Track 1: Power system, Smart Grid, Smart City, Smart Systems and Technologies

• Power system - planning, stability, protection, reliability, optimization and energy management
• Microgrids, Smart grid and Active Distribution Network Management
• Electrical Energy Generation, Transmission and Distribution
• Load modelling, estimation and forecast
• Electric machines modeling and simulation
• Electric machines control and optimization

Track 2: Power Electronics Drives and Electric Vehicles

• Power electronics applications in renewable energy systems
• Power electronics for electric vehicles
• Electric drives and motor control
• High-power converters and inverters
• Modeling and simulation of large power systems
• Power quality issues, harmonic problems and solutions
• HVDC, FACTS devices and controllers

Track 3: Control System, Automation & Applications

• Control theory and applications
• Adaptive and intelligent control systems
• Robotics and automation
• Industrial Process Control and Automation
• Linear and nonlinear systems
• Small and large system dynamics
• Intelligent Sensors and Actuators

Track 4: Green Energy Technology & Applications

• Hybrid Renewable Energy Systems
• Control Techniques for Renewable Energy Systems
• Power converters for Renewable Energy based microgrids
• Energy storage technologies
• Power Devices and Driving Circuits for Renewable Energy Systems
• Electric vehicles and its Integration with Renewable Energy Systems
• Power Conditioning and Protection for Renewable Energy Systems

Track 5: Artificial Intelligence, IoT, Machine Learning and Signal Processing

• Optimization Technique
• Internet of Things (IoT) Enabled Devices
• Cognitive Computing and Deep Learning Techniques
• Cloud-based Data Analytics and Machine Learning
• Security and Privacy Issues in IoT and AI Applications
• Wireless Sensor Networks for IoT Applications
• Signal Processing Techniques for Image and Video Processing