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Introduction of undergraduate Programs
Theoretical and Applied Mechanics
Engineering Structure Analysis

Engineering Structure Analysis program not only has the basic training of mathematics, physics, mechanics, but also focus on cultivating students’ abilities in structural engineering analysis and computer aided design, and make them having specialty in applying or developing computational technology for structural design and analysis. Graduates may choose to be employed in engineering structure analysis related fields or other career paths, including industry, academe, and government organizations, or continue professional development by obtaining post-graduate degrees.
 
Total credits: 149 credits, including:
  • Compulsory Course: 92 credits
  • Compulsory Course (General): 32 credits
  • Compulsory Course (Math): 27 credits
  • Compulsory Course (Major): 33 credits
  • Elective Course: 51 credits
  • Elective Course (General): 12 credits
  • Elective Course (Physics/Chemistry): 15 credits
  • Elective Course (Major): 24 credits
  • Graduation Thesis/Capstone Design: 6 credits
 
Table 1.1: Compulsory Course(Math)
 
 

Course Number

Course Name

Hours Per Week

Credit

Semster

00331751

Calculus (I)

6

4

Fall(1)

00331770

Linear Algebra and Geometry

5

4

Fall(1)

00331752

Calculus (II)

6

4

Fall(2)

00331860

Advanced Calculus

4

3

Fall(3)

00331880

Advanced Algebra

3

3

Fall(3)

00330700

Ordinary Differential Equation

4

3

Fall(3)

00331900

Probability and Mathematical Statistics

3

3

Fall(5)

00330050

Computational Method

5

3

Fall(6)

 
 
Table 1.2 Compulsory Course (Major)
 
  

Course Number

Course Name
Hours Per Week

Credit

Semster

00331781

General Theory of Modern Engineering

3

2

Fall(1)

00332250

Engineering Mechanics - Statics and Dynamics

4

4

Fall(3)

00330760

Engineering Mathematics

4

3

Spring(4)

00332260

Mechanics of Materials

4

4

Spring(4)

00331800

Advanced Dynamics

3

3

Spring(4)

00332300

Engineering Fluid Mechanics

3

3

Fall(5)

00332310

Structural Mechanics and the Method of Matrix

4

4

Spring(5)

00332330

Experiment of Solid Mechanics

3

3

Spring(6)

00332290

Engineering Elasticity

3

3

Spring(6)

00332320

The Preliminary Engineering Design

4

4

Fall(7)

 
 
Table 1.3 Elective Course(Physical/Chemestry)
 
  

Course Number

Course Name

Hours Per Week

Credit

Semster

00431141

Mechanics (General Physics)

3

3

Spring(2)

01034880

General Chemistry (B)

4

4

Fall(3)

01034320

General Chemistry Experiment (B)

3

2

Fall(3)

00431142

Thermology (General Physics)

2

2

Fall(3)

00431143

Electromagnetism (General Physics)

3

3

Fall(3)

00431144

Optics (General Physics)

2

2

Spring(4)

00431145

Modern Physics (General Physics)

3

3

Spring(4)

00431421

General Physics Experiment (B)

4

2

Spring(4)

 
 
Table 1.4 Elective Course (Major)
 
 

Course Number

Course Name

Hours Per Week

Credit

Semster

00330140

Computational Fluid Mechanics

3

3

Spring

00330180

Finite Element Method

3

3

Spring

00330190

Engineering Plasticity

3

3

Spring

00330220

Automatic Control Theory

3

3

Spring

00330270

Technique English

3

3

Spring

00330280

Vibration Theory

3

3

Fall

00330510

Progress in Solid Mechanics

3

3

Spring

00330630

Engineering Drawing

3

3

Spring

00331311

Engineering CAD

3

3

Fall

00332030

Applied Analysis

4

4

Fall

00331730

Aerospace Dynamics

2

2

Fall

00331810

Convection and Heat Transfer

3

3

Spring

00331820

Scientific Computation

3

3

Spring

00331830

Astrodynamics

3

3

Spring

00331990

Pulsating Flow in Physics

3

3

Spring

00332000

Flight Dynamics and Control

3

3

Spring

00332460

The Basis of Continuum Mechanics

3

3

Fall

00331480

An Introduction to System and Control

2

2

Fall

00332500

Aerodynamics

2

2

Fall

01032390

Materials Physics

2

2

Fall

00332980

Physical Hydrodynamics

3

3

Fall

00333450

Energy and Propulsion

3

3

Spring

00332940

An Introduction to Science and Complex Systems

3

3

Spring

00332080

An Introduction to Pneumatic Acoustic

2

2

Spring

00330130

Aeromechanics

3

3

Spring

00332490

Engineering Fluid Mechanics Software and Algorithm

3

3

Spring

00333640

An Introduction to Nonlinear Dynamics and Chaos

3

3

Spring

00333660

Finite Element Method (II)

3

3

Spring

 
 
Table 2: Curriculum (Course Schedule) 
 
 
First Year
First Year
Fall Semester Courses

Credit

Spring Semester Courses

Credit

Introduction to Computation (B)

3

Data Structures and Algorithms (B)

3

Calculus (I)

4

Calculus (II)

4

Linear Algebra and Geometry

4

Mechanics (General Physics)

2

General Theory of Modern Engineering

2

 

 

 

 

 

 

Second Year

Second Year

Fall Semester Courses

Credit

Spring Semester Courses

Credit

Ordinary Differential Equation

3

Mechanics of Materials

4

Engineering Mechanics - Statics and Dynamics

4

Advanced Dynamics

3

Advanced Calculus

3

Engineering Mathematics

3

Advanced Algebra

3

Optics (General Physics)

2

General Chemistry (B)

4

Modern Physics (General Physics),

3

General Chemistry Experiment (B)

2

General Physics Experiment (B)

2

Thermology (General Physics)

2

 

 

Electromagnetism (General Physics)

3

 

 

 

 

 

 

Third Year

Third Year

Fall Semester Courses

Credit

Spring Semester Courses

Credit

Probability and Mathematical Statistics

3

Computational Method

3

Engineering Fluid Mechanics

3

Engineering Elasticity

3

Structural Mechanics and the Method of Matrix

4

 

 

Experiment of Solid Mechanics

3

 

 

 

 

 

 

Fourth Year

Fourth Year

Fall Semester Courses

Credit

Spring Semester Courses

Credit

The Preliminary Engineering Design

4

Degree Thesis

6

 

 

 

 

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