Track 1. Nanomaterials and Advanced Functional Materials

» Nanomaterials and nanocomposites

» Functional and smart materials

» Optical, electronic and magnetic materials

» Biomaterials and bioinspired materials

» Materials for energy and environmental applications

Track 2. Materials Design, Characterization and Performance Engineering

» Computational design of materials

» Characterization and testing techniques

» Surface and interface engineering

» Mechanical performance and failure analysis

» Reliability and durability of materials

Track 3. Advanced Manufacturing Processes and Technologies

» Material processing and forming

» Precision and additive manufacturing

» Laser and advanced processing technologies

» Micro/nano manufacturing

» Process simulation and optimization

Track 4. Digital Manufacturing, Robotics and Intelligent Systems

» Intelligent manufacturing systems

» Robotics and industrial automation

» Computer-aided engineering and digital design

» Digital twins and cyber-physical systems

» AI-enabled manufacturing technologies

Track 5. Energy Materials and Sustainable Engineering

» Materials for energy storage and conversion

» Hydrogen and fuel cell technologies

» Renewable energy technologies

» Thermal engineering and heat transfer

» Green and sustainable manufacturing

Track 6. Modeling, Simulation and Advanced Engineering Technologies

» Computational mechanics

» Finite element analysis and multiphysics simulation

» Computational fluid dynamics

» Intelligent design and engineering optimization

» Emerging multidisciplinary engineering technologies