OSE Design Guide: Difference between revisions
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*How to design agriculture systems - perennial polyculture, field crop integration, livestock, aquaponics, afforestation, soil food web | *How to design agriculture systems - perennial polyculture, field crop integration, livestock, aquaponics, afforestation, soil food web | ||
*How to design microcontroller, sensor, and computer systems | *How to design microcontroller, sensor, and computer systems | ||
*How to | *How to design power electronics equipment | ||
*How to design products based on 3D printed plastic-metal composites with embedded electronics. Design for 3d printing, metal torching, and milling. | *How to design products based on 3D printed plastic-metal composites with embedded electronics. Design for 3d printing, metal torching, and milling. | ||
Revision as of 17:18, 26 March 2019
2019
Comprehensive design manual covering a design survey of a wide range of mechatronics, heavy equipment, farm, construction, electronics, and house infrastructure utility systems.
- How to design hydronic systems for heating, cooling, household water, irrigation, and waste
- How to design high pressure hydraulics systems for heavy industrial power
- How to design tractors in wheeled and tracked configurations
- How to design 3D printers
- How to design heavy CNC equipment
- How to design heavy metal equipment
- How to design off-grid PV system
- How to design houses
- How to design agriculture systems - perennial polyculture, field crop integration, livestock, aquaponics, afforestation, soil food web
- How to design microcontroller, sensor, and computer systems
- How to design power electronics equipment
- How to design products based on 3D printed plastic-metal composites with embedded electronics. Design for 3d printing, metal torching, and milling.
Work in progress begun in Dec. 2015