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Exploring Beyond Ohm's Law: Arduino Integration in Physics and Maker Education

Dive into the intersection of physics and technology with "Beyond Ohm's Law." This guide explores innovative STEAM projects, utilizing Arduino, copper tape, and paper circuits to enhance learning in educational and maker environments. Discover practical applications such as probe-ware and interactive modeling to understand complex physics concepts. Brian Huang from SparkFun shares insights and resources, emphasizing programming as a vital literacy skill. Whether you are a teacher or a maker, discover how to transform your classroom or workshop into a vibrant learning space.

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Exploring Beyond Ohm's Law: Arduino Integration in Physics and Maker Education

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Presentation Transcript

  1. Beyond Ohms Law: Arduino / Physics / Maker Movement brian.huang@sparkfun.com @sparkfun@bri_huang

  2. About Me… Industry experience  Classroom Industry + Classroom  Prof. Development

  3. Game Changers / Tools 1 STEaM 2 Copper Tape, Conductive Ink, & Paper Circuits 3 Probe-ware / Modeling Physics 4 Arduino 5 Programming as a Literacy

  4. 1 - STEAM Projects

  5. 2 - Copper Tape & Paper Circuits

  6. Make it art!

  7. 3 - Arduino • What is it? • Why use it? • Where do I start? • www.arduino.cc • Sparkfun learn site: • http://learn.sparkfun.com • Arduino in the physics classroom: • http://bit.ly/ArduinoPhysics • Physics 120B (UC-San Diego) Physical MeasII: • http://physics.ucsd.edu/~tmurphy/phys120b/

  8. 3 – Arduino for Physics Just a few ideas – not at all exhaustive: • PhotogateTimer • RC Time Constant • RGB Color Mixing / Subtraction • MakerScience– DIY-style

  9. 4 - Probe-ware / Modeling Physics How does x affect y?

  10. http://modeling.asu.edu/

  11. 5 - Program or be programmed…

  12. Thank you Contact Information: brian.huang@sparkfun.com @bri_huang learn.sparkfun.com

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