(The following topics include but are not limited to)
Topic 1. Mechanical modeling
Fundamentals of mechanical design
Computer Aided Design (CAD) ‌
Mechanical drawing and computer drawing
Engineering mechanics
Engineering materials and thermoforming processes
Electrical and electronic technology
Hydraulic and pneumatic transmission
Numerical control technology and application
Product three-dimensional modeling and structural design
Mechatronics design
Agent-based Modeling (ABM)
Dynamic modeling
Biomechanical modeling of robotic surgery
Topic 2. Automatic control
Linear system control
Control integrated circuits and applications
Modeling and simulation of emerging technologies
Nonlinear system control
Advanced control systems, automatic control systems, automation and monitoring systems, control and embedded systems
Robot system control
Automation and diagnostics, fault-tolerant control systems
Fractional system and control, intelligent system control
Mechatronics and robotic systems
Networks and motors, power electronics and control
Principle and technology of automatic control
Topic 3. Mechanics of materials
Fundamentals of materials science
Physical chemistry
Quantum and statistical Mechanics
Solid state physics
Materials physics, materials chemistry
Modern materials testing methods
Material process and equipment
Materials thermodynamics
Functional materials and applications
Extreme environment materials
Micro/nanomaterials, semiconductor materials
Green and sustainable materials, superplastic materials
Non-ferrous materials, optical/electronic/magnetic materials, metamaterials