(Include but not limited to)
Track 1: Solid Mechanics
Experimental Solid Mechanics
Mechanics of Materials and Structural Mechanics
Environmental Mechanics
Solid Deformation and Principal Structural Theory
Vibration Theory
Micro Mechanics, Dynamic Mechanics
Collision and Impact Analysis
Dynamic Failure and Failure Mechanism
Nonlinear Material Models and Their Applications
Mechanical Properties
Elastic Mechanics, Plastic Mechanics, Fracture Mechanics, Contact Mechanics
Track 2: Applied Physics
Condensed Matter Physics and New Materials
Physics and Applied Physics
Nuclear Physics
Acoustics/Electrics/Optics/Thermics, Atomic Physics, Solid State Physics
Structure and Physical Properties
Electrical and Electronic Technology
Semiconductor Physics
Optoelectronics, Optoelectronic Technology and Their Applications
Nuclear Electronics
Nuclear Technology and Applications
Vibration, Noise and Control
Electroacoustic Technology
Circuit Principles and Analysis
Quantum Information Electronics, Optical Quantum Information Science
Space Science and Technology, etc.
Track 3: Advanced Materials Engineering
Electronic Packaging Materials and Structural Mechanics
Nanomaterials
New Energy Materials
Biological Materials and Biological Devices
Electronic and Magnetic Materials
Composite, Hybrid and Multifunctional Materials
Environmental Green Materials
Nano-Porous Materials
Polymer Materials
Environmental Remediation Materials, Material Modeling, etc.