Prosthetics design optimizer

Skill a5c-ai/babysitter/library/specializations/domains/science/biomedical-engineering/skills/prosthetics-design-optimizer

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npx -y skills add a5c-ai/babysitter --skill prosthetics-design-optimizer

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Prosthetics and orthotics design optimization skill integrating biomechanical requirements with manufacturing constraints

SKILL.md

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Prosthetics Design Optimizer Skill

Purpose

The Prosthetics Design Optimizer Skill supports design optimization of prosthetics and orthotics, integrating biomechanical analysis, patient-specific customization, and manufacturing constraints.

Capabilities

Socket design parameterization
Load distribution analysis
Alignment optimization
Component selection guidance
Suspension system design
Cosmesis integration
Patient-specific customization from scanning
Gait analysis integration
Comfort assessment metrics
Range of motion optimization
Weight optimization

Usage Guidelines

When to Use

Designing prosthetic/orthotic devices
Optimizing socket fit
Selecting components
Customizing for individual patients

Prerequisites

Patient assessment completed
Residual limb/anatomy scanned
Activity level determined
Component options identified

Best Practices

Integrate gait analysis data
Optimize for patient activity level
Consider long-term wear patterns
Plan for adjustment needs

Process Integration

This skill integrates with the following processes:

Gait Analysis and Musculoskeletal Modeling
Finite Element Analysis for Medical Devices
Design Control Process Implementation
Human Factors Engineering and Usability

Dependencies

CAD/CAM systems
3D scanning systems
OpenSim
Gait analysis data
Component databases

Configuration

prosthetics-design-optimizer:
  device-types:
    - transtibial
    - transfemoral
    - upper-extremity
    - AFO
    - KAFO
    - spinal
  design-parameters:
    - socket-geometry
    - alignment
    - suspension
    - cosmesis
  analysis-types:
    - FEA
    - gait-integration
    - comfort-mapping

Output Artifacts

Socket design specifications
Alignment parameters
Component recommendations
CAD models
FEA reports
Fitting protocols
Adjustment guidelines
Patient documentation

Quality Criteria

Design meets biomechanical requirements
Socket fit optimized for comfort
Alignment appropriate for gait
Components suitable for activity level
Manufacturing feasible
Documentation supports clinical fitting