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The Micro-Manufacturing Company

Coordinate industrial design, engineering, sourcing, production planning, quality, logistics, and finance around a non-safety-critical two-piece desk caddy. Trace dimensional changes through material, cost, fit, inspection, and packaging before any approved fabrication.

7 teams · 8 scoped workspaces · 10 tasks · 35 package files

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Chant: ember-thorn-pond-loam-harbor-lantern-granite

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Your first engagement

Stackline desk caddy: a 20-kit planning exercise

SYNTHETIC case: a fictional micro-business is considering twenty desktop organizers consisting of a tray and removable ladder insert. A request to widen the tray from 180 to 196 mm must be evaluated against a fixed packing envelope. No object has been manufactured, sourced, purchased, inspected, or shipped.

An actual work scope for every team.

The Organization routes through native workspace pointers. Team ownership stays in team workspaces; shared case data stays in the separate casework workspace.

Starter work and acceptance.

Freeze the noncritical desk-use envelope · industrial-design · Ready to claim

Define what the caddy may hold and what it must not be used for. Preserve the two-piece layout and set measurable fit, size, and handling criteria for this synthetic pilot.

Inputs: starter/case/brief.json, starter/design/parameters.json, starter/design/desk-caddy.svg

Outputs: deliverables/desk-use-requirements.md

Depends on: No prerequisites

  • Restricts use to lightweight dry desk items; excludes food, electrical, medical, child-safety, and load-bearing uses.
  • Names all nominal dimensions and the 20-kit planning quantity without claiming fabrication.
Verify the tray and lift-out insert model · engineering · Waiting on prerequisites

Run the planner and tests, inspect the authored SCAD, and produce a dimensional interface report. The model estimates solid geometry only; do not imply process qualification.

Inputs: starter/design/parameters.json, starter/design/desk-caddy.scad, starter/tools/plan.py, starter/tests/test_plan.py, deliverables/desk-use-requirements.md

Outputs: deliverables/nominal-interface.json

Depends on: freeze-desk-use

  • Reports a 174 by 94 mm tray interior and 171 by 91 mm insert footprint.
  • Reports nominal side clearance 1.5 mm, tray volume 101676 mm3, and insert volume 20640 mm3.
  • Separates mathematical checks from any unrun CAD renderer or physical fit test.
Review the inert BOM and assumed cost inputs · sourcing · Waiting on prerequisites

Review part quantities, modeled density, feedstock price, and yield assumptions. Produce a low/base/high assumption table with no named supplier, quotation, purchased part, or purchase instruction.

Inputs: starter/data/bom.csv, starter/data/cost-assumptions.csv, starter/design/parameters.json, deliverables/nominal-interface.json

Outputs: deliverables/material-assumption-range.csv

Depends on: verify-parametric-fit

  • Retains one tray and one insert and labels every cost SYNTHETIC.
  • Shows sensitivity to density, assumed price, and yield rather than claiming a vendor commitment.
Plan fit checks and a reversible pilot sequence · production-planning · Waiting on prerequisites

Adapt the supplied dry-fit sequence for twenty hypothetical kits, including segregation of mismatched tray/insert pairs. Do not add toolpaths, machine settings, or hazardous machinery instructions.

Inputs: starter/ops/assembly.md, starter/case/brief.json, deliverables/desk-use-requirements.md, deliverables/nominal-interface.json

Outputs: deliverables/pilot-sequence.csv

Depends on: verify-parametric-fit

  • Includes pair identification, dry insertion, removal, desk stability, and hold/review steps.
  • Clearly states that fabrication, material/process selection, and physical trial execution have not occurred and require separate approval.
Derive a dimensional inspection sheet · quality · Waiting on prerequisites

Check the nominal tolerances against the model and write a sampling/measurement sheet with explicit acceptance boundaries. A synthetic row is not a measurement of a real object.

Inputs: starter/quality/dimensions.csv, starter/design/parameters.json, starter/ops/assembly.md, deliverables/nominal-interface.json

Outputs: deliverables/inspection-plan.csv

Depends on: verify-parametric-fit

  • Covers tray width, depth, height, per-side insert clearance, and visible edge defects.
  • Defines both lower and upper limits and identifies the instruments/methods as a future review need.
Classify the synthetic gauge exercise · quality · Waiting on prerequisites

Use the planner and included authored sample rows to reproduce conformance decisions. Explain each rejection and the treatment of unmeasured characteristics.

Inputs: starter/quality/inspection-samples.csv, starter/quality/dimensions.csv, starter/tools/plan.py, deliverables/inspection-plan.csv

Outputs: deliverables/synthetic-inspection-results.csv

Depends on: define-inspection-gates

  • Rows 01, 02, and 05 pass the specified synthetic checks; row 03 fails width and row 04 fails fit clearance.
  • Does not label any real batch accepted or assume that a scenario width change is covered by these baseline samples.
Check the baseline packing envelope · logistics · Waiting on prerequisites

Calculate the packaged envelope and mass using the inert packing specification. Propose a label that identifies this as a desk-only planning sample, not a shipped item.

Inputs: starter/ops/pack-spec.json, starter/tools/plan.py, deliverables/nominal-interface.json, deliverables/pilot-sequence.csv

Outputs: deliverables/packing-assessment.json

Depends on: plan-dry-assembly

  • Includes padding on both sides of every axis and packaging mass in the mass check.
  • Distinguishes a mathematical envelope pass from tested shipping protection, a carrier quote, or shipment authority.
Reproduce a hypothetical 20-kit cost baseline · finance · Waiting on prerequisites

Compute material including yield loss, handling, packaging, overhead, and a bounded sensitivity range. Round after aggregation and keep projected contribution separate from realized profit.

Inputs: starter/data/cost-assumptions.csv, starter/data/bom.csv, starter/case/brief.json, starter/tools/plan.py, deliverables/material-assumption-range.csv, deliverables/packing-assessment.json

Outputs: deliverables/pilot-cost-scenarios.json

Depends on: bound-material-assumptions, check-pack-envelope

  • Baseline modeled solid mass is 151.67184 g, displayed unit cost is USD 7.61, and the 20-kit aggregate is USD 152.13.
  • Explains why multiplying a rounded unit display differs from rounding the unrounded batch total.
  • Marks all economics hypothetical; creates no purchase, sale, or profit claim.
Trace the 196 mm width request through dependencies · engineering · Waiting on prerequisites

Run the width scenario and map impacts to geometry, BOM mass, fit nominal, quality limits, economics, and packing. Do not silently overwrite the baseline or reuse its synthetic inspection rows as proof for the changed design.

Inputs: starter/ops/change-request.json, starter/tools/plan.py, starter/ops/pack-spec.json, deliverables/nominal-interface.json, deliverables/inspection-plan.csv, deliverables/pilot-cost-scenarios.json

Outputs: deliverables/width-change-impact.json

Depends on: define-inspection-gates, calculate-pilot-economics

  • Shows that 196 mm plus two 2 mm pads exceeds the 192 mm packing interior.
  • Names the tasks that must be reopened if the design or packaging changes.
  • Reports changed mass/cost and the absence of physical validation.
Issue the bounded design review decision · industrial-design · Waiting on prerequisites

Review nominal checks, the synthetic inspection exercise, assembly/packing plans, costs, and width-change impact. Recommend baseline-only investigation or rework; do not authorize making or shipping objects.

Inputs: deliverables/desk-use-requirements.md, deliverables/synthetic-inspection-results.csv, deliverables/pilot-sequence.csv, deliverables/packing-assessment.json, deliverables/pilot-cost-scenarios.json, deliverables/width-change-impact.json

Outputs: deliverables/pilot-review-decision.md

Depends on: replay-inspection-samples, trace-width-change

  • Explicitly holds the 196 mm proposal against the current pack specification.
  • Lists physical prototype, material suitability, process safety, supplier, spending, and shipping reviews as still unperformed approval-gated work.

Included starter artifacts.

These are files in the ZIP, not promises to generate them later. Reference examples do not mean the engagement is complete.

Package SHA-256: 986a5cd0db5e1d6ecac7cc28c7f9f79c3f958cbfce14d4ece7767fde1b1b0e56

Initialize with the RAPP Work SDK.

  1. Inspect seed.json, initialize.json, and the exact dependency pins.
  2. Choose your owner label and a new destination. Use the installed, verified SDK to plan the Organization and member Workspaces.
  3. Approve complete native plans and their exact digests before applying. Review declared template copies and pointer registrations separately.
  4. Claim a ready task with a capable authorized AI host, produce the requested output, and attach actual acceptance evidence.

No private membership, signing, spending, external communication, publication, or federation activation is granted by this seed.