January 2020 STEAM Camp: Difference between revisions
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*[[D3D_Universal#3D_Printer]] | |||
*[[January STEAM Camp Script]] | *[[January STEAM Camp Script]] | ||
*[[D3D Universal Production Engineering]] | *[[D3D Universal Production Engineering]] | ||
*[[D3D Simple Kit Preparation]] | *[[D3D Simple Kit Preparation]] | ||
*[[D3D Simple Expandability Value Proposition]] | *[[D3D Simple Expandability Value Proposition]] | ||
Revision as of 03:42, 14 December 2019
Basic Course Narrative
- Day 1 - intro to OSE Collaborative Design for a transparent and inclusive economy of abundance. We culminate by building a 3D printer from scratch.
- Day 2 - Collaborative Design. We learn the toolchain from designing FreeCAD to 3D printed parts on our 3D Printers - in one hour. We design and 3D print a motor mount - to make an educational CNC mill for D3D Universal using a 555 motor. Then we learn how to bed level for CNC milling and how to design gcode manually or with a gcode generator, so we are ready to build a practical mill by making larger Universal Axes.
- Day 3 - Electronics. We then do CNC drilling of a hole pattern for a 28 pin chip - to make our own Arduino by hand drawing the rest of the circuit and etching on the D3D Universal Etcher (agitator of milling bath). We build a switching circuit to control a light or motor using this Arduino, learning basic programming with Arduino. We get more serious by starting to use KiCad to design a sample circuit, and to begin making 3D printed circuits with 3D printed terminals.
- Day 4 - We design and build stackable battery packs around the 18650 lithium batteries. We then build a cordless welder and battery charger, controlled by our home-made arduino.
- Day 5-9 - project days: Raspberry Pi Tablet film studio - see Raspberry Pi Tablet Specification.