Systems Engineering Project - Glider
🚗 Smart City Parking Management System | IoT-enabled requirements engineering & system design | Real-time monitoring, dynamic pricing & mobile payments | SSW564 @ Stevens Institute
Papyrus/UML ontology for MBSE-driven autonomous mission modeling, linking ConOps, functional behavior, physical architecture, resources, and AI-planning traceability
Reverse engineering study of the main subsystems of SOHO spacecraft, including mission analysis, conceptual operations, phases and modes identification
Scenario-driven concept-of-operations simulator for a systems engineering portfolio.
Research framework for early-phase autonomous rover operations design, combining MBSE, ConOps, AI planning, and validation-oriented simulation for robotic space exploration.
MBSE-to-HDDL translator for Papyrus SysML models, enabling hierarchical AI planning and ConOps analysis for autonomous robotic space systems.
To associate your repository with the conops topic, visit your repo's landing page and select "manage topics."