Favorite Moodle Uses

Timon Piccini recently asked for some feedback on Moodle because his district’s moving to it for online course management. You can find tons of Moodle tutorials and articles online. I want to do something new: share with you my favorite uses for Moodle.

Screen Shot 2014-06-07 at 5.15.37 PM#5 Pages Can Look Nice

Lots of former users at my school like to complain that Moodle is ugly. At left, I show you one of my nicer lab setup pages where I showed kids how to use the equipment. It was as easy to create as a blog entry. If you hear Moodle is ugly remember most folks are comparing it to commercial tools like Schoology. Those tools draw you in with a Facebook-like appearance but the tradeoff of less functionality kills it for me.

Screen Shot 2014-06-07 at 5.21.45 PM#4 Flexible Gradebook

Will you be using the Moodle gradebook? I really like it for its flexibility. At left is a section of the student view.

Aside from the usual stuff (setting up categories with grade weights), I can choose from way more methods of calculating a score than I even know what to do with:

Screen Shot 2014-06-07 at 5.24.02 PM

I’m still not a huge fan of web-based gradebooks because they’re slow but Moodle’s got the best I’ve used in the genre.

Screen Shot 2014-06-07 at 5.12.58 PM#3 Plays Well with Others

I’ve embedded Google Calendars, YouTube videos, and Dropbox files into Moodle pages. I like that Moodle doesn’t require me to play in MoodleLand with all my existing content.

 

Screen Shot 2014-06-07 at 4.56.38 PM#2 Random Question Quizzes

Do you do Standards Based Grading? Oh right, of course you do. Reassessments are a bear to deal with, amirite? Not with Moodle Question Banks! Whenever I write a quiz or test, I pull random questions so that reassessment is as easy as allocating a second attempt on said quiz.

The screen at left shows a bank of questions for a homework assignment. I could manually pull individual questions into the assignment but no, that’s so 20th century. I head to the bottom of the window and “Add x random questions”. Bam! Homework created!

(Requires some assembly — you have to create the question banks yourself.)

 

 #1 Calculated Questions

I’ve written a bunch about Calculated Questions because they’re so awesome. Moodle isn’t the only game in town — ExamView has a similar feature, too. The gist of it — you write a question with variables embedded in it. Then, you define parameters for those variables. Finally, you write a function for computing the correct answer. Students receive different values in their instances of the questions. All of the sudden, one question becomes 100.

Screen Shot 2014-06-07 at 5.35.14 PM

The downside? These questions take time to generate, even when you know what you’re doing. Add on top of that the challenge of being a newbie wading through THREE LONG SCREENS of features and it’s easy to get overwhelmed. It’s so worth your time, though! In my opinion, this is the feature that sets Moodle apart.

My gripe? Moodle isn’t as nice as ExamView with calculated graphs or some other math-specific tools. You can totally use TeX notation when writing questions, which rocks.

In Conclusion

At this point in our edtech lives, we’ve all heard about how it’s not the tool, it’s how you use it. Sooooo true of Moodle. In its basic mode, Moodle lets you post files for kids to download, post links, and host your PowerPoint notes. So can about 100 other tools.

Where Moodle really stands out is with the question bank and quiz/test  options.

I have a few questions for anyone figuring on using Moodle so that I can tailor my responses to your needs:

  1. What other class management systems have you used?
  2. Will your kids be 1:1?
  3. What do you want a class management system to do?

MTBoS does ISTE

There’s a major educational technology conference in my own backyard June 28 to July 1 this year and I’m eager to meet up with old and new friends alike from the mathtwitterblogosphere. Let me know your availability and I’ll organize some kind of group thing:

Open-Internet Quizzes

All my quizzes are open-internet* AND students may reattempt quizzes if they think they can do better. Yesterday, I was cruising around the room and saw this on a kid’s screen:

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Searching for “how do i find the angle of the equilibrium force”.

I figure one of two things is happening here:

  • kid has zero idea how to find the problem and is searching for a howto online
  • kid wants to confirm that what she’s doing is correct

My gut says it’s the first scenario. As I kept moving around through all my classes, I also spotted kids copy/pasting the whole question, hoping it was published online (gotta admit to doing that myself). One kid was really pissed to learn the result he used to answer his question was incorrect. In his words, “Google lied to me!”

This Googling led me to wonder what my kids search for on open-internet quizzes:

myavatar mgolding
Would love to have a list of what all my kids google for during my open-internet quizzes. http://t.co/TREirQUamS
3/20/14 10:58 AM

Oh, it’s on. I have a few different plans here:

  • classifying the kids’ queries because I’m curious
  • helping them search better
  • planting Easter Eggs on Yahoo Answers (yeah, I just want to mess with them a little)

The first step is to intercept the exact queries. John Burk pointed me toward the idea of a Google Form that hands off to a Google search query. I’d collect the data in the form and the kids’ searches would be automatically run. The key lays in convincing kids that me seeing their queries will in no way harm their score nor will I change my practice because of something I see. They need to believe me to use the form.

The second step is to learn if the query led to a result they used to answer the question.

More on this story as it develops.

*my quizzes are taken on Moodle, so the kids’ computers are online for the quiz. Also, we’re a 1-1 laptop school.

Virtual School on a Snow Day

Should my school, which is a 1-to-1 laptop school with over 90% of the students on high speed internet connections at home, consider calling a virtual school day when the weather keeps us home? (Note: my school isn’t actually considering it, I’m just wondering aloud here.)

I say yes but it needs to be formalized and supported with the right tools.

Fact: snow day work is a thing

Expectation to check class websites.

Expectation to check class websites.

If schools with the technology infrastructure and access among students assign snow day work, isn’t school effectively in session? And if we’re in session, why not count it as a day of school? My school does the former (work) but not the latter (call it school). Here’s the email my school sent out Tuesday announcing our snow day for Wednesday:

The expectation from my employer is that if a class was scheduled for a snow day, then the teachers will send out that work online. Yeah, I get that not all the kids will do the work, not all the teachers were planning independent work, and you can’t exactly hold a lecture or discussion online. (I don’t buy all these arguments, they’re just the ones the teachers will throw out there.)

Snow day work.

Snow day work.

I argue you can do anything online that you would’ve done in class — if you have the right tools available and the will to make it so. My assignment yesterday looked like this.

I’ll grant you that the online assignments aren’t as high fidelity as the in person work and some kids will lose power or internet.

Fact: makeup days are poorly attended

Here in Atlanta, we’ve already missed six days due to weather this semester. As the school looks toward the best ways to make up this missed class time, the natural inclination is to either tack days on after Memorial Day, our usual end to the school year OR to convert school holidays to school days.

My school’s already done the latter — this coming Monday, Presidents’ Day — has been converted from teacher workday to school day. Because of the last-minute nature of conversions, many students already had trips planned and will be granted an excused absence. All else being equal, do you think the number of kids who can’t access your online content during a snow day exceeds the number of your kids who can’t be at a makeup day?

We’re not terribly inclined to do the former, tacking days on at the end of the year. Mostly because it’s too late — that’s after AP exams, so does the AP student zero good.

My sources on poor attendance rates on makeup days? Charlotte schools know attendance will be low on makeup days and the same is true in Indianapolis.

Fact: electronic make up days are a (new) thing

This article from Huffington Post is my favorite discussing the trend of electronic snow days: Virtual Snow Days? Schools Experiment With Online Lessons During Bad Weather. My school has the infrastructure in place for electronic snow days. Not everyone is so fortunate, so this isn’t a solution for schools everywhere. Maybe, just maybe, it could be a solution here and now at my school.

Fact: online teaching tools exist

I see two tough obstacles to writing a snow day lesson: 1) it’s inevitably last minute work and 2) online learning is different from face to face learning.

My own lesson yesterday on reading python code consists of a hastily thrown-together video I posted to YouTube and a series of questions that roughly paralleled my plans for the face-to-face class.

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Here is the toolset I’d want to hold a real school day online:

  • A way to hold live classes: Google+ Hangouts, a BigMarker class community or some other videoconferencing tool.
  • A way to write on the computer: math and science teachers especially need to write by hand to teach, so I recommend a tablet, Doceri, and a stylus. Barring that, I’d want a whiteboard and markers at home.

And the institutional support I need to make it happen:

  • Parental education & support: Are we really gonna do this? Let the parents know that even though it’s a snow day we’re still holding school.
  • A schedule: Will classes hold live sessions at their normal times? I’d love a two hour delay on all classes on snow days so kids can sleep in and/or play in the snow.
  • Students have necessary software and accounts: Our computers are managed by IT,  so we installed all the software and tested it in class before the weather got awful.

My concern is that most teachers won’t be comfortable using these tools yet I need most teachers onboard before we could call it an electronic make up day, so how do I get them there? I’m prepared to teach my colleagues an easy web conferencing tool like BigMarker, encourage them to take home a whiteboard and markers, and hold class as usual in a live meeting over the web.

The Importance of Practice

and routines. Don’t forget routines.

twitterprofile

As part of my Twitter profile, I included the phrase, “trying to be progressive”. This blogpost has been in my head for about two weeks but I hesitated to write it because it’s the absolute opposite of progressive. In fact, it’s downright traditional. Meh, it works for me, so I’m sharing.

I’ve set up a classwork routine that works in my classes to give kids in-class practice that builds their confidence on the homework I assign.

Why classwork? I wanted kids solving problems in class not watching me solve problems in class.

Design Goal

Classwork problem sets should build in difficulty, helping kids to make leaps while I’m in the room for  support.

Here are all the classwork assignments from this semester:

Maybe it’s obvious to you guys but I just figured out that classwork assignments should prepare kids for homework assignments which in turn should prepare them for quizzes & tests.

Setting a routine

I felt like routine was an important thing to implement because of feedback from last year’s students. Many expressed confusion about what was expected of them in class as well as homework felt like it came out of the blue.

My goal was to establish a routine I could live with. The framework of a classwork assignment allowed me lots of wiggle room in terms of the questions I asked — Circuit Sudoku is a great example of a creative assignment that adequately prepares kids to solve basic electric circuit problems.

Here’s my routine:

  1. Kids get assignment. We agree on a reasonable due date — often times the next class meeting.
  2. Kids often can start an assignment with no lecture. In the case of Circuit Sudoku, I let them puzzle over the first drawing and the table for about 5 minutes and asked what they needed to be able to solve the problem. From that, I presented just the information they asked for.
  3. Kids do assignment alone for 20ish minutes (out of a 70 minute period). Duration varied depending on the class and their pace — I was looking for about 50% completion by most of the class.
  4. Kids work on assignment with partner. Meanwhile, I station myself at a lab table to answer questions. My answers are usually more questions but this year, I found bugs in my classwork sets that needed some work. Sometimes, if a question was uper-popular, I’d announce to the whole class a mini-lesson in 2 minutes then walk to the front of the room and say something like “ok, so #4 is messing with your head, right?” and share the morsel they needed.
  5. Kids check answers against the answer key. For any that are incorrect, the pairs return to step 4.
  6. Some kids needed some extra time to finish, so the classwork was never made due on the same day I gave it out.

My classes meet 5 days out of 7 on a rotation. The 5 days often looked like this: 1) introduce a topic, 2) work on classwork, 3) do a lab, 4) continue lab or classwork, 5) maybe extend the topic. As you can see, one classwork per rotation was pretty typical.

Future improvement

Students rarely referred to their completed classwork when they had homework questions. I want them to do so next year. Am considering having my homework questions offer feedback such as “this problem you just got wrong is very similar to something on the classwork”.

I also want to tweak the length and difficulty of classwork assignments. Many are too long and too easy. I’ve left appropriate notes to myself to correct these for next year.

What’s your routine?

Neglect and 180 Blogging

I decided this year to write a 180 blog, which has put this blog into a state of dormancy (is that even a word?) I didn’t expect. First off, my 180 posts are longer than they probably should be, so they simply take longer to write. Also, I do most of my interesting reflection over there. Here are a few ideas I’ve been kicking around the last week:

1. Our projects should be a reflection of what we learn in class.

Pinhole project aligned somewhat with class.

Pinhole project aligned somewhat with class.

I’ve run a musical instruments project as well as a pinhole camera project this semester.

For the musical instruments, kids struggled to see how placing frets on a stringed instrument was an application of our string resonance relationship. Next year, I want to have a lab where we build a monochord (single string instrument) complete with a full octave of frets. This’d hand off to the full project very smoothly.

For pinhole cameras, I will modify to ask for them to calculate the magnification based on object distance and image distance. Then I’ll ask them to predict image height based on magnification.

Do you do projects? How do you keep them closely aligned to the rest of class?

2. Labs are fun to do but my current format is a PITA to grade.

Lab writeups take me over a week to grade. I don’t see that changing. A week is too long for a student to actually use the feedback. How can I create a self-checking lab? Ideally, once a paper is handed in, it’d already be corrected.

I’ve done a little of this — some labs have a section I have to sign off on before the kids move on. When grading, I just look for my initials. Maybe my grading solution is as simple as building similar checkpoints throughout all my labs.

One question of many on a recent lab of mine.

One question of many on a recent lab.

3. How might I better develop units-sense in my freshmen?

What I mean is “how can I get the kids to see that units matter?” If you say you need a pinhole diameter of 0.6, I have no idea how big that is because you didn’t tell me inches or millimeters (it was millimeters). My kids view units in physics like they view showing their work in math — busy work the teacher makes you do that’s just picky details, not actually useful.

I can absolutely see incorporating units into projects in a way that makes them useful. Sometimes I have to control the power tools and the kids have to specify the size of a cut. If a kid doesn’t supply units, I can purposely choose the wrong units. A board that should be 2 inches wide could be made 2 meters wide, for instance. How do you drive home the value of units?