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Courses

Undergraduate Courses
 
Course Name
Credits
Common Required Courses
Concepts of Weapon and Fighting Vehicles
3
Computer Aided Drawing
1
Engineering Mathematics (1)
3
Engineering Mechanics - Statics
3
Thermo Dynamics
3
Engineering Mathematics (2)
3
Engineering Mechanics - Dynamics
3
Fluid Mechanics
3
An Introduction to Circuit and Experiments Analysis
3
Workshop Practice
1
Mechanics of Materials
3
Automatic Control
3
An Introduction to Systems Engineering
3
Special Projects
1
Subtotal
36
Common Elective Courses
Probability and Statistics
3
Advanced Programming Language
3
Reliability Engineering
3
Applied Mathematics
3
Computer Aided Design
3
Design of Machine Elements 3
System Dynamics 3
Numerical Analysis
3
Logistics Engineering and Management
3
Software Programming
3
Heat Transfer
3
 
Naval Architecture and Ocean Engineering
Vehicle and Transportation Engineering
Weapon Systems Engineering
 
Course Name
Credits
Professional Required Courses
Principles of Naval Architecture (1) 3
Fluid Dynamics 3
Marine Engineering (1) 3
Hull Form Calculation and Drawing 1
Ship Structural 3
Subtotal
13
Professional Elective Courses
Principles of Naval Architecture (2) 3
Experiments of Naval Architecture Engineering 1
Basic Electronics for Marine Engineering 3
Marine Engineering (2) 3
Submarine Introduction 3
Evaluation of Sea-keeping Performance 3
Design of Heat Exchangers 3
Warship Design 3
Noise and Vibration 3
 
 
 
Course Name
Credits
Professional Required Courses
Principles of Vehicle Systems 3
Internal Combustion Engines 3
Automotive Diagnosis and Service 3
Internal Combustion Testing 1
Vehicle Structure Analysis 3
Vehicle Dynamics 3
Subtotal
16
Professional Elective Courses
Experiments of Mechanical Engineering 1
Automotive Sensors 3
Fuel and Oil Analysis 3
Vehicle’s Triboloical System Design 3
Military Metallurgy 3
Automotive Chassis Design 3
Manufacturing Engineering and Technology 3
Automotive Electricity & Electronics Services 3
The Vehicle Fuels and Energy 3
Automotive Drive Trains 3
Aerodynamics of Road Vehicles 3
Transportation Management 3
Transportation Engineering 3
Hydraulic and Pneumatic Engineering 3
 
 
Course Name
Credits
Professional Required Courses
Ammunitions 2
Ordnance Engineering and Workshop (1) 3
Ballistics and Experiments (1) 3
Electronic Component and Lab 3
Missile Systems 3
Systems Engineering Management
3
Subtotal
17
Professional Elective Courses
Linear Algebra 3
Operation Research 3
Ordnance Engineering and Workshop (2) 3
Ballistics and Experiments (2) 3
Decision Analysis 3
The Evolution of Small Arms and Military Tactics 3
Guidance and Control 3
 
 
 
Graduate Courses
Naval Architecture and Ocean Engineering
Vehicle and Transportation Engineering
Weapon Systems Engineering
 
Course Name
Credits
Required Courses 
Thesis 6
Seminar 2
Advanced Applied Mathematics 3
Ocean Engineering 3
Ship Structure Theory 3
Applied Marine Engineering 3
Subtotal
20
Elective Courses
Principles of Naval Architecture 3
Applied Numerical Method 3
Underwater Acoustics 3
Optimal Control 3
Theory of Ship Structure Stability 3
Design and Analysis of Experiments 3
Ship Hydrodynamics 3
Fuzzy Theory 3
Advanced Strength of Material 3
Elasticity 3
Application of CFD in Marine Hydrodynamics 3
Automatic Control of Ocean Vehicles 3
Finite Element Method 3
Nonlinear Dynamics 3
Special Topics for Ship Design 3
Ship Vibration and Noise 3
Maneuver and Control of Ocean Vehicles 3
Physical Oceanography 3
Theory of Plate and Shell 3
Laminar Flow Theory 3
Intelligent Parameter Design 3
Evaluation of Sea-keeping Performance 3
Special Topics on Marine Engineering 3
Electrical Circuits for Marine Engineering 3
Submarine Principle 3
Vibration of Marine Propulsion Shaft Systems 3
Marine Structure Dynamics 3
Wave Mechanics 3
Fuel Cell Systems 3
Nonlinear Control 3
Subtotal
12
Total
32
 
 
 
Course Name
Credits
Required Courses 
Thesis 6
Seminar 2
Advanced Principles of Vehicle Systems 3
Subtotal
11
Elective Courses
Advanced Applied Mathematics 3
Statistics Theory and Methods 3
Linear Control Systems 3
Finite Element Method 3
Linear Programming 3
Modern Control Theory 3
Structure Dynamics 3
Elasticity 3
System Identification and Estimation Theory 3
Design and Analysis of Experiments 3
Impact Engineering 3
Fuzzy Theory 3
Tribology 3
Aerodynamics of Road Vehicles 3
Automotive Power Systems 3
Automotive Suspension Vibration 3
Fracture Analysis of Materials 3
The Applicability and Technology of Alternative Fuels for Vehicles 3
Advanced Dynamics of Automotive Vehicles 3
Automotive Engine Design 3
Transport System and Road Design 3
Transportation Management 3
Computer Aided Analysis 3
Applied Numerical Method 3
Optimization Theory and Applications 3
Servo Control System 3
Design of Experiments in Engineering 3
Project Management and Risk Analysis 3
Guidance and Control 3
Digital Control and Signal Processing 3
Quality Assurance in Engineering 3
The Theory and Application of Neural Network 3
Transportation Engineering 3
System Dynamics of Armored Vehicle 3
Automotive Chassis Design 3
Automotive Inspection and Service 3
Vehicle Component Manufacturing and Strengthening 3
Special Topics on Vehicular Advanced Technology 3
Testing and Inspection on Vehicular Performances 3
Traffic Flow Theorem 3
Testing and Evaluation in Armored Combat Vehicles 3
Objective Decision and Analysis 3
Subtotal
21
Total
32
 
 
Course Name
Credits
Required Courses 
Thesis
6
Seminar 2
Systems Engineering & Management 3
Subtotal
11
Elective Courses
Fuzzy Theory  
Finite Element Method  
Advanced Applied Mathematics  
Optimization Theory and Applications  
Linear Programming  
System Simulation  
System Dynamics  
Logistics Engineering and Management  
Modern Control Theory  
Dynamics of Structures  
Exterior Ballistics  
Elasticity  
System Identification and Estimation Theory  
Computer-Aided Analysis of Weapon Mechanisms  
Grey Theory  
Heat Transfer  
Impact Engineering  
Heuristics Algorithm and Logistics Distribution  
Probability and Statistics in Engineering  
Weapon System Engineering  
Missile Systems Engineering  
The Theory of Decision Making  
Design of Experiments in Engineering  
Human Factors engineering  
Project Management and Risk Analysis  
Terminal Ballistics  
Interior Ballistics  
Guidance and Control  
Digital Control and Signal processing  
Robotics  
The Theory and Application of Neural Network  
Servo Control System  
Reliability Engineering  
Logistics Modeling and Analysis  
Quality Assurance in Engineering  
Embedded System Design  
Intelligent Control  
Fireworks Design and Test  
Subtotal
15
Total
32
 
 
 
 
Ph.D. program in Weapon Systems Engineering
 
Course Name
Credits
Required Courses
Thesis
12
Seminar 2
Weapon System Effectiveness 3
Technology Research 3
Subtotal
20
Elective Courses
Advanced Logistics Engineering 3
Advanced Heat Transfer 3
Artificial Intelligence 3
Robust Control Theory 3
Coupling Effects for Fluid and Structures 3
Surface Engineering of Weapon Systems 3
Advance Systems Engineering 3
Theory of Vibration 3
Penetration Mechanics 3
High-Speed Wind Tunnel Testing 3
Computational Fluid Dynamics 3
Design of Thermal Systems 3
Advanced Reliability Engineering 3
Special Topics on Gas Dynamics 3
Rockets Engineering 3
Continuum Mechanics 3
Optimal Design of Structure 3
Chaos and Nonlinear Theory 3
Life Cost and Efficiency Analysis 3
Supersonic Aerodynamics 3
Preliminary Configuration Design of Aircrafts 3
Design of Aircraft Structure 3
Turbulent Flow Theory 3
Subtotal
15
Total
35