DHKT

Curriculum of Master of Civil Engineering Programs

1. Master of Civil Engineering (Research)

No.

Course title

Credit

Course types

Semester

Note

Compulsory

Selective

Optional

A.

Background knowledge (4 credits)

 

1.

Philosophy

3

x

 

 

1

 

2.

Research methods in civil engineering

1

x

 

 

1

 

B.

Civil engineering knowledge (26 credits)

 

3.

Finite element method and applications in civil engineering

3

x

 

 

1

 

4.

Vibration and seismic resistance design

3

x

 

 

1

 

5.

Structural stabilization

3

x

 

 

1

 

6.

Continuum mechanics

3

x

 

 

1

 

7.

Applications of probability and statistics in civil engineering

3

x

 

 

2

 

8.

Writing Scientific Paper skills

1

x

 

 

2

 

9.

Structural optimization

3

 

x

 

2

Minimum 10 credit (Selective)

10.

Effects of winds, storms and hurricanes in buildings

3

 

x

 

2

11.

Steel-concrete structures

3

 

x

 

2

12.

Membrane theory

3

 

x

 

2

13.

Corrosion of structures

3

 

x

 

2

14.

Construction laws and legislations

3

 

x

 

2

15.

Modelling and data analysis

3

 

x

 

2

16.

Novel materials in construction

2

 

x

 

2

17.

Specialized assignment 1

3

 

x

 

2

18.

Specialized assignment 2

3

 

x

 

2

19.

Specialized assignment 3

4

 

x

 

2

C.

Thesis

15

 

 

 

3

 

 

Total

45

 

 

2. Master of Civil Engineering (Industry-based)

No.

Course title

Credit

Course types

Semester

Notes

Compulsory

Selective

Optional

A.

Background knowledge (3 credits)

 

1.

Philosophy

3

x

 

 

1

 

B.

Civil Engineering knowledge (27 credits)

 

2.

Finite element method and applications in civil engineering

3

x

 

 

1

 

3.

Vibration and seismic resistance design

3

x

 

 

1

 

4.

Reinforced concrete design for high-rise buildings

2

x

 

 

1

 

5.

Design of prestressed slabs

3

x

 

 

1

 

6.

Construction technologies for high-rise building and its basement

3

x

 

 

2

 

7.

Applications of probability and statistics in civil engineering

3

x

 

 

2

 

8.

Steel and steel-concrete design for high-rise buildings

4

 

x

 

2

Selective (10 credits)

9.

Construction management for high-rise buildings

3

 

x

 

2

10.

Damage and hazard in high-rise building

3

 

x

 

2

11.

Experiment and quality assessment

3

 

x

 

2

12.

Service systems in buildings

3

 

x

 

2

13.

BIM applications in design and project management

4

 

x

 

2

14.

Structural stabilization

3

 

x

 

2

15.

Research methods in civil engineering

1

 

x

 

2

16.

Construction laws and legislations

3

 

x

 

2

17.

Novel materials in construction

2

 

x

 

2

18.

Internship

2

 

x

 

2

C.

Thesis

15

 

 

 

3

 

 

Total

45

 

 


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