Manufacturing Output

Prototyping Protocols: The Physical Validation Framework

A prototype is a specialized tool designed to answer specific engineering questions. Edelweis implements Prototyping Protocols to ensure every physical iteration—from initial mock-ups to pre-production units—serves as a high-fidelity data point in the Verification & Validation (V&V) process.

1. Prototype Classification (The Fidelity Matrix)

We define build methods based on the specific goals of each iteration to optimize cost and speed:

Alpha (PoC)

Focus on core mechanical logic and Mate Controller functionality. Method: 3D Printing (SLA/FDM) and COTS hardware.

Beta (Functional)

Focus on performance under load and thermal management. Method: CNC Machining using representative materials.

Gamma (Pilot)

Focus on DFA efficiency and QC Checklist validation. Method: Low-volume soft-tooling or pilot production.

2. Physical-to-Digital Correlation

The primary objective is to validate our virtual FEA and CFD simulations:

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Strain Gauge Integration: Measuring real-world stress at CTQ points to verify Safety Factors against simulations.
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Thermal Probe Mapping: Using thermocouples to validate CFD Parameters and heat dissipation efficiency.
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Dimensional Correlation: Comparing physical scans (CMM/Laser) against Technical Drawing Standards to identify GD&T deviations.

3. Failure Mode & Effects Analysis (FMEA)

Test Phase	Protocol	Engineering Objective
Destructive Testing	Applying loads until yield.	Validating Material Library accuracy and Safety Factors.
Fit-Check Loop	Manual assembly per DFA.	Identifying "Friction Points" not visible in Large Assembly CAD.
Cycle Testing	Accelerated wear rig testing.	Proving Life Cycle Predictions before mass tooling investment.

4. Feedback & Iteration Logic

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Discrepancy Reporting: Formally documenting any delta between "As-Designed" and "As-Built" configurations.
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DFM Refinement: Adjusting CAM Protocols based on machinist feedback from the prototype builds.
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ECO Initiation: Triggering Change Orders if prototypes reveal failures in Tolerance Stack-up Analysis.

Technical Directives

Directive	Protocol
Material Fidelity	Prototypes for FEA Validation must use the exact material grade specified in the BOM.
Instrument Calibration	All sensors used in prototype testing must have valid V&V calibration certs.
Documentation Lock	Every prototype must be tagged with its specific Revision Level to prevent data mixing.