This document discusses the benefits of making and makerspaces for students, teachers, and principals. It defines making as using tools and technical skills, self-direction, design skills, and collaboration to create or fix things. Makerspaces provide resources like 3D printers that allow students to become makers and creators, rather than just consumers, helping them develop skills and find satisfaction in building projects. The rapid pace of technological change also makes maker skills increasingly important for adapting to new developments.
Presentation by Conn McQuinn, Director of Technology Learning and Leadership, Puget Sound ESD. cmcquinn@psesd.org
This is a reflection of Moore’s Law, first coined in the 1960s by the research Gordon Moore. Roughly paraphrased, the power of computer you can buy for a dollar doubles every 18 months.
This affects everything and everyone in our organization
Empowerment
Make, don’t buy
Open source
http://youtu.be/FGSo_I86_lQ
Image retrieved from http://eagleeye.umw.edu/2013/08/12/summer-maker-camp-uses-umws-learner-space/
It’s not about 3D printers, laser cutters and other high tech tools. It’s about student engagement, constructionism, and active learning. It’s about increasing student agency. At it’s core, bringing making into schools is about providing opportunities for students to engage in critical thinking, problem-solving, design thinking, mathematical thinking.
The maker movement in schools is supported by foundational research and practice by early pioneers such as Dewey, Papert, Montessori, and Piaget. In other words, the underlying pedagogies and learning research apply perfectly to making and fabrication. In addition, other research and practice such as Design Thinking and Adaptive Expertise are interwoven into the learning by making processes.
www.inventtolearn.com
And children of color and low-income families are the least likely to be engaged in these classes in school.
http://lazowska.cs.washington.edu/Lazowska.for.CNN.pdf
Publish on demand
Create on demand
Technology as a mindset
Dad’s book
Tyee Satellite Club from Bellevue, images from DonorsChoose site.
This links to the website of a freelance 3D designer. This is an example of one of her project – a 3D-printable engagement ring, with channel to put glow-stick juice so it glows. (It was a shared passion of the proposer and his proposee!)