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Self-Assessment for Teacher on ISTE Standards

UPDATE: MobileMind no longer resells the assessment mentioned. They have, however, referred me to 2gnō.me. If any of you have used 2gnō.me and want to share some insights, please do comment below.

Yesterday I was introduced to MobileMind and the professional development solutions they offer, particularly in regards to Google in Education. I’m looking forward to learning more about the workshops they have available not only from the standpoint of an Instructional Technology Specialist responsible for providing quality PD for the teachers in my district but also from the view of an Instructional Designer about to start work on my dissertation in IDT.

mobilemindI did, however, want to go ahead and share their 360° Skills Assessment, based on ISTE Standards. This self-assessment takes about 15 minutes and is free and confidential. By answering some multiple-choice questions about 23 competencies aligned to the 5 ISTE Standards, a teacher can get a good picture about where they stand in regards to the standards. Teachers will need to create and confirm an account with 2gno.me in order to take the assessment.

Are any of your school districts using MobileMind? I would love to hear about your experience.

After taking the skills assessment, were your results what you expected? Tell me about it by posting a comment!

 

More Thoughts About 3D Printing

This week I am showing my Polar 3D printer to the kindergarten students at my school. I will state out front, I am NOT a kindergarten teacher. After so many years teaching high school and not having raised children of my own, I find it a challenge to teach the younger kids. I always feel like I am talking WAAAAY over their heads. Turns out, kindergarteners know more than I thought. Of course, it helps that our kindergarten team of teachers is so talented and is preparing them well.

I mirrored an iPad serving as a camera to a TV in my room so the kids could better see the printer in action. They have been talking about snowflakes so I printed a snowflake for them as I talked about 3D printing and some ways it can be used. Of course, the favorite type of 3D printer for most kids (ok, adults too) is the one that prints in chocolate. I wish I had one of THOSE to show!

Here is a video on 3X speed of the first layer of the snowflake I printed for them. I even prepared for their visit by making each of them (all 160+ kindergarteners in our school) their very own 3D printed snowflake. One sweet girl said she was going to make her snowflake into a necklace.

 

 

I am looking forward to continuing to explore 3D printing, not only for myself but for how I can help students use it to express their inner genius. With use of applications like Tinkercad and our ever-growing Chromebook inventory, I hope to have some students designing and printing their own creations soon. It is an exciting time!

Want to learn more about 3D printing? Check out my December, 2015 Tech Newsletter!

 

 

100th Day Ideas: #GAFE, #BreakoutEDU, #STEM

100We are nearing the 100th day of this school year. When I taught in a high school, that momentous date would pass without much recognition. Now that I am in an elementary school environment, I know it is not only celebrated but used as a special day of teachable moments. Here are a handful of ideas that you may consider giving a try this year.

100s Grid in Google Sheets:

100s-gridUse this shared Google Sheet file as a starting point (you can make your own copy by using THIS link). You could share the file with students through Google Classroom so each could have their own copy OR you could even do an analog version by printing it out. If you print it out, I suggest printing a screenshot of the grid and be sure to include the column and row headers so students can practice naming spreadsheet cells.

The Google Sheet file includes a few tabs with ideas.

algorithm-2Have students draw a number by coloring in the background of certain cells. If the student chose to draw a “2”, then have them identify which cells someone else would have to color in in order to draw the same “2”. Then, have them give that algorithm to another student and see if they can recreate their number.

This could also be done with letters. As an example, the sample spreadsheet uses the letter “C” (100 in Roman numerals). Students could also take a more artistic approach by making a heart (think Valentine’s Day), a smiley face, a flower, a Minecraft character. You get the idea.

As an alternative, students could be given the algorithm first and as they complete the steps, they see the object appear.

breakouteduA possible tie-in to BreakoutEDU: Give a grid to four groups of students along with the algorithm to draw a number. Then, those four numbers could be used to unlock a four-number combination lock.

 

Melting with 100s:

I saw an idea on Education World and am building on it. “Ask kids to measure the amount of water in 100 melted ice cubes.”

iceThey certainly could do that and use a Google Form to enter data into a Google Sheet. They could then create graphs to explain the data, especially over time. They could also gather ambient temperature data (in Fahrenheit and Celsius) and include those in the data set.

An alternative might be to include the 100s concept in the formation of the ice cubes. Maybe make a container 100 cm square and have the water drain off into another container. How much ice do they start with and how much ends up in the other container? Why don’t the two add up to what we started with?

Maybe have different kinds of ice cubes. Some just water. Some with water and additives. Would adding food coloring to water change the rate of melting? What about other substances?

I’m not a science teacher (I was a band director back before I dove into EdTech) but I can see lots of possible connections to science and math that you curriculum experts could expand upon.

 

Opinion Survey:

Have your class (or small groups of students) develop an opinion survey using Google Forms. Have them collect answers from 100 people and then analyze the data. They could share their findings by making a video, animation, or narrated screen recording.

 

100 Cards for Elders or Service Members:

card-sample
Another idea inspired by Education World. “Help children send 100 cards to a local nursing home.” This would also be good for sending to soldiers, local police officers, or firemen.

How about giving students a Google Slide template (or Google Drawing) of a greeting card cover. Students could use the various drawing tools to design the front of the card. Print them off in color and have student fold them and write a thoughtful message inside.

I threw together a sample using Google Translate to find ways of saying “Thank you” in different languages. It gives a chance to use Google Slides, Google Translate, Google Fonts, and a variety of text formatting tools.

 

Ratios and Fractions:

Yet another idea inspired by Education World.  “Have kids count 10×10 Jelly Beans.”

I have seen the M&M (or Skittles or jelly beans) ratio/fractions lesson done many times and in many variations. Add a 100 day twist and gather the data for the whole class into one Google Form. Then create graphs to explore the data.

 

A Maker Twist:

And yet another idea inspired by Education World.  “Collect 100 buttons, and have kids categorize them according to shape, size, number of holes, etc.”

Maybe after they collect the objects, have them collect the data about categories in a Google Form for easy analysis. But then, make something with the buttons. Glue them to a piece of cardboard and paint them. Throw in some LED lights with a battery taped to the back of the cardboard. Or maybe use a Makey Makey and make some kind of controller using the buttons.

 

tickleSphero or Dash Take a Tour of the School:

Have students use Tynker or Tickle to code a Sphero or Dash to take a tour of the school in 100 blocks of code. Give a starting and an ending point and let students choose where to visit. Have them write about their tour and explain why they chose those stops. Video students running their code and let them read their essay over the video.

 

What do you think?

Do you have any special activities you do with your students (or teachers)? I would love to hear about them so share a comment below!

 

 

SVG Issue from Illustrator to Tinkercad

I just wanted to drop a quick post on here in case anyone else is running into this issue (and to remind myself of the solution when I forget it).

I wanted to make a 3D print of my school district logo on my Polar3D printer. I brought the PNG file into Illustrator and manipulated it as needed. Then I exported as SVG. The problem was that particular SVG file would not import into Tinkercad. The file type wasn’t wasn’t recognized.

tinkercad-error

The fix is pretty simple.

The SVG file is actually an XML file but when Illustrator creates it, it doesn’t add the first line of code to the file that specifies it is an XML file. So, the fix is to open the SVG file in your text editor of choice (Dreamweaver is mine) and add the following at the start of the file.

<?xml version="1.0"?>

Here is my file!

 

Another Amazing Race

I just finished presenting a session at the Tennessee Educational Technology Conference. It was another iteration of “An Amazing Race” using a variety of Google tools. The session had to be closed early because we filled up (even Adam Bellow couldn’t get a seat!).

Unfortunately, the wifi was not cooperating so the activity itself was quite frustrating. However, based on the comments I received afterward, people left with a good idea of the structure of the activity and how they can take it back to their schools. It really is a pretty simple way to incorporate active learning in any lesson and any subject.

I shared a post earlier in the year about when I did the activity with the teachers at my school but I wanted to share this session’s experience and workflow as well.

I began by displaying a Google Doc explaining the activity and giving some tips. I didn’t spend too much time talking but I wanted to lay a foundation. My focus for this session was, in part, about learning some specific skills but it was more about providing exposure to the activity and having a meaningful debriefing afterward so attendees would feel comfortable taking the activity back to their own schools.

Because I knew the wifi was iffy, I threw together a more thorough debriefing document last night. I used that after the 20 minute version of the game to walk through what the attendees WOULD HAVE been able to do if wifi had been more robust. This was my favorite part of the session. It gave me a chance to show a few things and toss out ideas for use.

I grabbed a little Periscope during part of the session and explain a little but about the activity during it.

 

I wish the session had gone more like I had planned but, honestly how often does THAT happen – rarely. I appreciated the time 50 people spent with me and I look forward to hearing about how they can take the idea and run with it.

A Fix for the New Google Forms

I haven’t had a lot of time lately to keep up with the changes to Google Forms but got slapped in the face with them today when I needed to make a Google Form (new UI) and found no data validation options. Really?

Checked in on the chatter in our #GTAATX Hangout chat and spotted this handy reminder from Jess Powell:

Not in new forms
In the same conversation, as usual, a solution was offered. This time by the super fantabulous James Petersen:

James's Form Fix
Worked like a charm! My PLN to the rescue yet again.

 

 

The Amazing Google Race (LES Edition)

As an element of my technology sessions at Lakeland Elementary School’s teacher inservice yesterday, I took a different approach. I did this partially to better model what I have preaching (teacher as facilitator rather than all-knowing bestower of knowledge) and also to give my teacher first hand experience in how a student feels in that environment. Additionally, it made the session more interactive (less boring) and by finding answers on their own, the teachers should better remember what they learned to do. In hindsight, I also believe a major benefit is the realization of many of my teachers that they know more, and can do more, than they thought they could. Being under the pressure of a time clock and motivated to beat the other teams, they had very little wiggle room to have their creative problem solving skills hijacked by self-doubt. Instinct kicked in. From the standpoint of the facilitator, it was fascinating (and addictive) to watch that happening. Very, very cool.

Here is an amended version of the Google Slides I used to introduce the activity.

I encouraged grade-level teams to find more comfortable spots to congregate in our library. I told them they needed room to move and also to have the ability to talk as a group without other groups hearing them.  In addition, I told them that they would primarily be using one computer to navigate the challenges but other members of the team would also need their laptops here and there.

After the set of challenges was over, I went through each step of the process pointing out how I had envisioned finding the answers or completing the tasks. I also pointed out how some teams found other ways to do them. I shared how I felt as a facilitator and we talked about how the teachers felt learning in that type of activity. Overall, it was a little painful but, through the struggle of problem solving, learning happened. Teachers were engaged, working together as a team, allowing each team member’s strengths to be used.

 

Here is the overall structure of the activity.

I gave a link to a Google Form where teachers entered their team name and grade level – http://tinyurl.com/les-race. When that form was submitted, the normal “thank you for your response” statement was replaced with instructions for Challenge #1.

 

CHALLENGE #1:

Create a Google Drive folder called “Amazing Race” and share it with each member of your team and Wanda giving ALL of them the ability to edit the contents of the folder.

Upload a Google Document that has your team’s name & picture into that folder. Copy the link to that Google Document.

When you have completed this challenge, go to this URL: https://goo.gl/ZgS2Xk

When they went to the second Google Form, they were asked to past in the link to the shared Google Document. On submission, they received information for Challenge #2. 

 

CHALLENGE #2:

Create a Google Calendar event, scheduled for today at noon, titled “Let’s Get This Party Started!” and invite your team and Wanda to the event.

When you have completed this challenge, go to this URL: https://goo.gl/vPmDmz

When they followed the link to the third Google Form, they were asked if they were thinking of ways to use this with their students. I only gave them the option of answering “Yes.” The question was there more to GET them thinking about that now that they were in the midst of the activity. When the form was submitted, Challenge #3 was presented.

 

CHALLENGE #3:

This is a big one. So big, the instructions wouldn’t fit. You can find them at this URL. https://goo.gl/7nLfgo

Follow the link to that Google Document to see all the steps for Challenge #3. They created a 5 page Google Slides file. 

Slide 1 – A photo of Mabel Hubbard’s scientist husband. (This used Google Search to find out who she was and married to. Also, finding a picture of her husband and inserting it into the slide.)

Slide 2 – A screenshot of Google Maps street view of the Great Sphinx of Giza. (This used Google Search and Google Maps / Street View.)

Slide 3 – A text box containing the name of the man in this photo: http://tinyurl.com/les-who-am-i(This used Google Search by Image and insertion of text box.)

Slide 4 – A QR code that takes you to the LES website. (This involved Google Search and creation of a QR Code as well as inserting the QR code image into the slide.)

Slide 5 – There is a musical instrument on page 54 of Phonics Charts by Dr. Fry. Find a YouTube video of someone playing that instrument and insert it into the slide. (This involved Google Search – using the book title in quotes to find the exact book – which led them to Google Books. Once finding the instrument, searching YouTube for a video was next. The URL was copied and was used to insert the video into the slide.

Finally, copy the link to that Google Slide file. Go to this URL and submit it – https://goo.gl/JXnsxG

When they submitted the link to the Google Slides in the next Google Form, they received the information for Challenge #4. NOTE: After a little of time of them working on this one, I pointed out that, since the file was saved in a folder that they whole team had access to edit, different people could be working on slides simultaneously. 

 

CHALLENGE #4 – THE FINAL CHALLENGE!

Create a Google Drawing and save it in your “Amazing Race” folder.

Each member of the team must pull up the Google Drawing file at the same time. Each should draw their name using the Scribble tool.

When you have completed this challenge, go to this URL and follow the instructions there: https://goo.gl/x4EWF2

Not only did they dive into Google Drawing but they were able to collaborate on it at the same time. They had to find the Scribble tool as well. The final link takes them to a one-slide Google Slide file congratulating them and instructs them to chant their team name. This allowed me to know they were done at which time I wrote down their time (I was using a stopwatch). Other teams continued their challenges as I went through and looked at the evidence submitted, making notes of errors. 

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