This project demonstrates the application of Model-Based Systems Engineering (MBSE) principles to a Refrigerator System using SysML and Cameo Systems Modeler.
The refrigerator is modeled as a complete engineering system with defined requirements, stakeholders, use cases, system context, and physical architecture.
- Apply MBSE methodology to a real-world system.
- Model refrigerator requirements using SysML.
- Develop system architecture and traceability.
- Create Use Case, Requirement, and Package Diagrams.
- Analyze the physical hierarchy of refrigerator components.
- Cameo Systems Modeler
- SysML
- UML
- Model-Based Systems Engineering (MBSE)
The refrigerator system maintains food and beverage storage at safe temperatures through a refrigeration cycle. The system monitors temperature, manages cooling operations, and interacts with users through control interfaces.
Captures functional and non-functional requirements of the refrigerator system.
Provides requirement traceability and documentation.
Models interactions between users and the refrigerator system.
Organizes system elements into logical packages.
Represents external entities interacting with the refrigerator.
Shows critical hardware components and subsystem relationships.
- Homeowners
- Family Members
- Appliance Manufacturers
- Retailers
- Maintenance Services
- Regulatory Authorities
- Energy Conservation Organizations
- Temperature Control
- Cooling and Freezing Operations
- Inventory Monitoring
- Maintenance Alerts
- Smart System Integration
- Energy-Efficient Operation