Another Book Idea – Makerspaces

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Another book idea is that of Makerspaces. I will have to have a Chapter on Electronics: A Chapter on Laser Cutters: A Chapter on 3D Printers: A Chapter on Robots: And much more…  

Plumbing the Depths

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I asked the STEMulate Learning workshop participants to create a pressure vessel for our ROV cameras as inexpensively as possible. The current design overall should be less than the per-ROV cost for our Sea Perch designs. Continue reading

3D Printer Assessments

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Accidental damage to the 3D printers for the AggieSTEM summer camps required time to diagnose the damage, giving us time to set up two Raspberry Pi single-board computers for OctoPrint remote web-based 3D printer control and monitoring using OctoPi. Continue reading

3DR RepRap 3D Printers

3DR assembly of the base 3D printed components

The last workshop of 2013 focused on wrapping up projects and starting to build new tools like Richard Horne’s 3DR RepRap printers for use during the upcoming year’s SOLID Learning workshops and in makerspaces developing in schools and libraries! Continue reading

Using BitCoin Mining to Teach Economics, Mathematics and More

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BitCoin mining chips are falling in price now they utility is reduced, but together with inexpensive Raspberry Pi computers, they provide excellent resources for classroom models and lessons in mathematics, economics, production, project management and entrepreneurial requirements for business. Continue reading

SOLID Learning Electronics – Microcontroller Options

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Arduinos have been selected by educators as the standard microcontroller for SOLID Learning designs due to the support community, availability, cost and ease of use. Arduinos will be supported by Raspberry Pi and BeagleBone Linux cards for special purposes. Continue reading

Learning SCRATCH on the Raspberry Pi

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Teaching programming using MIT’s Scratch is easy for young students and adults alike. Scratch on Raspberry Pi is inexpensive and flexible for software and hardware controls, leveraging software control over the RasPi GPIO interface pins. Continue reading

Student Engagement Through Competitions Like The STEM Challenge

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STEMulate Learning workshops explore open hardware and software that teachers can use to enhance their classrooms without exceptional cost, but students really get excited at personalized learning and taking part in educational competitions like the STEM Challenge video game design project. Continue reading

STEMulate Learning HPC Turns 21!

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The STEMulate Learning supercomputing node reaches 21 years of combined CPU power towards the World Community Grid, serving as an educational example every week by tweeting its progress towards solutions for globally critical issues of disease control and resource availability. This crowd-funded project is starting to spin off new projects for students in turn as we build Raspberry Pi clusters for classroom use! Continue reading