Advanced engineering methods for Systems of Systems(SOS) and Enterprises Systems Engineering(ESE)
Advanced engineering methods and tools for handling maturity, complexity and high dynamics of Systems of Systems and Enterprises Systems
Design of unsynchronized systems such as Transportation, Urban, Climate, Fast computing, and Biological systems
SE principles, methods, processes, and tools
Practices and computerized tools for System architecting, design, analysis, monitoring and evolution of complex, enterprises and systems of systems
Development of system's thinking
Model based Systems Engineering (MBSE)
Effective teaching methods and tool for MBSE
Real-time models for complex electronics Hardware, Software, Firmware system design and analysis
Real-time modeling of integration of complex systems such as Electrical, Electronical, Physical, Mechanical, Pnueumatical, Hydraulical, Optical, and Biological Systems
Definition and realization of non-verbal requirements
Complex systems integration models, optimization, simulations and laboratory
Advanced SE in the digital era
Define different SE processes to address the growing needs of the digital era
Use of Data mining, "Big Data", and learning systems
Implementation and development of data science and artificial cognition systems
Automatic AI test equipment modeling, design and optimization
New DevOps procedures and cloud native systems/applications
Define new integration metods in micro-services development
Systems to support military situation awareness and decision making process
Trusted Cyber Systems
High level of system protection and cyber attac
Applying systems approach to protect complex, dynamic, cyber-physical-human net-centric systems and systems of systems
Human Capital Development
Accelerate the professional development of highly capable systems engineers and technical leaders
