UPDATE 4-3-16: Session Times have been changed to afternoons to accommodate students who participate in neighborhood swim teams.
Do you live in the San Antonio, TX area? Do you have a child aged 7-11? Then this is the camp for you! I am offering an Undercover Robots Camp this June, 2016. We will be using the Dash robots from Wonder Workshop. (Robot purchase is not required, but bringing your own can result in a camp discount.) Here is the link to the registration page.
Click here for a PDF version of the above brochure!
This is a bonus post for those of you who keep track of my daily posts! Our Maker Club made some paper circuit Valentines, and here are some of the results. For instructions on making paper circuit greeting cards, you can check out this post. If you are interested in more Valentine ideas, here are many that I have collected over the years.
Thanks to my unquenchable Kickstarter addiction, we have a new addition to our classroom called, “Bloxels.” Bloxels will look familiar to those of you who have used the free Pixel Press “Floors” app on your iPads. For that app, you can design video games using paper and the library of symbols provided, scan your design, and play it on the iPad. The Bloxels kit (made by the same company who brought us Floors) makes this physical modeling even easier by providing a tray and colored cubes to insert to design your games. With the free Bloxels app, you can take a picture of your finished product and play your game.
Two second grade girls who come to our Makerspace each Friday got to be the first to try out my Bloxels kit. They absolutely loved dropping the colored blocks in and spent all of their time making their design, so they didn’t have time to actually play their game! The following Friday, they got to test out their masterpiece, and realized very quickly that they had made the game far too difficult to play. They turned to the included booklet of suggested designs, and picked the first one. That one, though, was way too easy, according to them. So they “remixed” it to their complete satisfaction. As the bell rang for school to start, they both cried out in disappointment, and informed me that they couldn’t wait to make new designs.
To get some more information for this post, I went to the Bloxels website, and was completely surprised to find a lot of support for using Bloxels in schools. They’ve already created some curriculum integration ideas, and it seems promising that there will be more to come as the site has a link for potential contributors. There are lesson plans based on the Design Thinking process, as well as recommended activities and a downloadable guide book. I also love the 13-Bit Builders section that features a diverse group of young game designers.
What I love about this kit is the potential it has for students in any grade level and with a variety of interests to immediately engage. Although my upper grade levels enjoy the “Floors” game, some of them got frustrated when their drawings weren’t recognized by the app because of imprecision, but that doesn’t seem to happen with Bloxels.
The Bloxels app is free, and available on most mobile devices. You can actually design your games in the app (without the kit), but I think the kit really enhances the experience. One set is about $50, and there are classroom packs available as well. Purchase orders are accepted, and you can find more information here.
Assembly is an iOS app that is particularly suited for those who like to design with shapes. This is ideal for me because I never took a drawing class in my life. In addition, my students have been working with Tinkercad (which is all about combining shapes to create) so I am kind of in that frame of mind.
I decided to try Assembly when I saw a blurb that mentioned it is good for creating logos. I am even less practiced in graphic design than I am in drawing, but I have been looking for a new “Engage Their Minds” logo, and decided to give it a try.
Assembly is fairly intuitive if you’ve used other design programs. You drag shapes onto the screen, and you can then resize, rotate, move, and change their colors. Put some shapes forward and others back, reverse the image and/or even group them if you so desire.
The free app includes 180 shapes – but I soon realized I needed more. After about 5 minutes of using the app I decided to invest in the $11.99-never-have-to-buy-another-pack-of shapes-again option because I hate wondering if I could find the perfect shape if I just purchase one more pack, and then discovering that wasn’t the right pack at all. I’m probably the company’s ideal customer, a non-artist with Delusions of Dazzling Design skills.
Here is my first attempt at designing a logo. I created all of the letters in “Engage” and “Minds” using shapes in the Assembly app. Then I imported the image to Type Drawing so I could stamp the “their” part where I wanted. My husband, who has some experience with graphic design, actually seemed slightly impressed by my first try.
I have to admit that I had a blast making the logo, even if I don’t end up using it!
Pixite, the maker of the Assembly app, has other creative app options here. The suite of apps includes a coloring one for those of you who like to administer self-therapy with adult coloring books 😉
I feel like teaching children to brainstorm has become more and more difficult as my teaching career progresses. Even my younger students who, in theory, should be less inhibited, barely manage “brain drizzles” until they’ve had lots of practice. It is very hard to encourage them to understand that quantity can be better than quality when that is the opposite of what they are told most of the time. (See this article that cites an example of the importance of quantity in an interesting study.)
I recently ran across the technique of “reverse brainstorming” in this article from Edudemic. Mind Tools also has an article about using reverse brainstorming here. I have never tried this with my students before, but it looks like a lot of fun. I decided to try it myself first.
Problem: How can I get students to increase the quantity of ideas when they brainstorm?
Reverse Problem: How can I get students to generate the least number of ideas when they brainstorm?
tell them their ideas have to be perfect or they can’t come to class anymore
refuse to give them a writing utensil
tell them that no silly ideas are allowed
take away 5 minutes of recess for every idea they write
don’t let them talk to anyone
count down the time out loud while they are brainstorming
distract them with a snake or candy (both are equally distracting)
emphasize handwriting and spelling
make them sing their ideas to the rest of the class
So now that I have a list of what not to do, how can that help me think of something I can do?
Well, reverse brainstorming was fun, so I’m going to definitely have the students give that a try. Also, looking at the list I notice that a few of my ideas have to do with writing. Students are allowed to draw but that seems to hamper them more. One thing my students seem to have no trouble with is talking – so maybe I could put them in small groups and let them record their idea.
Do you have any creative ideas for brainstorming? Feel free to add them in the comments below!
I didn’t put any of those posts into my Makerspace Essentials list. The reason for this is simple; I don’t think 3d printers are essential for a successful makerspace – yet. They can be nice to have, but still need to come down in price and up in user-friendliness before I would say every makerspace needs to include one in its inventory.
What is essential, though, is helping the students to learn the steps in the Design Thinking Process. This life skill is not generally fostered by the traditional school curriculums where there is only one right answer and there is no time for repeated iterations and revisions. But it is my opinion that every student needs to learn about it. A makerspace is the perfect place for that to happen.
Design Thinking may look a bit different according to the model you choose, but all of them have commonalities. Brainstorming (often called ideation) is always included. Prototyping and testing also appear in all of the models, though those particular words aren’t always used. Iteration (repeated efforts to fine-tune a project) and revision are also vital.
My colleague and I use the City X curriculum with groups we meet with each day. Provided by IDEACo, it includes a Design Thinking model that the students learn to identify as they participate in each stage. With our Maker Club, we use the basic TMI (Think, Make, Improve) model that was recommended in the book, Invent to Learn. You can find other resources at Design Thinking for Educators.
If your makerspace does not have formal lessons (hopefully you are able to offer pure exploration times), you can still guide students in the use of Design Thinking. Use posters on the wall to point out the steps in the process. Encourage them to learn from mistakes and to make changes and adjustments. Show them what brainstorming looks like, and allow for a lot of collaboration.
Being able to create is a skill that was becoming far too rare. I feel that I am witnessing a revival of it. However we may have to undo some of the damage already done by our consumption-focused world. So, don’t forget to give your students one of the biggest “real-world” skills that will impact their lives in a positive way – Design Thinking.
I briefly mentioned Project Ignite yesterday, and would like to explain the site today for those interested in using it. I first found out about Project Ignite from my colleagues on the #makered Twitter chat (every Tuesday, 8 PM CST). I am, by no means, an expert on Project Ignite. However, I can give you a few tips that I’ve learned when using it with my students.
A site from Autodesk, Project Ignite includes projects from two Autodesk products – Tinkercad and 123D Circuits. I have only used the Tinkercad projects so far.
Tinkercad is the design program my students use for creating objects for our 3D printer. You can have students directly log in to Tinkercad, but there are a few reasons you may want to use Project Ignite to introduce them to the program instead of going straight to Tinkercad.
Project Ignite allows teachers to create classrooms and assign projects within those classrooms. Projects can even be assigned through Google Classroom.
Students can sign in with Google credentials, and join the Project Ignite class with a code. (Click on “more providers” when you get to the login window in order to see the Google option.)
Teachers are able to view the progress of their students on projects at any time from one dashboard.
Project Ignite is less overwhelming for students who are just learning.
Project Ignite includes specific projects with step-by-step instructions. They are labeled by difficulty level. There is also a “Freestyle” project, which you can assign if you don’t see the specific objective you want to address in the projects on the site.
Parental consent is needed for students under 13 to use Project Ignite and Tinkercad. (You can find a Parental Consent form here, or use one that your district provides.) Once students get comfortable, they can log on directly to Tinkercad to design and remix other projects. Since Tinkercad does have a Gallery to which anyone can publish, it is possible inappropriate material will appear. However, the Gallery option does not appear on Project Ignite.
If, you don’t know anything about Tinkercad (like me when I first started last year), you might want to go through some of the Project Ignite beginner lessons yourself to gain some familiarity. Tinkercad also has a great tutorial page. You can scroll down to the bottom for a few short videos that include an overview of Tinkercad. Older students usually move on the Sketchup or other design software, but I find Tinkercad is just the right level for my elementary students. My students picked up Tinkercad faster than me, and teach me something new every time we design.
The only downfall that I’ve found with Project Ignite is that I would love to see more projects from which to choose. The site is looking for more contributors, so if you think you have a wonderful 3D printing lesson to add, click here.