Two Science Degree: Mechanics and Aeronautical and Astronautical Science and Technology.
COMPULSORY  
Applied Mathematical Method  Continuum Mechanics I 
Computational Mechanics (II)  Computational Mechanics (I) 
Continuum Mechanics II  Advances and Applications in Engineering Mechanics 
ELECTIVE  
Nonlinear Dynamics I  Modern Fluid Mechanics 
Advanced Dynamics  Advanced Fluid Mechanics Fluid Mechanics 
Composite Materials and Structural Mechanics  Biomechanics 
Advanced Solid Mechanics（II）  Nonlinear Dynamics II 
The Fluid Mechanics in blade machinery  Advanced Solid Experimental Mechanics 
Experimental mechanics 2  Advanced Solid Mechanics (I) 
Numerical Simulation Methods in Turbulence  Variational Principle in Elasticity 
Random vibration  Multiphase flow dynamics 
Advanced Fracture Mechanics  Advanced Aerodynamics 
Optimization Theory and Method  Hydrodynamic Stability 
Discussion on Advanced Computational Methods on Fluid Dynamics  C++ and Data Structures 
Lectures on Frontier Issues in Fluid Mechanics  Experimental Mechanics in Interdisciplinary Research 
Analysis of Wave Propagation for engineering Applications  NonNewtonian Fluid Mechanics 
Micro Fluid Mechanics 

Aeronautical and Astronautical Science and Technology (Master)
COMPULSORY  
Advanced Experiments for Aerospace  System Design of Modern Aerospace Vehicles 
ELECTIVE  
Aerospace Vehicle Aerodynamics  Flight Dynamics 
Advanced aircraft structural design  Principle of modern integrated navigation 
Principle and methods of flight control  Functional Analysis 
Tensor Analysis  Combinatorial Optimization 
Numerical Analysis for Engineers  Stochastics Processes 
Matrix Theory  Partial Differential Equations 
Aerospace Systems Engineering  Aerospace Information System 
Combustion and Propulsion Technology  Design Method of Space Information System 
Advanced Technology on Nanosatellite and Sensor  Digital System Design Based on FPGA 
Advanced Electronic System Design  Modern Image Processing 
Experimental mechanics 2  Advanced Solid Experimental Mechanics 
Software and Hardware Practice for Digital Signal Processing  Continuum Mechanics I 
Continuum Mechanics II  Computational Mechanics (I) 
Advanced Aerodynamics Experimental Technology  Intelligent UVA Systems Design 
Modern Control Theory and MATLAB Practice  Space Vehicle Dynamics and Control 
Optimization Theory and Method  Aerospace Virtual Reality and Simulation 
Aerospace RF Microelectronics  Advanced Aerodynamics 
Advanced aircraft analysis and design  Composite Materials and Structural Mechanics 
Hypersonic and High Temperature Gas Dynamics  Engine Control 
Flow Theory and Analysis of Turbomachinery  Computational Combustion Dynamics 
Diagnostics of Thermal Physics in propulsion system: Theory and Experiment  Multiphase flow dynamics 
Applied Mechanics of Solids  Advanced Fracture Mechanics 
Theory of Vibration and its Application  Advanced Computational Aerodynamics 
Advanced Dynamics  Random vibration 
Analysis of Wave Propagation for engineering Applications  Experimental Mechanics in Interdisciplinary Research 
Advances and Applications in Engineering Mechanics  Variational Principle in Elasticity 
Test and Measurement for optical Devices and Systems  High End Computing and Its Applications 
Introduction to Integrated Circuits  The Principle and Application of GPS 
Tracking Data Processing Technology  Fiber Optic Sensor Technology 
Robotics for handling on The Nanoscale  Optimal Theories and Methods 
Microwave Remote Sensing  Introduction to Embedded system design 
Fundamentals of Electronics and Information Technology  Machine Learning 
Virtual Reality  Data Mining 
Mobile Communications  Advanced Computer Network 
Advanced Database Technologies  Advanced Topics on Big data visualization 
Introduction to Artificial Intelligence  Introduction to Computer Vision 
Experimental Study of OFDM Communications  Computer Graphics 
The Advance of Aircraft Structure  RF MicroSystem Technologies 
Advanced Target Detection, Tracking and Recognition  Theory of Intelligent System 
Technology of Weak Signals Detection  Introduction to Microelectronics Process 
Optimal Control Theory  Advanced Combustion 
Modern Control Theory  Pattern Recognition and Artificial Intelligence 
Image Processing and Modeling  Heat and Mass Transfer 
Computational fluid dynamics  Electromagnetic Fields Theory 
Methods of Mathematical Physics in Acoustics and Vibration  Principles of Inertial Navigation 
Advanced Operation System 
