T1: Mechanical Engineering
- ▪ Surface Engineering/ Coating Technology
- ▪ Mechanical Products Design, Mechanical Structures
- ▪ Mechanical Strength and Reliability
- ▪ CAD, CAM, CAE, Computer Modeling and Simulation
- ▪ Simulation, Testing, Diagnosis, and Control in Manufacturing
- ▪ Mechanical Control
- ▪ Mechanical Vibration and Noise
- ▪ Mechatronics, Industrial Robotics, Automation and Control
- ▪ Engineering Optimization in Manufacturing
- ▪ Mechanical Systems
- ▪ Casting and Solidification
- ▪ Coatings and Surface Engineering
- ▪ Mechanical Design and Manufacturing
- ▪ Mechatronics
- ▪ Digital Design and Analysis
- ▪ Micro Mechanics and Tribology
- ▪ Surface Interface Theory and Technology
- ▪ Mechanical Parts and Sealing Technology
- ▪ Mechanical System Dynamics and Fault Diagnosis Technology
- ▪ Intelligent Manufacture Equipment and Control
- ▪ Precise and Special Processing Technology
- ▪ Robot Technology, Manufacturing Automation Equipment
- ▪ Manufacturing System and Digital Manufacturing
- ▪ Forming Heavy Equipment Design and Manufacture
- ▪ The Forming Process Monitoring Control and Intelligent
- ▪ Laser Processing and Micro-Nano Processing
T2: Materials Science
- ▪ Composites Materials
- ▪ Organic Polymer Materials
- ▪ Micro / Nano/ Bio Materials
- ▪ Optical/ Electronic/ Magnetic Materials
- ▪ (New) Functional Materials
- ▪ Superhard Material
- ▪ Iron and Steel
- ▪ Ceramic
- ▪ Metal Alloy Materials
- ▪ Materials Processing Engineering
- ▪ Materials Forming
- ▪ Materials Machining
- ▪ Laser Processing
- ▪ Powder Metallurgy
- ▪ Severe Plastic Deformation
- ▪ Tribology in Manufacturing Processes
- ▪ Coatings
- ▪ Surface Engineering
- ▪ Semi-Conductor Materials
- ▪ Hybrid Optical Materials (Organic/Inorganic)
- ▪ Advanced Textile Materials
- ▪ Material Properties, Performances, Characterization and Applications
- ▪ Materials for Energy Conversion and Storage
- ▪ Adsorbent Materials
- ▪ Nanofabrication, Nano Metrology and Applications
- ▪ Advanced Structural Material
T3: Civil Engineering
- ▪ Civil, Architectural Engineering
- ▪ Architecture, Building Materials
- ▪ Bridge and Tunnel Engineering
- ▪ Rock Engineering
- ▪ Structural Engineering
- ▪ Geotechnical, Geological and Hydraulic Engineering
- ▪ Concrete Structure Design
- ▪ Architectural Design and Building Materials
- ▪ Architectural Design and Its Theory
- ▪ Building Technology Science
- ▪ Architectural Environment & Equipment Engineering
- ▪ Traditional / Advanced Construction Materials
- ▪ Mineral and Mineralogy
- ▪ Sustainable Concrete Materials and Structures
- ▪ Nanotechnology in Concrete
- ▪ Fibre-Reinforced Cementitious Composites
- ▪ Filler Technology and Three-Tier Concrete Mix Design Method
- ▪ Ultra-High-Performance Concrete
- ▪ Particle Packing and Microstructural Modification
- ▪ Constitutive Model
- ▪ Post-Crack and Post-Peak Response
- ▪ Crack Control and Construction Control of Concrete Structures
T4: Other Topics
- ▪ Membrane Separation Materials
- ▪ Amorphous Materials
- ▪ Material Manufacturing
- ▪ Biological Manufacturing
- ▪ Aerospace Manufacturing Engineering
- ▪ Nontraditional Manufacturing
- ▪ New Energy Materials
- ▪ Green Materials
- ▪ Energy and Environmental Materials
- ▪ Welding & Joining
- ▪ Intelligent Materials
- ▪ Materials Physics
- ▪ Materials Chemistry
- ▪ Biological Medical Materials
- ▪ Health and Biological Materials
- ▪ Physics and Numerical Simulation of Materials Process
- ▪ Inorganic Materials
- ▪ High Performance Materials