HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY

Graduate Programs
Tiếng Việt  

GEOLOGICAL ENGINEERING

GEOLOGICAL ENGINEERING

I. Program objectives and learning outcomes:

1. Program objectives:

1.1. Coursework program (Master of coursework):

- Meeting the demand of highly qualified human resources for the economy in the field of Natural Resources and Environment, especially in Geological Engineering such as Geotechnical, Hydrological Geology, Engineering Geology, Geotechnical Engineering. , Mineral geology, and Environmental geology. - Meet the resources of university and college students in geological engineering

- Meeting the demand of highly qualified human resources for the economy in the field of Natural Resources and Environment, especially in Geological Engineering such as Geotechnical, Hydrological Geology, Engineering Geology, Geotechnical Engineering. , Mineral geology, and Environmental geology. - Meet the resources of university and college students in geological engineering

1.2. Research program (Master of research):

- Meeting the demand of highly qualified human resources for the economy in the field of Natural Resources and Environment, especially in Geological Engineering such as Geotechnical, Hydrological Geology, Engineering Geology, Geotechnical Engineering. , Mineral geology, and Environmental geology. - Meet the resources of university and college students in geological engineering

2. Program learning outcomes:

2.1. Coursework program:

- Mastering the guidelines and guidelines of the Party, the laws of the State and the strategy to develop the fields of natural resources and environment.

- Having in-depth knowledge of a major in the field of Geological Engineering and mastering many technical disciplines related to the investigation of natural resources and environment.

- Understanding the situation of production, social life of the country, other relationships affecting natural resource and environmental activities, economic and scientific and technical development information at home and abroad.

2.2. Research program:

- Having in-depth knowledge of a major in the field of Geological Engineering and mastering many technical disciplines related to the investigation of natural resources and the environment.

- Mastering the guidelines and guidelines of the Party, the laws of the State and the strategy to develop the fields of natural resources and environment.

- Understand the situation of production, social life of the country, other relationships that affect natural resource and environmental activities, information on economy and scientific and technical development in and out. country. II. Abilities to meet socio-economic needs, international integration after graduation:

III. Program structure:

1. Coursework program:

No.

Course Title

Study hours

Semester

Credits

Lecture

Lab

Tutorials

Assignme nts

Hours

Hours

Hours

Hours

A

General subjects

9

 

 

 

 

 

 

General mandatory courses

3

 

 

 

 

 

1

Philosophy

3

30

0

0

45

2

 

General elective courses

6

 

 

 

 

 

2

Methodology of Scientific Research

3

30

0

0

45

2

3

Innovation and Entrepreneurship

3

30

0

0

45

2

4

Management and Leadership

3

30

0

0

45

2

5

Business ethics and corporate social responsibility

3

30

0

0

45

2

6

Service Management

3

30

0

0

45

2

7

Project Management

3

30

0

6

36

2

8

Analyzing, Writing, Publishing Scientific Papers

3

30

0

0

45

2

9

Multivariate analysis

3

30

0

0

45

2

B

Pre-requisite courses

12

 

 

 

 

 

10

Environmental Geology

3

15

0

0

90

1

11

Geotechnics 1

3

15

0

0

90

1

12

BASIC GEOPHYSICS

3

15

0

0

90

1

13

Hydrogeology

3

15

0

0

90

1

C

Mandatory core courses

12

 

 

 

 

 

14

Integrated project management

3

30

0

12

27

1

15

Groundwater modeling

3

30

0

12

27

1

16

Geo-harzard mitigation Engineering and Climate Change

3

30

0

12

27

1

17

Exploitation and protection of underground water resources

3

30

0

12

27

1

D

Elective courses

15

 

 

 

 

 

18

Internship

3

0

90

0

0

4

19

Geostatistics

3

30

0

12

27

2

20

Planning and management of Water Resources

3

30

0

12

27

2

21

Economic evaluation in Mining and Resources

3

30

0

12

27

2

22

Earth resource management

3

30

0

12

27

2

23

Earth Resource Planning

3

30

0

12

27

2

24

Risk analysis for Mining Investment Decision Making

3

30

0

12

27

2

25

Environmental Safety in Natural Resources Exploitation

3

30

0

12

27

2

26

Environmental Geochemistry

3

30

0

12

27

3

27

Regional Environmetal Planning

3

30

0

12

27

3

28

Hydrogeochemistry

3

30

0

12

27

3

29

Hydrogeological engineering and Environment

3

30

0

12

27

3

30

Stability of the Construction

3

30

0

12

27

3

31

Underground Geotechnics

3

30

0

12

27

3

32

Foundation Engineering

3

30

0

12

27

3

33

Reclamation of soil engineering

3

30

0

12

27

3

34

Applying GIS and Remote Sensing in Natural Resource Management

3

30

0

12

27

1

E

Mandatory master's thesis

12

 

 

 

 

 

35

Thesis

12

0

0

0

0

4

2. Research program:

No.

Course title

Study hours

Semester

Credits

Lecture

Lab

Tutorials

Assignme nt

Hours

Hours

Hours

Hours

A

General courses

9

 

 

 

 

 

B

Pre-requisites

12

 

 

 

 

 

1

Environmental Geology

3

15

0

0

90

1

2

Geotechnics 1

3

15

0

0

90

1

3

BASIC GEOPHYSICS

3

15

0

0

90

1

4

Hydrogeology

3

15

0

0

90

1

C

Required coureswork

Required Coursework: select 12 credit points from the Required and Elective Subjects listed in the relevant Coursework Program

15

 

 

 

 

 

D

Thesis and publication(s)

24

 

 

 

 

 

 

Total

60

 

 

 

 

 

 

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FACULTY OF GEOLOGY & PETROLEUM ENGINEERING

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