Search Results for: 20 Techie Problems Every Student Can Fix

This is not a topic I’ve thought much about. I have a nice collection of driver’s ed websites and videos for high school students so really should have considered this essential skill. Thanks to Jane Sandwood, Ask a Tech Teacher contributor, for coming up with this article.

U.S. adults consistently perform worse in digital problem solving compared to their counterparts in other nations, according to a report from the National Center for Education Statistics. This nature of affairs is possibly, in part, due to the limited emphasis on teaching problem-solving skills in school. Our lives are inextricably intertwined with cars, and at some point, our kids have to be introduced to concepts of operating and maintaining them. Not all children will grow up to become mechanics, but most of them will likely need to drive a car. Teaching them basic concepts about car maintenance will not only help satisfy their curiosity, but can also help them in the future when they are encountering problems with their cars. Tech tools have simplified the process of diagnosing car problems to the extent that children can be taught this essential aspect of car maintenance.

Start With The Basics

Because car maintenance is not on the curricula for most schools, a car diagnostics project can best be handled as homework, after-school program, or as part of evening/weekend classes. The goal is to help them to improve their problem-solving skills. Before using technology tools to diagnose car problems, it is only fair to teach the child how the different parts of the car work. A demonstration of the location of the engine, battery, breaks, gearbox, and other essential car parts may be a good way to get things started. Then you can explain how the different car parts work together and throw in a lesson on basic car maintenance. This can include demonstrations on how to change car tires and how to replace car fluids like engine oil, radiator coolant, windscreen solutions, and brake fluid.

General Car Diagnostics

The child can now be introduced to the principles of identifying the cause of car problems. To help the child to remember the concepts, it might be useful to state generalized formulas for possible causes for common car problems. For example, you may explain that a car failing to start may indicate a problem with the battery, spark plugs, or the car fuel system. A burning rubber smell may signal a problem with the brakes, oil leak, or an electrical fault. Then, depending on the child’s age and cognitive abilities, you may delve deeper into the peculiar characteristics of each problem.

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Dear Otto is an occasional column where I answer questions I get from readers about teaching tech. If you have a question, please contact me at askatechteacher at gmail dot com and I’ll answer it here. 

BTW–lots of people ask why the name ‘Otto’. It’s a palindrome so beloved by geeks and nerds and techie-sort of folk.

I got this question from a colleague::

I teach computer literacy. K-4 teachers line their students up and they arrive all at one time, so with this age it would be easier to give instruction before everyone is seated. However, it is still difficult because I don’t really have enough open floor space to seat them away from their computer.

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It’s summer, that time of rest and rejuvenation, ice cream and bonhomie. Like the American plains or the African savannas, it stretches endlessly to a far horizon that is the Next School Year. It represents so much time, you can do anything, accomplish the impossible, and prepare yourself quintessentially for upcoming students.

So what are the absolute basics you should learn this summer that will make a difference in your class in the Fall? Here are fifteen ideas that will still leave you time to enjoy sunsets and hang out with friends:

Learn how to handle basic tech problems

You probably know the most common tech problems faced last year (like hooking digital devices to the school WiFi, this list you might face running a tech-infused lesson, or this one students might face using technology). These are collected from students when they tried to use tech for class projects, parents when their children couldn’t finish their homework because of tech issues, and members of your grade-level team who wanted to use tech for a lesson plan but Something Happened. Know how to solve all of them. If you need help, add a comment at the bottom. I’ll give you some ideas.

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Here are the top ten problem-solving tips according to Ask a Tech Teacher readers:

• Tech Tip #108: Got a Tech Problem? Google It!
• What to do when your Computers Don’t Work
• 25 Techie Problems Every Student Can Fix–Update
• How to Teach Students to Solve Problems
• I Can Solve That Problem…
• Let Students Learn From Failure
• Let’s Talk About Habits of Mind
• Computer Shortkeys That Streamline Your Day
• #81: Problem Solving Board
• 5 Ways to Cure Technophobia in the Classroom

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Here are five great holiday websites that will put the seasonal spirit into your teaching. They are education-infused, lively, and appeal to varied learning styles. If you’re a tech teacher, you’ll want to use all of them. If you’re a classroom teacher, click through and find the ones right for your age group:

• 12 Days of Christmas
• Gift Hunt
• NORAD Santa
• Penguin Show
• Reindeer Orchestra

12 Days of Christmas
Middle School and High School

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A study released last year by the National Council on Teacher Quality found that nearly half of the nation’s teacher training programs failed to insure that their candidates were STEM-capable. That means new teachers must learn how to teach science, technology, engineering and math on-the-job. Knowing that, there are six Best Practices teachers in the trenches suggest for integrating technology into classroom instruction:

Digital Citizenship

Many schools now provide digital devices for students, often a Chromebook or an iPad. Both are great devices, but represent a sea change from the Macs and PCs that have traditionally been the device-of-choice in education. While I could spend this entire article on that topic, one seminal difference stands out: Where PCs and Macs could be used as a closed system via software, materials saved to the local drive, and native tools, Chromebooks and iPads access the internet for everything (with a few exceptions) be it learning, publishing, sharing, collaborating, or grading. There’s no longer an option to hide students from the online world, what is considered by many parents a dangerous place their children should avoid. In  cyberspace, students are confronted often–if not daily–with questions regarding cyberbullying, digital privacy, digital footprints, plagiarism, and more.

The question is: Who’s teaching students how to thrive in this brave new world? Before you move on to the next paragraph, think about that in your circumstance. Can you point to the person responsible for turning your students into good digital citizens? When third grade students use the internet to research a topic, do they know how to do that safely and legally?

When asked, most educators shrug and point at someone else. But it turns out too often, no one is tasked with providing that knowledge.

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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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There’s a secret to teaching kids how to use technology. It’s called ‘delegate’. I don’t mean sluff off the teaching to aides or parents. I’m referring to the importance of empowering students to be their own problem-solvers. Encourage them to be risk-takers and then expect it of them. Here are seven ways to make this happen:

Let students know technology isn’t difficult

OK. I see the disbelief in your eyes, but it’s true. Take it from someone who’s taught thousands of students over a span of fifteen years: Computers are only hard to learn if kids are told they’re hard to learn. They might hear this white lie from parents or friends, but once they cross the threshold of your classroom, tell them the truth. Compare keyboarding to piano–a skill lots of kids feel good about–or another one that relates to your particular group. Anything worth being proud of takes practice. Remove the fear. Make sure skills are age-appropriate with proper scaffolding. Listen to students’ suggestions that achieve your goals in a different way. Don’t put a time table on learning–let students learn at their own pace.

To some students, ‘difficult’ is ‘bad’. This isn’t true. In fact, Merriam Webster defines ‘difficult’ as:

‘Needing much effort or skill to accomplish’

That includes online games, soccer, a musical instrument, reading a good book. If technology is difficult, it’s in good company.

Teach students how to do the twenty tech problems they’ll face half the time

There are twenty to twenty-five problems that make up seventy percent of a students’ down time in technology. These include issues like the monitor doesn’t work, the computer doesn’t work, passwords didn’t work, a webtool wouldn’t work, and a program froze. Expect students to know solutions to these common problems.

Where do you get this list? Ask students, other teachers, the librarian, and parents what problems children face that stop them from completing tech assignments. Skip problems like, ‘I ran out of paper so I couldn’t print’. Collate these into a list on the classroom wall and let students see it every day. It may look something like this:

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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 the yearly assessments arrive in April-May:

As part of my online tech teacher persona, I get lots of questions from readers about how to make technology work in an educational environment. This one from Terry is probably on the minds of thousands of teachers:

Any help for identifying and re-enforcing tech skills needed to take the online PARCC tests (coming in 2014-15)? Even a list of computer terms would help; copy, cut, paste, highlight, select; use of keys like tab, delete, insert; alt, ctrl and shift. There does not seem to be any guidelines as to prepping students on the “how to’s” of taking an online test and reading and understanding the directions. It would be great to take advantage of the time we have before the PARCC’s become a reality. Thanks!

Between March 24 and June 6 (2014), more than 4 million students in 36 states and the District of Columbia took near-final versions of the PARCC and Smarter Balanced efforts to test Common Core State Standards learning in the areas of mathematics and English/language arts. Tests were administered via digital devices (though there are options for paper-and-pencil). The tests weren’t intended to produce detailed scores of student performance (that starts next year), but field-testing was crucial to finding out what worked and didn’t in this comprehensive assessment tool, including the human factors like techphobia and sweaty palms (from both students and teachers).

After I got Terry’s email, I polled my PLN to find specific tech areas students needed help with in preparing for the Assessments. I got answers like these:

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The Number One reason–according to students–why their computer doesn’t work is… It’s broken. Can I move to a different computer??? Doesn’t matter why they’re wrong. My teacher job is to provide strategies so they can independently solve problems like these.

As a tech teacher, I know that half the problems that stop students short in their tech lessons are the same few. Once they’ve learned the following twenty-five trouble shooting solutions, they’ll be able to solve more than half of their ongoing problems.

In the three years since I first posted this, I haven’t changed my mind about these problems. These transcend platforms, curricula, and Standards. When your youngest students can’t double click that tiny little icon to open the program (because their fine motor skills aren’t up to it), teach them the ‘enter’ solution. When somehow (who knows how) the task bar disappears, show them how to bring it up with the ‘flying windows’ key. When their monitor doesn’t work, go through all possible solutions together (monitor power on, computer power on, plugged into duplex, etc.)

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