Two Science Degree: Mechanics and Aeronautical and Astronautical Science and Technology.

 

Mechanics (Master)

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 MechanicsII

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

 

 

 

 

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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