Systems Engineering

---

name: systems-engineering
description: Systems engineering skills for multi-agent systems, control theory, and complex systems. This is a parent category containing specialized skills for systems-level engineering work.
version: 1.0.0
---

# Systems Engineering

A collection of skills for systems engineering, multi-agent systems, and control theory applications.

## What This Category Contains

This is a parent category skill that groups related systems engineering capabilities:

- **soft-control-multi-agent**: Soft Control methodology for guiding collective behavior in multi-agent systems
- **cps-resilience-roadmap**: Cyber-physical systems resilience design patterns and roadmap

## Activation Keywords

- systems engineering
- multi-agent systems
- control theory
- complex systems
- CPS resilience
- soft control

## Tools Used

- `read`: Read system specifications and documentation
- `exec`: Run simulation and analysis scripts
- `write`: Save system designs and analysis results

## Instructions for Agents

When working with systems engineering topics:

1. **Identify the specific domain**:
   - Multi-agent control → `soft-control-multi-agent` skill
   - CPS resilience → `cps-resilience-roadmap` skill

2. **Apply the appropriate skill's methodology**:
   - Follow the skill-specific instructions
   - Use the defined tools and patterns

3. **Integrate results**:
   - Combine multi-agent and resilience considerations
   - Validate system-level properties

## Examples

### Example 1: Multi-Agent System Design
```
User: "帮我设计一个软控制的多智能体系统"

Agent:
1. 识别需求: 多智能体控制问题
2. 调用 soft-control-multi-agent 技能
3. 应用 shill agent 方法
4. 输出设计文档
```

### Example 2: CPS Resilience
```
User: "如何设计富有弹性的 CPS 系统？"

Agent:
1. 识别需求: Cyber-physical 系统弹性
2. 调用 cps-resilience-roadmap 技能
3. 应用设计模式和最佳实践
4. 输出弹性评估报告
```

## Related Skills

- soft-control-multi-agent
- cps-resilience-roadmap