Developed a complete system engineering solution for an autonomous lawn mower. Employed Model-Based Systems Engineering (MBSE) methodologies to design and model system architecture, interfaces, requirements, and operational use cases, using SysML diagrams and adhering to industry standards for device autonomy, safety, and usability.
 Highlighted Skills & Contributions
Systems Modeling: Created OV-1, SAB, PAB, BDD, use case, and requirement diagrams using SysML to convey system architecture and interactions.
Requirements Analysis: Defined and documented key system requirements covering performance, functionality, safety, environment, and user interface.
Interface Design: Modeled external and internal system interfaces (IBD), supporting both black-box and white-box perspectives.
Package & Domain Modeling: Structured system components with package and domain diagrams, improving modularity and traceability.
Testing & Verification: Incorporated unit and integration testing concepts into the system lifecycle.
Holistic Engineering: Applied MBSE and agile methodologies for continuous refinement and cross-disciplinary collaboration throughout development.
Technical Documentation: Produced professional documentation and presented findings in a clear, visual format.
Key Achievements and Deliverables
Check My Presentation !!