◕ Electrical Engineering

Power Systems & Energy

Smart grid and microgrid technologies

Renewable energy integration (wind, solar, energy storage)

Power electronics and drive control

High-voltage engineering and intelligent power equipment

Electricity markets and demand response

Electric Machines & Devices

Advanced motor design and optimization

Condition monitoring and fault diagnosis of electrical       equipment

High-performance inverters and servo systems

Electrical Safety & Reliability

Power system stability analysis and control

Electrical insulation and electromagnetic compatibility (EMC)

◕ Intelligent Control

Control Theory & Applications

Adaptive control, robust control, and fuzzy control

Model predictive control (MPC) and optimal control

Multi-agent system coordination

Industrial Automation & Robotics

Intelligent control for Industry 4.0

Robot path planning and autonomous decision-making

Human-robot collaboration and flexible manufacturing systems

Smart Sensing & IoT

Wireless sensor networks in control systems

Edge computing for real-time control

◕ Artificial Intelligence (AI)

AI Algorithms & Models

Deep learning, reinforcement learning, and transfer learning

Neural network architectures (e.g., Transformer, GNN)

Few-shot learning and explainable AI (XAI)

AI Applications in Electrical & Control Systems

AI-based power load forecasting

Intelligent fault detection and diagnosis (e.g., transformers,       motors)

AI-driven autonomous systems (drones, smart vehicles)

Intelligent Optimization & Decision-Making

Genetic algorithms and particle swarm optimization in control

Big data-driven energy management strategies

◕ Interdisciplinary & Emerging Technologies

Energy-AI Integration

Digital twins for power systems

Blockchain for energy trading

Smart Cities & Transportation

Intelligent traffic signal control

EV charging network optimization

Edge AI & Embedded Systems

Low-power AI chips for electrical devices

Real-time embedded control algorithms