Parametric generation
Geometry candidates
OpenSCAD-assisted constrained model generation and STL exports within specified design envelopes.
Engineering case study · 13 October 2026
TAMR-001 — Autonomous Manufacturing Research
A software-first approach to constrained design exploration, geometry screening and reproducible experimental provenance.
Verified software scope
What the prototype produced
Screening
Comparison of alternatives
Candidate wall thicknesses and other geometry choices investigated using unvalidated engineering proxies.
Provenance
Experiment traceability
Recorded metadata and hash-linked outputs allow review of proposed designs and calculation histories.
Case-study method
From design intent to reviewable geometry
01 · ConstrainDefine the part and permitted geometry envelope
02 · GenerateProduce parametric candidate models
03 · ScreenRun software geometry and export checks
04 · AuthorizeRequire human approval for any physical fabrication
TASRI-001 study
Illustrative design exploration
Candidate A
1.8 mm wall
Computational configuration reviewed in the acoustic-cradle geometry study.
Candidate B
2.2 mm wall
Alternative geometry for candidate comparison; not a measured physical performance result.
Candidate C
2.8 mm wall
Third explored thickness; dimensions alone do not establish manufacturability or acoustic benefit.
Current limit: no unattended printer control, fabricated-component validation, acoustic efficacy or biomedical benefit is asserted. Printer procurement remains planned.