Track 10 — Energy Storage

• Battery and BMS technologies

• Hybrid storage and supercapacitors

• Thermal, aging and lifetime management

Track 12 — Renewable Energy Systems

• PV, wind and hybrid conversion systems

• MPPT and power conditioning

• Grid integration of renewables

Track 13 — Electrical Machines

• Machine design and modeling

• High-efficiency and high-speed drives

• Condition monitoring and fault diagnosis

Track 14 — Power Electronics

• Converter topologies and modulation

• SiC/GaN devices and packaging

• EMI, reliability and high-density design

Track 16 — Transportation Electrification

• Electric mobility and traction drives

• Charging infrastructure and V2G

• Electrified rail, marine and aerospace systems

Track 20 — Smart Grids

• Microgrids and distributed energy resources

• Grid flexibility and demand response

• Energy management and resilience

Track 01 — Motion Control

• Precision servo systems

• Trajectory planning and optimization

• Vibration suppression and disturbance rejection

Track 05 — MEMS and Nanotechnologies

• Micro/nano sensors and actuators

• Fabrication and packaging technologies

• Biomedical and industrial micro-systems

Track 08 — Data-Driven Control and Monitoring

• AI for control and monitoring

• Predictive maintenance and prognosis

• Digital twins and system identification

Track 17 — Network-Based Control Systems and Applications

• Distributed and networked control

• Time-sensitive industrial communications

• Cyber-physical and real-time applications

Track 19 — Control, Robotics, and Mechatronics

• Advanced and intelligent control

• Industrial and collaborative robotics

• Integrated mechatronic system design

Track 22 — Instrumentation, Sensors and Actuators

• Smart sensing and sensor fusion

• Embedded sensing platforms

• Actuation using smart materials

Track 02 — AI for Industrial Applications

• Industrial data analytics and AI

• SCADA, monitoring and software platforms

• AI-enabled industrial information systems

Track 04 — Industrial Agents

• Multi-agent industrial systems

• Distributed intelligence and coordination

• Decision-making and autonomous cooperation

Track 06 — Industrial Cyber-Physical Systems

• CPS architectures and integration

• Embedded and real-time systems

• Interoperability and virtualization

Track 07 — Cloud and Wireless Systems for Industrial Applications

• Industrial IoT and edge/cloud computing

• 5G/6G and wireless industrial networks

• Secure connected industrial architectures

Track 11 — Building Automation, Control, and Management

• Smart building operation and HVAC control

• Building energy management systems

• Digital twins for the built environment

Track 23 — Factory Automation

• Flexible and reconfigurable manufacturing

• Automation architectures and control

• Production optimization and Industry 4.0

Track 03 — Education in Engineering and Industrial Technologies

• Innovative engineering pedagogy

• Digital learning environments

• Industry-academia educational initiatives

Track 09 — Human Factors

• Human-machine interaction

• Ergonomics and user-centered design

• XR for industrial environments

Track 15 — Responsible Artificial Intelligence

• Explainable and trustworthy AI

• AI safety, governance and ethics

• Human-centric industrial AI

Track 18 — Resilience and Security for Industrial Applications

• Industrial cybersecurity

• Fault tolerance and dependable systems

• Risk analysis and resilient architectures

Track 21 — Electronic Systems on Chip

• SoC and embedded hardware design

• FPGA/ASIC implementation

• Hardware/software co-design

Track 24 — Standards

• Industrial communication standards

• Interoperability and compliance

• Standard-driven system engineering