“The emergence of maker culture depends a great deal on our understanding that different people learn through different means. Some are auditory learners, and some are visual learners. Yet another group learns best by doing. These are the makers.” –William Craig in Forbes
Over the past few months I have written about our efforts to turn a room in our district’s high school into a makerspace. While the makerspace will always be evolving with the addition of new materials and technology, we can say for now that it is done and ready for use. The first order of business once the room was completed was to begin instilling in our students an idea that can best be summarized as the maker culture. As William Craig explained in Forbes magazine, the maker culture leans heavily on a constructivist approach to
education–that is the notion that learning is best done through doing. In a sense we all probably understand that one of the best ways to learn something is to do it yourself. Trial and error and intellectual risk taking are all part of this makerspace learning experience. American history is filled with stories of makers who tinkered around, explored how things work, and ultimately changed the world forever. From Edison to Wozniak, the maker culture has been an important part of the American experience. As educators, we need to ensure our students are familiar with this. The maker culture in schools is one that encourages students to explore new technology, to collaborate with others, to use materials in new ways, and to ultimately learn by doing. Maker culture is about breaking down barriers and making new technology and ideas accessible in a low-risk environment. Since our makerspace opened, we have been working hard to bring this maker culture mindset to all our students.
To open the makerspace we planned for a series of Saturday morning makerdays for students in our school district. We have invited elementary and middle school students to come into the high school’s space and make. With support from our board of education and education foundation, we have hosted two of these makerdays for students and can see a maker culture beginning to develop. For elementary students, we created a challenge where teams of students had to learn about circuits and the electricity grid, then build their own cities powered by littleBits. Our young makers had a blast and built some amazing cities as you can see in this gallery.
We also hosted a makerday for middle school students that featured three engineering design challenges using an old invention–the popsicle stick. Students were tasked with creating a catapult that can fire a marshmallow the farthest, building a bridge that can hold the most weight, and finding a way to protect an egg so it will not break when dropped from fifteen feet high. The pictures below show some of the amazing bridges students were able to build in forty minutes using only popsicle sticks, glue, and about two feet of string. The winning design spanned over fourteen inches and was able to hold about thirteen pounds of sand!
We will host additional makerdays this year with the goal of creating a district-wide vertically articulated makerspace culture. Like all makers, we have learned a ton in the process of putting these events together. Not everything has been perfect, and we will continue to refine our makerday approach. The one constant has been our talented students who are able to work collaboratively to make amazing inventions. They are beyond impressive. We hope they will be influenced by their time in the makerspace and continue to embody the maker culture by tinkering, exploring, and inventing.