📚︎Track 1: Advanced Materials Design and Performance Evaluation

Advanced metals and alloys

Polymers and composite materials

Ceramics and functional ceramic materials

Nanomaterials and nanostructures

Energy and battery materials

Materials characterization and microstructural analysis

Mechanical, thermal and corrosion-resistant properties of materials

Computational materials design and high-throughput screening

Materials processing techniques and equipment

Multiscale simulation and lifetime prediction of materials

📚︎Track 2: Intelligent Manufacturing and Additive Manufacturing

Metal additive manufacturing (SLM, EBM, DED)

Polymer and ceramic additive manufacturing

Precision casting, forging and plastic forming

Micro-nano manufacturing and ultra-precision machining

Mold design and forming process simulation

Modeling and simulation of intelligent manufacturing systems

Digital twins and virtual manufacturing

Industrial Internet and manufacturing IoT

Integration of intelligent production lines and automation equipment

Applications of additive manufacturing in aerospace and other fields

📚︎Track 3: Intelligent Control and Industrial Robotics

Adaptive and robust control

Nonlinear and complex system control

Fuzzy control and neural-network-based control

Predictive control and model predictive control

Distributed and multi-agent control

Data-driven and learning-based control

Kinematics and dynamics of industrial robots

Robot perception, planning and control

Multi-robot collaboration and human-robot collaboration

Stability and performance analysis of control systems

📚︎Track 4: Intelligent Sensing and Electromechanical Equipment

Novel sensors and intelligent sensing elements

Visual inspection and image recognition technology

Advanced non-destructive testing technologies and equipment

Multi-sensor information fusion and data processing

On-line detection and quality monitoring in industrial sites

CNC systems and motion control

Intelligent actuators and precision transmission

Equipment condition monitoring and fault diagnosis

Structural design optimization of high-end equipment

Vibration control and noise reduction of equipment