(Including but not limited to the following topics)
Track 1: Chemical Engineering
Catalysis and Reaction Engineering
Separation Processes and Technologies
Chemical Engineering Materials Science
Environmental Impact of Chemical Processes
Computational Methods in Chemical Engineering
Biochemical Engineering
Industrial Applications of Chemical Engineering
Green Chemistry
Nanotechnology
Materials Engineering
Polymer Science
Transfer Phenomena
Photocatalysis
Intelligent Chemical Engineering
Crystallization Technology
Nuclear Chemistry
Track 2: Composite Materials
Magnetic Materials
Material Physics
Physical and Structural Properties of Materials
Biological Materials and Biomedical Engineering
Functional Materials
Ceramic and Glass Materials
Electronic and Magnetic Materials
Computational Materials Science
Energy Catalytic Materials
Multiferroic Materials and Composite Materials
Nanotechnology and Materials
Solar Cell Materials
Superconductors
Alloys and Metallurgical Engineering (Electrical, Mechanical, Civil, Chemical and Neuromorphic Computing)
Track 3: Materials Mechanics
Introduction to Materials Science
Fundamentals of Materials Science
Material Physics
Material Chemistry
Material Mechanics
Research Methods in Materials Science
Material Processing and Equipment
Elastic Deformation, Plastic Deformation, Fracture Deformation
Application of Computers in Materials Science
Elastic Properties
Plastic Properties Hardness
Impact resistance performance