Archive | electronics RSS for this section

Looking back and looking ahead to 2018

The start of a new calendar year is a traditional time of reflection and anticipation. I’ve been an inconsistent blogger this year, which wasn’t intentional, but if I had to clear some things off my plate, this was an easy sacrifice. It’s been a full year. Along with constantly learning and changing in my job, I have two daughters who are in 9th and 5th grade and a busy husband too. When my children were little, I thought to myself “It will be so nice when they’re older. They won’t need us as much!” While it’s true that we can leave the house without calling a babysitter now, it is NOT true that your kids need you less. They need you more! You need to be more present, for everything from driving to emotional support to helping them make sense of the world. It’s been a joy being with the girls as they grow into interesting, independent people – but it definitely keeps you moving.

The job has been interesting as well. I don’t always know what to expect next, but here are some highlights from 2017 and what I expect from 2018.

  1. The CS for All and #csk8 movement.
    “Coding” is gaining more traction in my suburban public school district, and this year for the first time we started some high level discussions on how to introduce computer science as a core subject for every learner. Several colleagues and I have been working on suggested paths for a K-12 computer science sequence.  We are looking for sites to pilot ideas over the next couple of years and investigating grants for professional development offered by Colorado’s Department of Education. It feels like a painfully slow process, but there is definite progress here and I’m excited to see where it goes.
  2. micro:bits.
    I started using these cute little devices in both my required 6th-grade class and in the elective upper-middle-school class. The younger kids learned cs concepts using the block-based MakeCode environment, and the older kids learned using the text-based Python environment. It’s such an interesting tradeoff. I didn’t feel that we covered as much material as I had in previous years, but I perceived that the kids were VERY engaged in their learning and took their learning in divergent paths. Introducing the micro:bits meant that some kids did not learn as much about coding structures such as variables and boolean expressions. But they learned more about the design cycle, and got really excited about testing and iteration. They generated questions themselves like “will it still work if I’m on the opposite side of the room? Will it work if I push the buttons at the same time? Will it work if I shake and push at the same time?” And then they answered their own questions and improved on their designs, on their own. I love the excitement. I want to keep that. And I also want the kids to be well prepared for high school work and to understand important concepts in computer programming, so having it both ways is hard!
  3. Virtual Reality.
    I have a nice gaming system with an Oculus Rift controller in my classroom, and we have a variety of VR devices in the media center. Kids have access to technology at school that they don’t necessarily have at home, and so it gives them something exciting to use at school that they are very curious about. I’ve integrated a VR unit in my upper-level CS class, and our building tech coordinator and I teach a quarterly enrichment class called VR Exploration. We work with the kids to make 3-D models in Blender and little exploration worlds in Unity. We’ve had a few students that have gone above and beyond with their work in VR and that’s been fun to see. Toward the end of this semester, we received a $5000 grant to expand our VR program and so now we’re faced with the question of: how do we grow the program? We have some thinking to do about how we make this a more inclusive and interesting and cross-disciplinary experience for kids.
  4. Engineering for Others.
    Our media specialist runs a pretty awesome after-school program called Engineering Brightness, and I love the premise of engineering with a purpose – to help others and to help students have empathy for the human experience. I’ve been working on the technical side of the program for quite some time and incorporated a lot of the engineering ideas into my Electronics elective, and this semester for the first time we were able to produce some finished products and send solar lights out to residents of Puerto Rico who were still living without electricity. It was a fantastic experience and I definitely hope to keep the project and improve on it this coming semester.Those are the main things cooking for 2018! What’s coming up for you?
Advertisements

Solar Lamps for Puerto Rico made by middle-schoolers

Earlier I posted about the Joule Thief lamps my electronics students made. Students soldered the circuit, designed enclosures and assembled the lamps. We made multiple copies of the best designs of the enclosures.

Joule Thief Project

The enclosures turned out really nice! We had a few different 3-D printed designs, and one really cute “upcycled” design made from household items.

After printing the enclosures and gathering materials, we had an assembly party in class. Students signed up for the design of their choice, and the student that created the design coached them through the assembly process. We signed cards, took pictures and put all of the lamps in a box. There are 27 of them!

I was able to make contact with person I follow on Twitter, Dr. Antonio Paris, who is busy delivering supplies to Puerto Rico for hurricane relief. A vast majority of the island still has no reliable electricity! Solar lamps are a key item that people need. I got his address and shipped the box out. You can reach Dr. Paris on his GoFundMe page.

We hope our little lamps are useful to anyone who needs a rechargeable light.

If you would like to participate in this process, I was able to gather all of the instructions in one place in this Google Doc.

JOULE THIEF SOLAR LAMP INSTRUCTIONS

Please reach out to me or find the Engineering Brightness project at: http://e-b.io if you would like to get your students involved in learning about circuitry and engineering for social good. 🙂