Category: Education reform

School’s back and it’s more important than ever to integrate technology into your curriculum. Why? Consider these thirteen changes to technology-in-education since 2013:

1. Windows has updated their platform—again.
2. IPads have been joined by Chromebooks as a common classroom digital device.
3. There is a greater reliance on internet-based tools than software. This underscores the importance of teaching digital citizenship to even the youngest learners.
4. Student work is often collaborative and shared.
5. Student work is done anywhere, not just the classroom and home, meaning it must be synced and available across multiple platforms, multiple devices.
6. Keyboarding skills are more important than ever, often critical to summative year-end testing for PARC, SB, and other formats.
7. Technology in the classroom is the norm, but teacher training isn’t.
8. Education is focused on college and career with tech an organic, transformative tool.
9. Teachers have moved from ‘sage on the stage’ to ‘guide on the side’.
10. Students have been raised on digital devices. They want to use them as learning tools.
11. Using technology is no longer what ‘geeky’ students do. It’s what all students want to do.
12. Printing is being replaced with sharing and publishing.
13. More teachers are willing to try technology when used authentically.

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This is a reprint of an article I posted last Spring. By starting these tasks in Fall, you’ll be ready when yearly assessments arrive in April-May:

Between March and June, 2015, nearly five million students in 11 states and the District of Columbia completed the PARCC and Smarter Balanced testing to measure student accomplishment of Common Core State Standards in the areas of mathematics and English/language arts. Tests were administered via digital devices (though there are options for paper-and-pencil). Besides measuring student achievement, they also were an indicator of school facility to administer green digital tests instead of the traditional paper-and-pencil versions. Lots of schools discovered that, though student knew the material, they were unable to adequately communicate their knowledge using unfamiliar digital tools as basic as keyboard familiarity.

I polled my PLN to find specific tech areas students needed help with in preparing for the Assessments. It boils down to five tech areas. Pay attention to these and your students will be much more prepared for this Spring’s Common Core assessments:

Keyboarding

Students need to have enough familiarity with the keyboard that they know where keys are, where the number pad is, where the F row is, how keys are laid out. They don’t need to be touch typists or even facilely use all fingers. Just have them comfortable enough they have a good understanding of where all the pieces are. Have students type fifteen minutes a week in a class setting and 45 minutes a week using keyboarding for class activities (homework, projects–that sort). That’ll do it.

Basic computer skills

Skills that were listed by teachers as difficult for students included:

• Drag-drop
• Compare-contrast
• Write a letter
• Watch a video
• Fill in boxes on table
• Mouse manipulation
• Keyboarding
• Know keyboard layout—delete, arrows, space bar
• Drop-down menus
• Highlighting
• Unselect
• Scroll
• Use calculator, protractor, ruler
• Use video player
• Use multiple windows/tabs
• Use online dictionaries, thesauruses
• Plot points
• Read and comprehend online

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Summer PD 2015 just ended. A couple dozen of us–teachers, library media specialists, tech integrationists, lab teachers–gathered virtually for three weeks to experiment with some of the hottest tech tools available for the classroom–Google Apps, differentiation tools, digital storytelling, visual learning, Twitter, blogs, Common Core and tech, backchannels, digital citizenship, assessment, and more (12 topics in all). It was run like a flipped classroom where class members picked 60% of daily topics, then they read, tested and experimented. Failed and tried again. Asked questions. They shared with colleagues on discussion boards, blogs, Tweets.  Once a week we got together virtually (via Google Hangout or a TweetUp) to share ideas, answer questions,  and discuss nuances.

The class awarded a Certificate based on effort, not end product. Here are my takeaways as moderator of this amazing group:

• They are risk takers. They kept trying long beyond the recommended hour a day in some cases.
• They were curious. They wanted to get it right, see how it worked.
• They are life long learners. Some had been teaching for thirty years and still enthusiastically embraced everything from twitter to the gamification of education.
• They were problem solvers. I often heard, ‘if I tweak it here, I can solve this problem’.

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As a working technology teacher, I get hundreds of questions from parents about their home computers, how to do stuff, how to solve problems. Each Tuesday, I’ll share one of those with you. They’re always brief and always focused. Enjoy!

Q: Typing on the iPad keyboard is slow. You have to access two different screens to type most messages. How do I speed that up without buying (and installing) a separate QWERTY keyboard?

A: Here’s one time-saving tip: IPads and most Smartphones will add a period (which inconveniently is on the second screen) if you double-space.

Cool.

Double-tapping seems to be a secret shortkey for many tools. For example, if you double-click the shift key, it turns the CAPS LOCK on.

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Pedagogic experts have spent an enormous amount of time attempting to unravel the definition of ‘educated’. It used to be the 3 R’s–reading, writing, and ‘rithmetic. The problem with that metric is that, in the fullness of time, those who excelled in the three areas weren’t necessarily the ones who succeeded. As long ago as the early 1900’s, Teddy Roosevelt warned:

“C students rule the world.”

It’s the kids without their nose in a book that notice the world around them, make connections, and learn natively. They excel at activities that aren’t the result of a GPA and an Ivy League college. Their motivation is often failure, and taking the wrong path again and again. As Thomas Edison said:

“I have not failed. I’ve just found 10,000 ways that won’t work.”

Microsoft founder, Bill Gates, and Albert Einstein are poster children for that approach. Both became change agents in their fields despite following a non-traditional path.

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Eduporium‘s Andy Larmand is the newest contributor to Ask a Tech Teacher. He graduated from Suffolk University with a Bachelor’s degree in Print Journalism. His knowledge of and interest in both the EdTech world and the importance of a STEM education highlight the importance of inquiry-based education, DIY cultures and technology for enhanced learning as crucial 21st century activities. Here are his thoughts on ‘the Maker Movement’:

With so much of the emphasis in today’s education world focusing on the need for education reform, it can be easy to forget just what this means. True, it has long since been time to transform the classroom from a boring place of black and white textbooks to a virtual experience filled with 21^st century tools and projects. Education used to be thought of as the 8-2 in a child’s day with maybe an hour or so of homework. Now, because of modern educational technology and the emergence of afterschool clubs and supplemental activities, the demand for acquiring a full-circle education is able to be met for students everywhere.

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Ecolleague Mike Daugherty has over seventeen years experience in educational technology serving a variety of roles.  He was recently awarded the OETC (Ohio Educational Technology Conference) Technology Innovator of the Year award and received honorable mention in the national DILA awards. In his current position, he is the director of technology for a high-achieving public school district in Ohio.  His site, morethanatech.com, looks at EdTech from the district administration point of view.

He is also lucky enough to have a 3D printer. I asked him if he’d share his experiences with you. Here are his thoughts:

Similar to many school districts around the country, we decided to dip our feet into the 3D printing waters this past school year. 3D printing, Maker Spaces, and Fab Labs are the latest darlings of the EdTech world and for good reasons. The potential of these devices is almost limitless. There are a number of industry experts predicting that 3D printing will have a larger impact on the world than the Internet itself. It’s crazy to think about that, but when you read their predictions, it hard to ignore.

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The technological advances of the past two decades have changed the world, and education is no exception. Today’s students have access to far more knowledge than their parents once found in encyclopedias and on maps. With the click of a mouse and without leaving the classroom, they can access the collective knowledge of all mankind via the Internet.

But that’s not the only way technology is making it easier for students to learn. Technology is facilitating communication between students and teachers, fostering increased engagement through educational games, and making it easier than ever for non-traditional students to attend university for the first time or get the credentials they need to advance in their field or switch careers.

Students who use technology in the classroom perform better, and emerge from their educations better prepared for the challenges of adult life.

Technology in the Classroom Keeps Kids in School, Helps Them Learn

On the primary and high-school levels, schools that successfully integrate technology into their classrooms see increased performance, better behavior from students, and lowered drop-out rates.

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Coding has become the poster child for a tech-infused classroom. Over 15 million kids participated in Hour of Code this past December. So many teachers took students to Code.org’s curriculum offerings, the website crashed.

So what is ‘coding’? According to the Urban Dictionary, it’s another word for ‘programming’ which means:

The art of turning caffeine into Error Messages

Let’s go to Webster’s definition instead:

The act or job of creating computer programs

Not much better. To techies, ‘programming’ or ‘coding’ is

a series of symbols, used synonymously as text and grouped to imply or prompt the multimedia in the games and programs that happen on computers, websites, and mobile apps.

This complicated definition is why–historically–programming, IT, and Computer Science have been of interest only to the geekiest of kids. But there are good reasons why kids should like this activity. According to Computer Science Education Week:

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Technology and the connected world put a fork in the old model of teaching–instructor in front of the class, sage on the stage, students madly taking notes, textbooks opened to the chapter being reviewed, homework as worksheets based on the text, tests regurgitating important facts.

Did I miss anything?

This model is outdated not because it didn’t work (many statistics show students ranked higher on global testing years ago than they do now), but because the environment changed. Our classrooms are more diverse. Students are digital natives, already in the habit of learning via technology. The ‘college and career’ students are preparing for is different so the education model must be different.

Preparing for this new environment requires radical changes in teacher lesson plans. Here are seventeen concepts you’ll want to include in your preparation:

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