mbse-architecture

Generate idempotent RFLPV MBSE build scripts for MATLAB and System Composer.

162|31|Updated Oct 25, 2025
One-click install
npx skills add https://github.com/matlab/agent-skills-playground --skill mbse-architecture-matlab
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: mbse-architecture
Source: https://github.com/matlab/agent-skills-playground/tree/main/demos/mbse-with-agentic-ai/skills/mbse-architecture
Command: npx skills add https://github.com/matlab/agent-skills-playground --skill mbse-architecture-matlab

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

It helps you generate a complete RFLPV (Functional, Logical, Physical) MBSE architecture in MATLAB/System Composer using idempotent build scripts, so allocations, stereotypes, interface dictionaries, and traceability links can be recreated reliably on demand.

Core Features & Use Cases

  • Idempotent RFLPV build scripts: creates the Functional, Logical, and Physical System Composer models from scratch in a single build run.
  • Architecture artifacts for allocation & analysis: produces interface dictionaries, stereotype profiles (including engineering properties), and allocation sets, plus the correct requirements implement-link scaffolding.
  • Correct workflow boundaries: explicitly avoids mixing ad-hoc model edits with rebuild scripts, and positions itself as the phases-focused architecture builder that works alongside the system-composer skill and the building-simulink-models/model_edit workflow.

Quick Start

Use the mbse-architecture skill to generate the Functional, Logical, and Physical System Composer models, then recreate allocations and requirement implement links by re-running the associated build steps.

Frequently Asked Questions about mbse-architecture

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

FAQPage Schema
How do I build an RFLPV MBSE architecture in System Composer from scratch?

Idempotent build scripts recreate the RFLPV MBSE architecture reliably on demand by regenerating Functional, Logical, and Physical System Composer models, interface dictionaries, and allocation sets without manual model edits.

What is the best way to automate requirement traceability links in System Composer?

Automating requirement traceability in System Composer requires generating build scripts that produce correct requirement implement-link scaffolding across Functional, Logical, and Physical layers, ensuring links are consistently recreated during rebuilds.

How does stereotype-driven property roll-up analysis work in an MBSE architecture?

Stereotype-driven property roll-up analysis works by generating stereotype profiles with engineering properties across RFLPV layers, allowing System Composer architecture-layer APIs to aggregate quantitative values across Functional, Logical, and Physical models.

Can I use System Composer APIs to generate allocations without ad-hoc model edits?

Yes, System Composer architecture-layer APIs support generating allocation sets programmatically through idempotent build scripts, explicitly avoiding mixing ad-hoc model edits with rebuild artifacts to maintain consistent RFLPV architecture integrity.

When do I need idempotent build scripts for MBSE architecture layers?

You need idempotent build scripts for MBSE architecture layers when you require consistent rebuilds of Functional, Logical, and Physical System Composer models and want quantitative roll-up readiness without relying on manual, ad-hoc model editing.

Why should I avoid mixing manual model edits with rebuild scripts in System Composer?

Mixing manual model edits with rebuild scripts in System Composer breaks idempotency and causes inconsistent allocation sets, stereotype properties, and requirement implement links across the RFLPV architecture layers during automated rebuilds.