Track 1: Smart Grids and Energy Systems

• Smart grid architecture and control
• Renewable energy integration and modernization
• Demand-side management, energy efficiency and grid reliability.
• Power electronics-power converters, modelling, control and component design
• Energy storage systems Integration and Management
• Design, control, and integration of high-voltage infrastructure.
• Charging infrastructure for EV.
• Oscillation damping control in EV.

Track 2: Modern Control Techniques in Energy and Mobility Solutions

• Control of power converters and grid interfaces
• Drivetrain control strategies for EVs
• System-level control for energy and EV
• Adaptive, robust, and intelligent control methods
• Real-time and embedded control for energy and mobility
• AI/ML-assisted and model-based control techniques
• Model predictive control (MPC) for energy systems.

Track 3: Next-Gen Communication Systems for Energy and E-Mobility

• Secure communication protocols for smart grids and EV networks
• Vehicle-to-grid (V2G) and vehicle-to-everything (V2X) communication
• IoT-enabled devices and sensor networks for energy systems
• Cybersecurity strategies for communication networks
• Data privacy, encryption, and network resilience
• Cloud-based communication platforms
• Control co-design with communication systems (e.g., 5G, IoT)
• AI in communication networks
• Autonomous vehicles

Track 4: AI, IoT and Cybersecurity in Energy and Mobility

• AI/ML for energy forecasting, load balancing, and traffic optimisation
• IoT applications in grid and vehicle monitoring
• Digital twins and predictive analytics
• Edge computing and 5G for real-time systems
• Cybersecurity protocols for smart grids and EV networks
• Data privacy and communication security
• Standards and interoperability in energy and transport systems
• Risk management in smart grids and mobility infrastructure.
• Regulatory frameworks and smart governance models
• Blockchain technology
• Dependability of Smart Grid and Mobility

 Track 5: Case Studies, Pilots, and Industrial Applications

• Real-world implementations of smart energy/mobility projects
• Industry-academia collaboration models
• Performance evaluation and techno-economic analysis
• Start-up and entrepreneurial innovation in energy and transport