Posts Tagged ‘educational technology’

Still no free lunch 2.0

Thursday, August 13th, 2009

So the dominos continue to fall in the force-march to reality that is the current economic crisis. Surprise! Companies can’t give away stuff for free, even to educators. This week, two popular Web 2.0 tools made announcements that will impact educators who developed classroom activities based on these tools. Bubbleshare.com (free photo sharing) is closing. Wet Paint Wikis announced they will no longer provide ad-free wikis for educators for no charge.

Every day there are more announcements about companies pulling the plug on free services. (Techcrunch runs announcements in what they call the “deadpool.”)

Last year I posted some rules for deciding whether a Web 2.0 tool is worth investing in for the classroom, and these are still good strategies..

…don’t assume that their business model will stay the same, and that your use won’t be affected. A few will just disappear without a word. But there is no doubt that all these companies will have to make money off these services to survive. Don’t expect them to send out a memo, these people are fighting for their lives. When you find Viagra ads embedded in your “free” videos in the middle of a class project, that’s when you’ll find out how they decided to monetize their service.

At the end of the day, using a free tool is a gamble. If it’s just you as an individual taking a risk on a free tool, that’s one thing. But if you are recommending these tools to others, spending money and time implementing them, planning lessons, or shifting your “business” to them, you really need to think about it. You may decide instead to use tools you can really own, like a do-it-yourself open source implementation, or tools from a company you can trust. They might cost a little more time or money up front, but give you peace of mind as bubbles burst all around us.

Sylvia

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The Gift

Friday, August 7th, 2009

1076955_vibrant_giftA few weeks ago at the Constructing Modern Knowledge 2009 institute in Manchester, NH, I needed to make some copies. I walked down the quaint main street of this lovely New England town and found the local copy store.

Inside, the machine wasn’t working so the owner came over to help. We started talking and he asked me what I was doing in Manchester. I told him I was at a workshop with teachers learning about how to use computers in school. He immediately said something to the effect of, “That’s funny! Why don’t you have students teach the teachers, the kids know everything about technology already!”

We both laughed, sorted out the copying mess, and I walked back to the hotel meeting room where teachers were intently building robots, making movies, programing, creating art, building webpages, and more. Suddenly, it struck me. How wonderful is it that society actually believes that children are competent at something. Here in Everytown, USA, a random guy in a random moment confirmed a commonly held societal belief that children are competent human beings, in fact, MORE competent than adults. And better yet, competent at something important.

We see it in commercials where the exasperated parents hand the new, incomprehensible cell phone to their five year old to figure out. We hear ordinary people joke about getting their grandchild to set the blinking 12:00 on any appliance. And we all know that TV commercials and marketing professionals are very adept at mirroring the “norms” of society. Mention some problem using technology and more likely than not, someone will say, “Ha! You need to find a ten year old!” It’s always good for a chuckle when you tap into commonly held beliefs.

Of course this isn’t a sophisticated or deeply thought-out conclusion. There are underlying contradictions, simplifications and outright myths. The “digital native vs digital immigrant” slogan is a symptom of buying too deeply into this belief.

But what irony and what opportunity this is! What a gift that society actually thinks that children are competent at something, anything, especially something that is so vital for the future. When does this ever happen?

How can advocates for using technology to enhance learning leverage this gift to advance the cause?

I don’t think the answer is to lean on this myth or use it to justify NOT teaching students about technology. My main criticism of the digital native/immigrant metaphor is that it is used in just this way. (See my post Digital natives/immigrants – how much do we love this slogan?)

I DO think we need to find ways to build on this gift, to acknowledge that yes, indeed, kids do know a lot about technology, and that school must take that natural talent and nurture it into something MORE valuable for the student and for society.

So thank you, Madison Avenue, for helping portray children as competent individuals. Now, what can we do with this gift?

Sylvia

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Only a few seats left for Northwest Constructivist Celebration

Wednesday, April 29th, 2009

If you are located in the Seattle area and want to spend a day learning about creativity, constructivism, and technology, be sure to check out The Pacific Northwest Constructivist Celebration.

Pacific Northwest Constructivist Celebration
Saturday May 16, 2009
Puget Sound ESD (Renton, WA – Seattle area)

Participants will enjoy the day’s activities, complimentary creativity software and a hearty lunch all for just $55. This event is a joint effort between the Washington State Office of Superintendent of Public Instruction (OSPI), the Northwest Council for Computer Education (NCCE), and the Constructivist Consortium.

Dr. Dennis Harper, founder of Generation YES will be there too!

Go to www.constructivistconsortium.org for more information and to register. There are only a few seats left so don’t delay!

Sylvia

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Successful, sustainable strategies for technology integration and tech support in a tough economy

Wednesday, April 1st, 2009

This weekend I’ll be in San Diego as an invited speaker at the National School Board Association (NSBA) conference. I’m not sure I realized how relevant it would be when I proposed Successful, Sustainable Strategies for Technology Integration and Tech Support in a Tough Economy as my topic last year.

I’ll be focusing on 5 strategies that create strong local communities of practice around the use of technology. All of these strategies include students as part of the solution. They are:

  • Technology literacy for all - Creating an expectation that modern technology will be used for academics, schoolwork, communication, community outreach, and teaching. A key success factor is teaching students how to support their peers as mentors and leaders.
  • Student tech teams - The 21st century version of the old A/V club, this strategy expands the definition of tech support from fixing broken things to also include just-in-time support of teachers as they use new technology. This digital generation is ready, willing and able to help improve education, we just need to show them how.
  • Professional development 24/7 - The old idea that teachers would go off to one workshop or a conference and immediately start using technology has been proven wrong. Truly integrated technology use requires a bigger change than that, and it doesn’t happen overnight. Teachers require more support in their classrooms that they can count on when they need it. Students can help provide teachers with this constancy and supportive community.
  • Students as stakeholders – Whenever schools initiate new technology programs, there is typically a call for all stakeholders to be included. Parents, teachers, staff, board members, and members of the community are invited to participate — but rarely students. Even though students are 92% of the population at the school, and are 100% of the reason for wanting to improve education, their voice goes unheard. Students can bring passion and point-of-view to the planning and implementation of major technology initiatives. They can be allies and agents of change, rather than passive objects to be changed.
  • Students as resource developers - Students can help develop the resources every teacher and student needs to use technology successfully. These resources can be help guides, posters, instructional videos, school websites, or teacher home pages. Students of all types can use their talents to build customized resources for their own school. Artists, actors, and techies can contribute to this process.

Building a self-sufficient community of technology users means that whenever possible, you build home-grown expertise and local problem-solving capability. This is the high-tech equivalent of a victory garden, only with teachers and students all growing their own capabilities with each other’s help.

In this tough economy, no one can afford to ignore the potential students have to help adults solve the problems of technology integration and support. Students are there, they just need adults to teach them how to help, and then allow them to help.

And after all, aren’t these the 21st century skills everyone talks about? Like solving real problems, learning how to learn, collaboration, and communication? How real is the problem of technology integration, and how foolish of us to overlook students as part of the solution, especially when the reciprocal benefits to the students are so great.

Sylvia

PS – For a look at how these strategies can be applied in laptop schools, download my new whitepaper – Student Support of Laptop Programs. (16 page PDF)

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Educational Technology Doesn’t Work?

Tuesday, March 24th, 2009

Education Week: Reading, Math Software Found to Have Little Effect on Scores.

A year ago I wrote about Part 1 of a study on “educational” software – Headlines that won’t help. The preliminary results of the study found that various software test prep packages had little impact on student test scores. Now the second half of the study is out. Guess what. The software still doesn’t work.

All of these software packages promise to improve student scores in reading and math. But as endless research has proven, drilling kids for tests doesn’t result in significant test score improvement, and has negative long-term results in what students actually retain. It doesn’t matter if we drill more efficiently with expensive software. Doing things that don’t work DOESN’T WORK. How much simpler can this be? As I said last year, the headlines SHOULD read, “Bad Educational Practice Proved Ineffective, Again!

All of the studied software test prep programs are far removed from creative software applications that allow students to use modern technology to express themselves in innovative, personal ways.

But to repeat another prediction from a year ago, this will have a chilling effect on creative uses of software. To me, they are as different as zebras and baseballs, but all get lumped together under the banner of educational technology.

Now, every time we talk about kids doing interesting stuff that involves a computer, we’ll get hit with this. Making movies, programming, blogging, collaboration, projects, kids making games, exploring virtual worlds, GIS, Google Earth? What are you thinking, haven’t you heard? Educational Technology Doesn’t Work.

We have to find a better way to differentiate these things.

Sylvia

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What research says about project-based learning

Thursday, February 14th, 2008

ASCD magazine coverASCD’s always excellent magazine Educational Leadership, hits another home run with this month’s issue (Feb 2008). The overarching theme, Teaching Students to Think is supported by a dozen articles from a wide range of perspectives – teaching, classroom practice, assessment, content areas, and more.

One article of particular interest to tech-loving educators is Jane David’s What Research Says About Project-Based Learning. Educators often find that technology supports project-based learning, and vice versa. So finding research that supports project-based learning and outlines successful practice is one more tool in the toolkit of technology-using educators.

This article is a terrific, easy-to-read introduction to project-based learning and clear, quick summaries of relevant research. Many people believe that project-based learning is “good”, but something akin to magic. Articles like this can dispel some of these myths and help define what project-based learning might look like in real life. Some conclusions:

  • Some studies measure project-based learning impact on student achievement. Not surprisingly, it’s not as simple as test scores. Some studies found simple test score increases across the board or in different populations, but some didn’t. But improvements were seen in more complex assessments – attitudes towards learning, problem-solving, and planning ability. (Do you hear 21st century skills here?)
  • The wide variety of project-based learning experiences make a single research conclusion hard to find. However, this same variety meant that project-based learning is adaptable to many classrooms.
  • Some studies focus on the challenges of project-based learning–outlining the obstacles created by short class periods, mandated curriculum, lack of teacher planning time, and narrow focus on multiple choice tests. There are some terrific nuggets of information here about what commitments a school needs to make to create a serious project-based learning environment. It’s not something you just do every other Tuesday.

David concludes:

These studies suggest that project-based learning, when fully realized, can improve student learning. However, the research also underscores how difficult it is to implement project-based learning well. Together these findings suggest caution in embracing this practice unless the conditions for success are in place, including strong school support, access to well-developed projects, and a collaborative culture for teachers and students.

Yet, teachers can use the key ideas underlying project-based learning in some measure in any classroom. Using real-life problems to motivate students, challenging them to think deeply about meaningful content, and enabling them to work collaboratively are practices that yield benefits for all students.

I’d like to add that students themselves can be part of the solution that makes project-based learning possible in schools. Students can learn to be mentors in their own classrooms, leveraging the teacher’s ability to assist more students and overcome logistical obstacles. Student ownership of the project and encouraging a collaborative environment increases the likelihood of success. By including students in the planning and implementation of project-based learning, you gain student perspective and an opportunity to teach students valuable skills. They learn how to advocate for their ideas, plan, troubleshoot, and work in a group. When technology is involved, students can become experts in the technology too, and help mentor fellow students which further supports the collaborative process.

Our TechYES model of student technology literacy certification is built on this kind of research and practical experience. Student peer mentors can make project-based learning possible in situations where the obstacles might otherwise be too high. We believe that technology literacy and project-based learning are inseparable from 21st century skills. It’s too important to write project-based learning off as a “nice to have.”

Hopefully this article finds its way into administrator inboxes world-wide.

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