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 | Non-Newtonian Fluid Mechanics |
Micro Fluid Mechanics |
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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 Nano-satellite 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 Micro-System 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 |
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