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Structure Engineer Agent Skills

Convert acoustic and electronic design requirements into manufacturable audio hardware structures.

Updated Jun 8, 2026
Search Tags:#structural design#cad modeling#vibration control#material selection#audio hardware#dfm analysis#acoustic enclosure
One-click install
npx skills add https://github.com/Qiuu2/algo --skill structure-engineer-agent-skills
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: Structure Engineer Agent Skills
Source: https://github.com/Qiuu2/algo/tree/main/agents/structure
Command: npx skills add https://github.com/Qiuu2/algo --skill structure-engineer-agent-skills

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill bridges the gap between acoustic/electronic design requirements and manufacturable physical structures for audio hardware, ensuring speaker enclosures, housings and mounting systems meet performance, stiffness, acoustic and cost targets without manufacturing risks.

Core Features & Use Cases

  • End-to-End Structural Design Workflow: Covers concept design, parametric 3D modeling, engineering drawing generation, BOM creation and DFM/DFA validation for audio product structures.
  • Acoustic Enclosure Design: Supports design of sealed, bass-reflex and transmission-line speaker enclosures with precise acoustic parameter coupling (volume, port dimensions, tuning frequency).
  • Cross-Agent Collaboration: Includes standardized interfaces for seamless data exchange with acoustic simulation, hardware design, testing and project management agents in multi-agent product development systems.
  • Use Case: For a portable Bluetooth speaker project, this skill can translate acoustic requirements for 0.8L internal volume and 85Hz tuning frequency into a complete structural design with ABS+TPE overmolded housing, optimized port geometry, IP67 sealing and validated DFM compliance.

Quick Start

Use the Structure Engineer Agent Skills to generate a full detailed design package including 3D model, engineering drawings, BOM and DFM report for a 5-inch sealed near-field monitor speaker with 8.5L internal volume and first mode frequency above 250Hz.

Frequently Asked Questions about Structure Engineer Agent Skills

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I design a speaker enclosure from acoustic requirements?▼

To design a speaker enclosure, this skill translates acoustic volume and tuning frequency targets into manufacturable physical structures. It supports sealed, bass-reflex, and transmission-line enclosures with coupled acoustic parameters.

What is included in an end-to-end audio hardware structural design workflow?▼

An end-to-end audio hardware structural design workflow includes concept design, parametric 3D modeling, engineering drawing generation, BOM creation, and DFM/DFA validation compliant with audio hardware manufacturing standards.

Can I generate DFM reports and 3D models for a portable Bluetooth speaker?▼

Yes, you can generate DFM reports and parametric 3D models for portable Bluetooth speakers. The skill outputs complete design packages including optimized port geometry, material selection, and IP67 sealing validation.

How do I ensure structural stiffness meets audio hardware vibration control targets?▼

To ensure structural stiffness meets vibration control targets, the skill performs structural analysis to achieve required first mode frequencies. It optimizes housing materials like ABS+TPE overmolds to suppress unwanted resonances.

Does this structural design skill support cross-agent collaboration for product development?▼

Yes, this structural design skill supports cross-agent collaboration through standardized data exchange interfaces. It integrates seamlessly with acoustic simulation, hardware design, testing, and project management agents.

What's the best way to output engineering drawings and BOMs for audio enclosures?▼

The best way to output engineering drawings and BOMs for audio enclosures is using the standardized output module. It automatically generates parametric models, detailed drawings, and structural analysis documentation.

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