(The following topics include but are not limited to)
Theme 1. Intelligent Bionics
Introduction to Bionic Health Engineering
Youdaoplaceholder0 Bionic mechanical design
Youdaoplaceholder0 Fundamentals of bionic materials science, ‌ Fundamentals of bionic manufacturing
Bionic robot
Application of Bionic Materials
Bionic System design
Fundamentals of Bionics, Fundamentals of Biology
Theoretical mechanics, Mechanics of materials
Mechanical design
Nonlinear system control, advanced control system control and embedded systems
Robot system control
Computer software development technology
Theme 2. Mechanical Engineering
Engineering design
Machinery and mechanical components
Mechanical Structure and stress analysis
Vehicle Engineering
Engine technology
Aerospace technology and aerospace science
Mechanical intelligent control and robots
Mechatronics
Power System and Control
Industrial manufacturing, materials engineering
Tribology and surface technology
Mechanical Noise and Control
Deformation and fracture of materials
Precision machining technology
Advanced numerical control technology and equipment
Theme 3. Materials Science
Electronic and magnetic materials
Computational Materials Science
Coupling of multiple iron sequence parameters
Crystal defect engineering, engineering in the field of crystallography
Domain microstructure evolution
Domain size effect, grain size effect, small particles, thin films
Nanomaterials and nanotechnology
Iron and interiron phase transformation
Foundation and Characteristics
Supermagnetostrictive materials and magnetic shape memory alloys
The dynamic pathways of phase transitions and domain variations
Magnetic materials, materials chemistry
Multiferroic materials and composite materials
Nanotechnology and materials
Shape memory alloys and martensite