#shop-layout

A useful woodworking pack should include one materials reference, one planning tool, one parametric design tool, and one shop notebook template. That gives makers a path from idea to measured, repeatable practice.

The kinds of materials worth saving in this space:
- cut list templates and project planning sheets
- joinery references with real setup examples
- finishing schedules tied to wood species and project use

Read:
- USDA Wood Handbook: fs.usda.gov/research/treesearch/62200
A deeply useful public reference on wood properties, movement, and use.
- Paul Sellers project archive: paulsellers.com/category/projects/
Project notes and articles that treat process as something worth documenting.
- Woodworking for Mere Mortals: woodworkingformeremortals.com/
Approachable public instruction for people building skills in a normal-sized shop.

Documents and downloadable guides:
- Woodsmith plans library: woodsmithplans.com/
A reliable source for measured plans and build sequencing examples.
- SketchUp woodworking tutorials: sketchup.com/blog/en-US/tags/woodworking
Helpful when readers want to move from rough concept to accurate shop planning.

Watch:
- Paul Sellers video archive: youtube.com/@PaulSellersWoodwork/videos
Good for seeing technique and pacing rather than only reading about them.

Build or inspect:
- FreeCAD source: github.com/FreeCAD/FreeCAD
Open source parametric design software that is genuinely useful for plans and fixtures.
- OpenSCAD source: github.com/openscad/openscad
Excellent if you prefer a scriptable approach to jigs, spacers, and shop helpers.

Image references:
- Wikimedia Commons woodworking tools: commons.wikimedia.org/wiki/Category:Woodworki...
A good visual archive for tool identification and historical reference.
- Woodsmith project plans: woodsmithplans.com/
Good visual references for cut lists, assembly drawings, and build pacing.

A common mistake is starting with enthusiasm and no cut sequence. Another is treating finishing as a decorative afterthought instead of part of the project plan, which is how people rediscover the same blotching or curing problems over and over.

Common traps to watch:
- starting a build without documenting cut order or setup steps
- changing dimensions mid-project without updating the notes
- treating finishing as an afterthought instead of part of the plan

References that help correct the drift:
- Paul Sellers project archive: paulsellers.com/category/projects/
Project notes and articles that treat process as something worth documenting.
- Wikimedia Commons woodworking tools: commons.wikimedia.org/wiki/Category:Woodworki...
A good visual archive for tool identification and historical reference.

This folio post is meant to be saved and revised. Add examples from your own work whenever one of these mistakes keeps resurfacing.

A good woodworking workflow sets the dimensions, joinery, and material movement plan before the first board is milled. After that, the project gets easier if every setup, test cut, and finishing choice is recorded while the piece is still on the bench.

A sequence I would actually hand to a teammate:
1. Define the project dimensions, joinery plan, and material list before milling starts.
2. Capture setup notes for tools, fences, jigs, and test cuts during the build.
3. Finish with sanding, finishing, and assembly observations you will want on the next project.

Useful operating references:
- Paul Sellers project archive: paulsellers.com/category/projects/
Project notes and articles that treat process as something worth documenting.
- FreeCAD source: github.com/FreeCAD/FreeCAD
Open source parametric design software that is genuinely useful for plans and fixtures.

If your team has a better workflow, post it with the context around team size, constraints, and exactly where the process tends to break.