, communication, and so on. Constantly replacing teachers is a recipe for not only wasted resources, but stagnant thinking conditioned by systems, tradition, policies, and protocol.

9. Drive-by Professional Development

Experts in education are a boon to innovation. Thought leadership, expertise in niche areas, and general rallying of the troops through conferences, social media, and blogging is great.

When one of these experts/thinkers/doers gets an administrators ear, their ideas are usually “brought in” somehow–books, programs, DVDs, etc. In fact, they may even be invited to share their thinking with staff in person by sitting in on PLCs, addressing staff meetings, and observing classrooms. They may even come in several times throughout the year—and hades has no panic like the day before said expert returns to the school and staff are expected to bring back “artifacts” from implementing said great idea in the classroom.

The issue here is that innovation is usually not their gift to staff, but rather tips and strategies. The best of these tips and strategies are undoubtedly helpful and necessary, and offer opportunities for the kind of incremental improvement that shows up on test scores and Annual Yearly Progress.

But this top-down “improvement” doesn’t create the conditions necessary for bottom-up innovation. If that expert was to instead use a kind of cognitive apprenticeship or coaching model to help guide educators through a thinking process that yielded the innovations that have made them successful, we’d have both innovation and, more critically, improved teacher capacity.

8. School and Community Climate

Many K-12 schools give lip-service to the concept of innovation in mission statements, on websites, in PDs, and during committee, council, and board meetings, but lose their nerve when it’s time to make it happen. Supporting something seen as secondary (innovation) in the face of pressure, far-reaching programs, external standards ranging from Common Core to Literacy, Technology, and Career Readiness becomes a matter of priority–and job security.

While education begs for innovation, arguments against it often turn to tempting, straw man attacks.

The Tempting Position: In the company of innovation, how can we be sure standards are being taught and children are learning?

Different forms of learning require unique data and monitoring infrastructure that could be missing.

The Tempting Position:How can we be sure what’s happening in each school and classroom?

Homogenizing instruction across classrooms, schools, districts and now even states offers up a uniform look provides an illusory comfort. And dampens innovation everywhere it seeks to spring up.

The Tempting Position: How can we encourage teachers to share, collaborate, and work together if “everyone’s off doing their own thing”?

This is the ultimate straw man, comparing innovation to a kind of chaos that gives policymakers ulcers.

So, out of fear of breaking the system through disruption, compliance with “research-based” strategies and “district expectation” and policy is valued above all else. Here, innovation is rare—usually the result of a bright, charismatic teacher or hard-working administrator that realizes that somehow, no matter the cost, something has to change.

7. Policies

Policy is a natural consequence of attempting to manage something unmanageable. The stuff of governments, large businesses, and organizations that can’t personalize decision-making with the attention that it deserves—the careful thinking needed to solve important problems. So policies are adopted to police departments, curriculum, conferences, professional development, etc.–all to help ensure that “everyone is on the same page.”

The immediate reaction might be, “Yeah, ‘carefully thinking’ about 800 pre-adolescents a day is impossible” to which a rational person might respond, “Exactly the point.”

Policies—at least how they are used today–are necessary only as a result of a system that’s either too large or too industrialized for the personalization that it’d ideally benefit from. This might be fine levying taxes, manufacturing cars, or enforcing laws, but when nurturing the minds of children—and the adults charged with their “intellectual care”—it fails miserably. And worse, we tend to react by “improving the policy” or creating new ones instead of re-considering limits, scale, and even notions of collaboration. We form policies to police the policies.

And innovation? Policies hate innovation, because they’re not built for that kind of fast-moving thinking, and put teachers at odds with other educators and personnel who dutifully follow said policies, making these kinds of educators seem like “non-team players.”

6. Meetings

Meetings are undoubtedly necessary on some level, but with so many digital tools and social media platforms available, a huge percentage of the information exchanged at meetings could be distributed elsewhere—and in ways that could be curated for broader sharing, input, and reference later as well. The problem is that meetings are often required at a district level—so many hours per week or school year, the pleasing image of collaborative teachers sitting together in libraries or conference rooms making education better one meeting at a time.

The reality is that teachers collaborate, seek need-to-know information, and “get on the same page” in lieu of these meetings, not because of them. Innovation does not happen in the minds of passive teachers discussing the logistics of bus duty or computer lab access during testing. If digital and social media platforms could be used to reduce their duration and frequency, educators could have more time to relax their minds, read about education leisurely, and as a consequence, innovate.

5. Overly-Rigid Professional Learning Communities (PLCs)

Though not a staple of universities, in the modern K-12 public school in the United States, PLCs are a trending instrument of school improvement.

In concept, a PLC is an embarrassingly obvious response to the workload of planning and differentiating high-level learning for so many unique minds. It simply asks teachers to agree on standards, share instructional strategies, and gather again to disaggregate the data. This kind of professional collaboration is par for the course across industries, and makes sense for education as well. The problem is that many PLCs unwittingly meld together teaching and instructional design styles across classrooms and teachers until they’re indistinguishable.

Teaching is an incredibly personal act—creating a climate where learning happens doesn’t come as the magic result of an industrialized formula, but the carefully planned interaction between teacher, learner, and content. In many schools and districts, this is what PLCs help realize. But in many others, where educators are uncertain of shifting roles, bring massively different technology or planning forms to the table, and may struggle to internalize the process that may include up 10-15 steps across several weeks, and you have a formula that, at best, may be failing to foster innovation.

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4. District Programs

District programs make sense on a district level. If you’re in charge of a system of schools, and you discover a program or platform that you believe would support learners and teacher in those schools, as a leader of that district, you have to make that happen.

The challenge comes in application. These programs are necessarily comprehensive (or they’re not really programs). Whether they are for reading, testing, career readiness, or some other likely noble initiative, they can be far reaching in their integration. Learner rosters, teacher schedules, access to school resources, professional development required, “district expectations,” hardware and software technology, curriculum mapping and instructional sequencing, and other areas can all be impacted by well-intended programs.

At the district level it might be easy to say “Good! If everything’s impacted, that means it’s working!” Trouble is, there’s already more to do as an educator than there is time for. What makes a great teacher can often be not what they “put in,” but what they leave out—and how to hide that from those “holding them accountable.” Adding more programs that are tangled with everything else a teacher touches only guarantees that other things are going to fall by the wayside, including many of the same kinds of (often expensive) programs from the year before.

And worse, by their very nature these kinds of programs rarely support innovation at the classroom level.

3. Traditional Report Cards

Blaming report cards for a lack of innovation may like a bit much, but the traditional report card as we come to know it reduces the complex and messy process of learning and learning mastery. Which is not as good a deal as it sounds, as the end up as misleading letter grades that don’t give parents nearly enough information for them to begin to help, leading to questions such as “What’s going on in math?”, rather than “Where exactly in graphing coordinate planes are you getting stuck?”

Standards-based reporting would be a step in the right direction. A leap? Learning that is community-based, where families are embedded from the beginning, and accountability is shared across stakeholders far beyond the walls of a school, where a piece of paper every 9 weeks wouldn’t be required to communicate learning progress.

What this has to do with innovation is significant: the fundamental relationship between learner, family, and content is tied up in the iconic “report card.” Innovating learning requires that performance and local application be innovated as well. It will be difficult to design incredible 21st century learning environments, and then report “A/B/C” in “Math/Science/English.”

It all misses the point (something gamification can help with, incidentally).

2. Scripted Curricula

In the face of mounting pressure and countless initiatives that at times seems to pull teachers in different directions, some districts respond the best way they know how: buying a curriculum that’s scripted. This provides the pleasing image of all educators on the “same page,” and would seem to make tracking learning results simpler across classes. Unfortunately it doesn’t work that way—and worse, it stifles innovation and ultimately reduces teacher capacity.

Curriculum has to be responsive and flexible. Curriculum maps that aren’t living, breathing documents can confound efforts to align learning experiences. Scripted curricula, such as SpringBoard by SAT’s College Board, are a placebo for schools and districts wishing to consistently offer high-level, progressive, and personalized learning experiences that result from well thought-out innovation.

1. Overworked Teachers

While an occupied mind signals engagement, one bursting at the seams with learning targets, meetings, fluency probes, IEPs, ECE, ESL, ELL, 504s, G/T, PDPs, RTI, ORQs, MAP, ACT, Explore, Common Core, scripted curricula, Stiggins/Wiggins/DuFour/Marzano, AYP, pre-assessment, differentiation based on assessment results, summative assessment, authenticity, PBL, CBL, and PBE does not. And this is not simply a matter of shorter days, fewer students, or longer summers, but rather a schedule and climate within formal learning environments like schools that support educators in developing truly lasting innovations where the rubber meets the road—the classroom.

Top-down change–programs from the district and state level, for example–can certainly support educators, but lasting innovation and change must come from a collaboration between learners, educators, and communities. In an era of “accountability,” teachers are tasked with “proving” everything. Nothing is trusted, and on the surface this makes sense: all professions have accountability standards to one degree or another. But the sheer quantity of “accountability tasks” your average K-12 teacher has to perform at best doesn’t guarantee the learning success they are intended to, and at worst, smother any opportunity for innovation at the classroom level.

No matter the school climate, PLC/Data Team format, or elements of instructional design, if the teacher is drowning in paperwork, meetings, and accountability tasks, true innovation–and subsequent consistent performance–will always be a challenge.

12 Silent Saboteurs Of Innovation In Education; this post was revised and republished from an earlier TeachThought article in August of 2012; image attribution flickr user vancouverfilmschool

 

The Real Reason(s) Teens Are Forgetful

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If you teach teenagers (or maybe you have/had one at home), you know that they can be…well, forgetful. When you ask if they need something, they adamantly say no, but suddenly they remember they need to be somewhere in five minutes/they have a paper due tomorrow morning/they need money for a school trip and it is due in an hour/they’re going to be out tomorrow. Sound familiar? Well, don’t worry – you’re not the only one noticing this!

As it turns out, this forgetfulness is not just because they want to drive you (and everyone else?) nuts – there are a lot of changes going on in teenaged brains that may be causing this – and it can last into the college years. Mia MacMeekin and David Wilcox have teamed up to create an awesome infographic that takes a look at why teens forget so much, a bit of the science behind it, and some ideas on how you can help. It’s a great little guide for bringing some order and organization into your classroom filled with teenagers, but also a great reminder that they aren’t just trying to drive you up a wall (for those times when you might want to strangle them!).

The Science

  • Changes occur in three areas of the brain during the teenage years – the cerebellum, the prefrontal cortex, and the limbic cortex
  • These changes are referred to as ‘blossoming’ (age 11-14) and ‘pruning’ (age 14-25)
  • The prefrontal cortex controls things like: alertness, attention, planning, working memory, and regulation of social behavior
  • The cerebellum controls things like: balance, motor coordination, recognition of social cues
  • The limbic cortex controls things like: emotion, attention, memory, and emotions

So What Happens?

  • The teenage years are often known as the ‘use it or lose it’ years due to this synaptic pruning
  • The changes in the brain impact memory and attention
  • This brain ‘reorganization’ is complex, and adds extra strain on the teenager’s brain
  • Teen brains are losing about 30,000 connections per second
  • A teenager’s brain needs to reconnect with information it once found easy to locate
  • The circadian shift impacts sleep and information retention

What Can You Do?

  • Love, forgive, encourage
  • Experiment – what works for one teen may not work for another, so try a number of avenues
  • Let them take healthy risks
  • Help create systems and routines
  • Create order
  • Be actively involved
  • Teens need at least 9.5 hours of sleep per night
  • Acknowledge wins, build on losses, allow natural consequences
  • Minimise ‘business’
  • Let them be emotional

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