Tips for Tinkercad

Tinkercad is a free, on-line 3D design website that allows people to create files for 3D printers and other equipment.  Kids are the target audience so students would be able to jump right in.  Students can have a free account and all of their designs are saved to the web account.  Students can, then, 3D print or render their design on a CNC Cutter (Computer Numerical Control Cutter.)
Teachers be aware that you can set up a classroom account so that you can look and comment on students’ work.  Lance Yoder of Edgaged talks about this feature in his YouTube video Tinkercad Playlist.
I would suggest working through the beginning examples to get a handle on how to design with the website and then spend some time on your own with additional YouTube videos or just the website itself experimenting with the options.
MatterHackers have a number of good related YouTube videos and also have other information about printing your design after saving it in Tinkercad.
Here is a place within the maker world where teachers can introduce a website and not know everything about it.  I think there are a few students in classes from grade 5 right up to 12 that will take the lead on designing and figuring out how to create many fascinating models.

Making in Calgary (and on campus)

We are 18 years into this new century.  Eighteen years.  Students born in this century will be on campus this year.  It is time to embrace the new learning environments that have presented themselves this century.

There are many new spaces to create learning opportunities here in the city.  Learning has never been restricted to the classroom but there are some amazing opportunities out there for some unconventional discovery, design and creativity.

Many makerspaces are now accessible here in Calgary.  Try to visit one a month or a couple on a weekend to investigate which one can help you express that creativity that is bursting to get out.

Protospace has been around for a while and welcomes newcomers every Tuesday evening to look around and see if the space and the peer group fits your needs.

Fuse33 is the newest space in Calgary and you can arrange to go and see it.  It is a bright working space that offers everything from woodworking to sewing in a bright building in the South East area of Calgary.


The Calgary MakerSpace has plans for an incredible space that will be accessible by many.  Follow their progress on their site.

And last but not least, the newly opened Lab NEXT  here at the University of Calgary.  “Lab NEXT features a makerspace, bookable collaboration rooms, open collaboration space, and high performance computers.”  Also in the space are various 3D printers, Cricut machine and scanners. Workshops are being run during Block Week and into January to familiarize staff and students with the space and resources available on a bookable or drop in basis.


Lab NEXT not only features state-of-the-art equipment, it also has staff to help you with various questions you may have about your research technology.  It is a very handy place to have on campus for the use of staff and students. It is located on the 3rd floor of the TFDL.  Visit the site and go over to check it out.


Maker Centered Learning

Maker Centered Learning: Empowering Young People to Shape their Worlds (2017) is one of a few new “maker” resources here at the Doucette.   Making is becoming a hot ticket item in the education field with many publishers and manufacturers jumping on the making wagon.


Having read some of the literature beginning in late 2014, there seems to be a definite  change in tone and content in this later literature.  Looking back at the Maker Movement Manifesto from 2013, it really was all about the gadgets:  3D printer, soldering, circuits, copper wiring.  It was about setting up a place in which to make with tools that were purchased, usually beyond the budget of the average school.


There is new hope for those educators who wish to make in their classrooms.  Maker Centered Learning dwells on the benefits of having students make with whatever you have and where ever you are.  Instead of embracing the Makerspace in schools, educators are more openly embracing the maker mindset in the environment they work in.

Although having a dedicated maker space in a learning commons or library is a very desirable location in a school setting, newer literature is encouraging teachers to take what they have to situate making in their learning spaces. In addition, the re-designing of these learning spaces  to make them more flexible for different uses including making and more hands-on activities is showing up more and more in the writing.

Meaningful Making: Projects and Inspiration for Fab Labs and Makerspaces was also received in the library recently and is comprehensive in looking at projects with how-to’s, additional websites and curriculum connections.


There are many new resources to support making in learning environments. There is a definite change in the focus from buying and equipping a Maker Space to including making in a classroom using what is available.  The emphasis on the hands-on learning aspect of making is coming to the fore and not a minute too soon.


3D Printing in a School or Educational Environment

Do you look at the advertisements for 3D printers and wonder if there is one with your name on it?  Do you wonder how engaged your students would be if only they had access to a 3D printer? Are you reading articles that say that having a 3D printer is a necessary part of your new Maker Space?

Having a 3D printer is a great addition to a Maker Space no matter the age of your students.  3D printing allows students to create prototypes not limited to the available materials.  There are many websites that show designs that have been created to be printed on a 3D printer.  Thingiverse is one comprehensive collection of what others have designed to be printed.

Some students have the ability to design or invent a prototype or parts that do not exist in real life or on design websites.  For this purpose, many of the design websites allow students to create 3D designs for printing.  AutoDesk AutoCAD is recommended but facilitators may need to investigate and work through the design process first before introducing it to students.

Tinkercad is a great app or website to start out creating items and have students who haven’t experienced “design” to explore.

Remember that committing to a 3D printer in your space means that someone has to maintain the printer, make sure things are printing smoothly and organize the printing requests.  Local experience says that while the printer is printing someone should be present, not watching but in the area doing some other work.  If this will be your Library Assistant, it would be a good idea to train and be available as backup for their learning.

Having a 3D printer in your workspace also means continuing cost.  The same way we purchase paper for the printer or photocopier, the filaments that create the 3D printed object need to be purchased, loaded and maintained.

Although many schools have a 3D printer on their wish list, you may be the person who investigates before you get one and plans for its maintenance, use and all the other design sites and software necessary to make the best use of this technology.

Here at the University of Calgary, we are lucky to have a 3D printer administered by the Taylor Family Digital Library.  There are Tech Mentors that can facilitate students to complete a design that is recognizable by the 3D printer software.  And, for supply cost, you can print an object.  Occasionally, workshops are available to show students how the process works.  Visit the 3D printing page for more information.

Librarians on the Road – Part I – Edmonton Public Library

Although the Doucette Library serves the students of the Werklund School of Education, we librarians realize that there is a big world out there.  Recently, three of us hopped in the car and drove up to Edmonton to see some unique educational spaces.

We started our tour at the Edmonton Public Library, Downtown Branch, where a significant makerspace has been installed on the main floor.  This space is largely dedicated to the digital aspects of making, although there are plans for a large re-model and expansion of the space.

Dedicated gaming areas are comfortable and almost silent due to the plastic cone enclosures for the speaker system.  Gamers do not have to wear headphones and the noise is directed at the player.  All the stations were being used when we were there on a Monday afternoon.

Not one, but three, 3D printers are situated by the staff desk.  Staff members are familiar with trouble-shooting all three printers.  The printers are produced by a company in Edmonton so further trouble-shooting is only a phone call away.  PC and Mac computers contain design software and staff can help clients with their creations.

Two sound rooms provide a location for podcasts, music recording, and practice.  They are small but equipped to provide maximum sound proofing.

The Espresso Book Machine was producing a single volume work by a local author.  In a matter of minutes, a copy complete with cover and glued binding is ready for the client to look at.

There is a green screen space that is often used by schools, photographers and filmmakers to produce excellent quality work.

Clients could be seen converting photographic slides from the ‘70’s to digital media that would not degrade as the slides were doing.  Conversions can be done from VHS, CDs, photographs and slides.

This space is very well used.  Staff is accommodating and very busy.  School trips are booked solid for the foreseeable future and it is a popular drop in for all ages. Oh, and all the power outlets hung from the ceiling offering maximum power to everyone.

This is one well-used educational makerspace.  And the fact that they will provide smaller maker areas for every branch in Edmonton means that Edmonton Public Library knows that making is the way of the present and the future.  Go and visit sometime and see what possibilities are already in place.

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3D Printing

Many makerspaces are built around the 3D printer as a main attraction.  Makerbot has made the purchase of a 3D printer and the accompanying software a possibility for some libraries and makerspaces.

The Taylor Family Digital Library at the University of Calgary makes use of a Makerbot 3D printer in its Digital Media Commons. Recently, I attended a workshop run by a Digital Mentor to walk through the steps to generate an artifact in 3D.

All the software from Sketchup for the beginner to Rhino and Blender for the more advanced designer is available on the gaming computers located near the 3D printer.

Next, we were introduced to a 3D scanner by Next Engine that scans 3D objects with laser precision for printing.  This scanner is reported to be used by Jay Leno for reproducing small parts for his vintage car collection.

Then, we returned to see how the scanned item was imported into the Makerbot software.  This software is one of the reasons that Makerbot is such a popular trademark.  It is easy to learn and prints good results.

Although a 3D printer is not essential in a makerspace, it does add a bit of novelty to making.  One of the recent items printed at the TFDL was the 3D model of a brain for a neuroscience student.  As she works on the model she is extra careful since it is the image of her own brain.  For unique parts or for those intent on designing unique items, the makerbot delivers.