SEEE research groups

1. Power Grid and Renewable Energy (PGRE)

• Research Focus: Integration of renewable energy sources into power grids, development of flexible grid technologies, and optimization of distributed energy systems
• Key Research Areas:
  • Renewable energy technologies (solar, wind, small hydro, geothermal, wave, biomass, hydrogen)
  • Grid flexibility enhancement through storage systems, V2G/V2H capabilities, and demand-side management
  • Distributed grid architectures with optimized renewable source integration

2. Control Technique and Innovation Laboratory for Electric Vehicles (CTI)

• Research Focus: Advanced electric vehicle technologies across propulsion, control systems, and energy management
• Key Research Areas:
  • Motor design and power electronics optimization for EVs
  • Intelligent control systems (traction control, stability systems, autonomous driving)
  • Energy management strategies for hybrid storage systems and battery optimization

3. Smart Sensor Laboratory

• Research Focus: Next-generation sensing technologies with non-contact capabilities and energy harvesting
• Key Research Areas:
  • Surface acoustic wave and ultrasonic sensor design
  • Energy harvesting systems for wireless sensor nodes (RF, triboelectric)
  • AI-enhanced sensor data processing techniques

4. Multi-Agent System Control Laboratory

• Research Focus: Control systems for coordinated multi-agent operations
• Key Research Areas:
  • Matrix-weighted consensus systems for networked applications
  • Formation control for UAVs and autonomous robots
  • Smart grid control using multi-agent architectures

5. High Performance Electrical Machines Laboratory (HiPEMs)

• Research Focus: Advanced electric motors with enhanced efficiency and reliability
• Key Research Areas:
  • Energy density and efficiency optimization
  • Predictive maintenance and smart machine development
  • Emissions reduction and lifespan extension technologies

6. Motion Control and Applied Robotics Laboratory (MoCAR)

• Research Focus: Advanced motion control systems and robotic applications
• Key Research Areas:
  • Multi-axis drive systems for complex motion tasks
  • CNC and robotic control integration
  • Assistive and rehabilitation robotic systems

7. Advanced Measurement Techniques for Diagnosis and Predictions

• Research Focus: Modern measurement systems for condition monitoring and predictive analysis
• Key Research Areas:
  • Contact and non-contact measurement methodologies for diverse parameters
  • AI-enhanced signal processing for condition monitoring
  • Measurement techniques for harsh environments

8. Smart Grid Laboratory

• Research Focus: Next-generation electrical grid technologies and architectures
• Key Research Areas:
  • Virtual power plants and microgrid systems
  • Power system optimization and market economics
  • Cybersecurity and communication protocols for smart grids

9. Power Electronics and Electrical Drivers Laboratory (PEED)

• Research Focus: Advanced power conversion and motor drive technologies
• Key Research Areas:
  • Novel semiconductor-based power circuits
  • High-performance motor control systems
  • Power quality enhancement technologies

10. Laboratory of Nano-Optics, Antennas and Microwave Circuits

• Research Focus: Advanced electromagnetic and optical systems for communication
• Key Research Areas:
  • Nano-scale optical circuits and components
  • Electromagnetic metamaterials and advanced antenna designs
  • Microwave component optimization and integration

11. Advanced Networking and Smart Applications Laboratory (ANSA)

• Research Focus: Next-generation network architectures and applications
• Key Research Areas:
  • Edge/cloud computing systems
  • Internet of Everything (IoE) technologies
  • Network security and multimedia communication

12. Biomedical Engineering Laboratory

• Research Focus: Medical technologies for diagnosis, monitoring, and rehabilitation
• Key Research Areas:
  • Minimally invasive measurement systems
  • AI-enhanced medical image and signal processing
  • Rehabilitation and assistive technologies

13. System and IC Design Laboratory (BKIC)

• Research Focus: Advanced integrated circuit design for specialized applications
• Key Research Areas:
  • Analog and mixed-signal ICs for energy management
  • Energy-efficient edge AI computing architectures
  • Secure computing and communication systems

14. Wireless Communication Laboratory

• Research Focus: Advanced radio and underwater acoustic communication systems
• Key Research Areas:
  • Next-generation wireless communication technologies
  • Digital underwater acoustic systems and sonar positioning

15. Signal, Information Processing and Multimedia Systems Laboratory (MSS)

• Research Focus: Advanced signal processing for multimedia applications
• Key Research Areas:
  • Multimedia signal processing techniques
  • Information extraction and analysis from multimedia data
  • Security and integrity of multimedia data

16. Aerospace Electronics Laboratory

• Research Focus: Space and aviation electronic systems with emphasis on small satellites
• Key Research Areas:
  • Small satellite design with integrated high-resolution sensors
  • Satellite communication and internet systems
  • Positioning, imaging, and data security for aerospace applications