DHKT

Curriculum of Master of Civil Engineering Programs

30/09/2020 18:17

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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