Design Class: Difference between revisions
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A given year has 200 lessons, and here is year 1. | A given year has 200 lessons, and here is year 1. | ||
==General== | |||
General format is understanding scope, where it fits in civilization-building, understanding components, principles, best practices, calculations, interface design, modularity, product ecology. | |||
#[[Philosophy of Collaborative Design and Economic Time Binding]] | #[[Philosophy of Collaborative Design and Economic Time Binding]] | ||
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#[[Structural Design and Calculations]] | #[[Structural Design and Calculations]] | ||
#[[Earthworks]] | #[[Earthworks]] | ||
#[[Applied Physics | #[[Applied Physics: Physical Numeracy]] | ||
#[[Political Numeracy]] - understanding global statistics and figures | |||
#[[Organizational Psychology, Positive Psychology, and Political Ponerology]] | #[[Organizational Psychology, Positive Psychology, and Political Ponerology]] | ||
#[[How to Design a Replicable Revenue Model]] | #[[How to Design a Replicable Revenue Model]] | ||
| Line 25: | Line 30: | ||
#[[Universal Controller for Automation]] | #[[Universal Controller for Automation]] | ||
#[[Basic Coding: Microcontrollers, Wiki, Spreadsheets]] | #[[Basic Coding: Microcontrollers, Wiki, Spreadsheets]] | ||
#[[Basic Wood Shop: Tools and Techniques]] | |||
#[[Basic Metal Shop: Tools and Techniques]] | |||
#[[Measurement and Data Collection]] - from squaring foundations to precision desing - tools and techniques | |||
#[[Orders and Magnitude and Scales]] - expanding one's index of possibilities to all time and space scales based on natural phenomena | |||
#[[Proportions, Interior Design]] - having to do with numbers, applied to living spaces | |||
#[[How to Design Hydraulic Systems]] | |||
#[[How to Design Power Electronics]] - Including applied lesson of AC dimmer and | |||
#[[How to Design and Run a Circuit Mill]] - | |||
#[[How to Design a Plastic Extruder for 3D Printing and Other Applications]] | |||
#[[How to Design a Food Forest]] | |||
#[[How to Do Earthworks]]. Including digging a pond. | |||
#[[How to Design an Solar Lime Kiln]] | |||
#[[How to Design Rebar Trusses]] | |||
#[[How to Design House Framing]] | |||
#[[How to Design Plumbing Systems]]. | |||
#[[How to Desing Pumps and Vaccuum Pumps]]. Hydraulic, pneumatic, agriculture, industry, materials handling, clean room. | |||
#[[How to Design Cordless Power Tools]] | |||
#[[How to Design Heavy Machines]] - survey of top important machines | |||
#[[How to Design Frames]] | |||
#[[How to Design Modular and Scalable Power Cube Systems]] - based on different fuels and power levels from solar to nuclear. | |||
==Machines== | |||
#[[How to Design a 3D Printer]]. Different motion configurations, different materials, sizes. Special enclosures. | |||
#[[How to Design a Microhouse on Wheels]] | |||
#[[How to design a Power Generating Windmill]] | |||
=Links= | =Links= | ||
*[[Design Guides]] | *[[Design Guides]] | ||
Revision as of 12:45, 30 October 2021
OSE Design
OSE teaches how to design anything using an integrated product ecology approach. OSE's university level design takes all sectors of society, and provides deep knowledge on how to design all aspects of civilization. This includes agriculture, technology, and infrastructure.
A given year has 200 lessons, and here is year 1.
General
General format is understanding scope, where it fits in civilization-building, understanding components, principles, best practices, calculations, interface design, modularity, product ecology.
- Philosophy of Collaborative Design and Economic Time Binding
- Survey of Tools and Their Use
- How to Use FreeCAD - and collaborative workflows
- Computer Aided Manufacturing - 3D printing, CNC torch table, robotic arms, multimachines
- Integrated Agroecology and the Soil Food Web
- Agricultural Equipment
- How to Design an Aquaponic Greenhouse
- Manufacturing Processes
- Ball Bearings, Shafts, and Couplers
- Motors - Hydraulic, Electric, Mechanical, and Turbines
- How to Design a House
- Structural Design and Calculations
- Earthworks
- Applied Physics: Physical Numeracy
- Political Numeracy - understanding global statistics and figures
- Organizational Psychology, Positive Psychology, and Political Ponerology
- How to Design a Replicable Revenue Model
- Applied Chemistry
- Negotiation, Contracts, and Incentive Structures
- How to Design a Precision Motion Axis System
- Universal Controller for Automation
- Basic Coding: Microcontrollers, Wiki, Spreadsheets
- Basic Wood Shop: Tools and Techniques
- Basic Metal Shop: Tools and Techniques
- Measurement and Data Collection - from squaring foundations to precision desing - tools and techniques
- Orders and Magnitude and Scales - expanding one's index of possibilities to all time and space scales based on natural phenomena
- Proportions, Interior Design - having to do with numbers, applied to living spaces
- How to Design Hydraulic Systems
- How to Design Power Electronics - Including applied lesson of AC dimmer and
- How to Design and Run a Circuit Mill -
- How to Design a Plastic Extruder for 3D Printing and Other Applications
- How to Design a Food Forest
- How to Do Earthworks. Including digging a pond.
- How to Design an Solar Lime Kiln
- How to Design Rebar Trusses
- How to Design House Framing
- How to Design Plumbing Systems.
- How to Desing Pumps and Vaccuum Pumps. Hydraulic, pneumatic, agriculture, industry, materials handling, clean room.
- How to Design Cordless Power Tools
- How to Design Heavy Machines - survey of top important machines
- How to Design Frames
- How to Design Modular and Scalable Power Cube Systems - based on different fuels and power levels from solar to nuclear.
Machines
- How to Design a 3D Printer. Different motion configurations, different materials, sizes. Special enclosures.
- How to Design a Microhouse on Wheels