Areas included (but not limited to) are:
• Power system modeling, simulation and analysis
• Electric Power Generation
• Transmission and Distribution
• Power Electronics
• Power Quality and Power Economic
• FACTS
• Renewable Energy
• Electric Traction
• Electromagnetic Compatibility
• Electrical Engineering Materials
• High Voltage Insulation Technologies and High Voltage Apparatuses
• Lightning Detection and Protection
• Power System Analysis
• SCADA
• Electrical Measurements
• Microelectronic System
• Electronic Materials
• Design and Implementation of Application Specific Integrated Circuits (ASIC)
• System-on-a-Chip (SoC) and Electronic Instrumentation Using CAD Tools
• Power system stability, dynamics and control
• Power generation, transmission and distribution
• Flexible AC Transmission
• High voltage engineering and insulation coordination
• Distributed generation systems, micro grid operation and wind power systems
• Power Quality and demand side management
• Power system protection and digital relaying
• Energy management policy planning and decision making
• Network restructuring and marketing strategy
• Power system optimization
• Economic load dispatch
• State estimation and security analysis
• Reliability analysis
• Modeling uncertainties and contingencies
• Fault detection and diagnosis
• Deregulation of electricity market
• Distribution automation
• Machines, power electronics and drives
• Computer applications in power systems
• Soft computing applications in power systems
• Power system communication
• Renewable energy management
• Hybrid energy systems
• Power system instrumentation
• Energy conservation and management
• Fuel cells and batteries
• Nuclear power alternatives
• Remote sensing, telemetry, and signal processing
• Recent trends and issues
• Use of super conductors in power systems
• Energy efficient protocols, tools and gadgets
• Microprocessor based applications
• Supervisory control and data acquisition, etc...