Mo Physics Mo Problems

I’ve got a brief reprieve tonight to write this post so I’m taking advantage of it. Otherwise, it won’t happen until 2019. In our physics classroom, one of the goals is to have students use maker projects to practice the design and engineering process. Some of these projects have included LittleBits powered cars and boats. Most of these projects have been created using materials students brought in by students like plastic cups, CDs, popsicle sticks, and the like. So the ultimate construction process tended to be fairly imprecise. This year our school has a new Fabrication Lab with a variety of different tools which students can use to create. These included (but are not limited to) 3D printers, laser cutter, video production room, and lots of CNC tools for use on woods, plastics, and metals. There are so many possibilities in this space. As this is a new space, our Tech Ed department was looking for classes to be guinea pigs in the space. So, my co-teacher Andelee Espin

Well, I was planning on just dealing with 2 stages of the LAUNCH Cycle in this post, but I burned through the rest of the book yesterday.  The book itself is a very engaging read.  My post may reflect the nuts and bolts of the cycle, but the book is filled with practical applications and stories from the authors lives that show what the LAUNCH Cycle looks like.  That is the power of their work. It is based on experience and data. Step 4: Navigating Ideas So, this is a step that I have always shortchanged. When I initially looked at the cycle without knowing about it, I figured I knew what it was about.  I thought it would just be a stage of organizing information.  I was wrong. Much like generating questions is a bridge between awareness and research, navigating ideas is a bridge between research and creation.  It is the a step for creating a plan for creation.  Juliani and Spencer call this process ideating . Ideating is not simply planning the creation process.  An ess

I have dived into reading the next 3 chapters (Chapters 4 - 6) of LAUNCH by John Spencer and A. J. Juliani which cover the first three steps of the LAUNCH Cycle. The book does a great job going into depth about what each step entails and what it looks like with specific examples.  I would be doing the work of the authors a great disservice trying to create a Cliff’s Notes version of their text, because what resonates with me for my classroom practice may not resonate with others.  Also, the text is so rich that it needs to be read.  It’d just be retyping the book. I think that’s plagiarism. In lieu of that, I hope to provide some of my highlights below. Step 1: Look, Listen, Learn I love the way that this step is framed.  It’s the why of the process.  But, it’s clear that the “why” is not an extrinsic motivation.  The desire to create comes from the student.  So, this first step is seen as raising interest or awareness . The authors go over 7 different ways to tap into s

Over the weekend, I finished George Couros’s Innovator’s Mindset .  I highly recommend reading it to understand why we should foster a culture of innovation in our schools and where to start.  A culture of innovation makes everyone a creator in our schools, unleashing the creativity that is in all of us. The Innovator’s Mindset frames the steps to create that culture of innovation in a school and it gives some powerful examples of creation in the classroom.  That’s where the new book by John Spencer and A.J. Juliani picks up.  The book LAUNCH is focused on the importance of a clear framework for the creative process.  I’ll dig into that process in later posts as I get deeper into the book.  But, let’s start with the why of creation in the classroom. Bloom’s Revised Taxonomy of Learning Domains Complex Creating ↑ Evaluating Analyzing Applying Understanding Simple Remembering Looking at Bloom’s Revised Taxonomy of learning domains, the highest o