First Principle Build Analysis: Difference between revisions

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#Building codes which specify design features but no so much build procedures
#Building codes which specify design features but no so much build procedures


'''The critical element of interest is procedural information''' - which enable any novice to approach the build speed of professionals with only a bit of practice.''' In fact, an instructional/blueprint enabled novice can easily outperform a 'seasoned professional' without such build procedures - but with blueprints only - who would  need to spend time deriving their own procedures - which is how it is normally done. This may be effective for simple design, but for anything of substantial complexity (anything more than 'obvious') - this becomes comically inefficient without access to well-developed instructionals.
'''The critical element of interest is procedural information''' - which enable any novice to approach the build speed of professionals with only a bit of practice. In fact, an instructional/blueprint enabled novice can easily outperform a 'seasoned professional' without such build procedures - but with blueprints only - who would  need to spend time deriving their own procedures - which is how it is normally done. This may be effective for simple design, but for anything of substantial complexity (anything more than 'obvious') - this becomes comically inefficient without access to well-developed instructionals.

Revision as of 16:58, 12 May 2026

Using First Principles Thinking to derive build procedures from existing CAD design files.

There are many things that are already implicit in building:

  1. Materials are used
  2. Fasteners are used
  3. Existing build techniques
  4. OSE-specific techniques
  5. Machines, materials, and tools - and properties of each
  6. Building codes which specify design features but no so much build procedures

The critical element of interest is procedural information - which enable any novice to approach the build speed of professionals with only a bit of practice. In fact, an instructional/blueprint enabled novice can easily outperform a 'seasoned professional' without such build procedures - but with blueprints only - who would need to spend time deriving their own procedures - which is how it is normally done. This may be effective for simple design, but for anything of substantial complexity (anything more than 'obvious') - this becomes comically inefficient without access to well-developed instructionals.