Curriculum
The Master Study Program in Geological Engineering is under the Faculty of Earth Sciences and Technologies (FEST), which oriented towards academic education with the competence to create and renew/originality in research/research-based science, knowledge, and technology. The research referred to follows 5 tracks, namely:
- Geoscience
- Petroleum Geology
- Engineering Geology
- Economic Geology
- Volcanology and Geothermal
We define geology as being broadly classified into three major groups:
- Basic Geology Sciences: Petrology, Sedimentology, Stratigraphy, Structural Geology, Paleontology, and Geomorphology.
- Geological Methods: Exploration Geochemistry, Exploration Geophysics, Remote Sensing, Field Geology, Subsurface Geology, Marine Geology, Geostatistics, and Geocomputation.
- Geological Applications: Basically, it is the utilization of geological knowledge for the benefit of human life on Earth. Currently, there are three prominent groups with:
- Skills in applying geological concepts in the search and development of oil and gas resources through surface geological mapping and creating subsurface geological models with the help of computer software.
- Skills in applying geological concepts in the exploration of mineral and geothermal resources through remote sensing of surface geology and creating subsurface geological models for mineral and geothermal systems with the help of computer software.
- Skills in finding surface and subsurface water sources by mapping surface and subsurface geology to determine aquifer zones. Skills in applying geological concepts to estimate the stability of regions and the engineering properties of rocks through rock strength mapping.
The Master Study Program curriculum is held on 4 (four) semesters with a minimum credit is 36 credits. The Master Study Program students the choice to determine the composition of the subject groups according to their track choices.
Semester I | Semester II | ||||||
| Code | Courses Name | CU |
| Code | Courses Name | CU |
1 | Communication Technique in Geology | 2 | |||||
2 | Geoconcept | 2 | |||||
3 | 2 | ||||||
Total | 6 | Total | 0 |
Required for Geosciences Track |
Semester I | Semester II |
| Code | Course Name | CU |
| Code | Course Name | CU |
1 | GL5153 | Stratigraphyc Concept Development | 3 | 1 | GL5012 | Advanced Structural Geology | 3 |
2 | GL5141 | Crystalline and Sedimentary Rock Petrology | 3 | ||||
3 | GL5001 | Geological Modelling | 3 | ||||
Total | 3 | Total | 9 |
Required for Petroleum Track |
Semester I | Semester II |
| Code | Course Name | CU |
| Code | Course Name | CU |
1 | GL5032 | Petroleum System | 2 | 1 | GL5013 | Subsurface Sructural Geology | 2 |
2 | GL5152 | Basin Analysis | 2 | 2 | GL5056 | Sequence and Seismic Stratigraphy | 2 |
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| 3 | GL5142 | Reservoir Petrography | 2 |
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| Total | 4 |
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| Total | 6 |
Semester III | Semester IV | ||||||
| Code | Course Name | CU |
| Code | Course Name | CU |
1 | GL6013 | Geomechanics and Pore Pressure | 2 |
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2 | GL6151 | Development Geology | 2 |
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3 | GL6251 | Petrophysics and Reservoir Modelling | 2 |
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| Total | 6 |
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Required for Engineering Geology Track |
Semester I | Semester II |
| Code | Course Name | CU |
| Code | Course Name | CU |
1 | GL5027 | Engineering Geology of Rock | 2 |
| GL5028 | Engineering Geology of Soil | 2 |
2 | GL5024 | Applied Geomorphology | 2 |
| AT5001 | Advanced Hydrogeology | 3 |
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| Total | 4 |
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| Total | 5 |
Semester III | Semester IV | ||||||
| Code | Course Name | CU |
| Code | Course Name | CU |
1 | GL5026 | Geological Modelling in Engineering | 3 |
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| Total | 3 |
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| Total | 0 |
Required for Economic Geology Track |
Semester I | Semester II |
| Code | Course Name | CU |
| Code | Course Name | CU |
1 | GL5047 | Geological Exploration for Mineral | 2 | 1 | GL5031 | Exploration Geochemistry |
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2 | GL5145 | Mineral Deposit Types | 2 | 2 | GL5018 | Structural Control in Hydrothermal System |
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| 3 | GL5048 | Mineral Deposits Formation |
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| 4 | GL5083 | Geophysical Exploration for Mineral Deposits |
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| Total | 4 |
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Semester III | Semester IV | ||||||
| Code | Course Name | CU |
| Code | Course Name | CU |
1 | GL5046 | Modelling in Economic Geology | 2 |
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2 | GL5049 | Prospect Valuation | 2 |
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| Total | 4 |
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| Total | 0 |
Required for Volcanology and Geothermal Track |
Semester I | Semester II |
| Code | Course Name | CU |
| Code | Course Name | CU |
1 | GL5240 | Geology of Volcanoes | 3 | 1 | GL5036 | Volcano and geothermal Geochemistry | 2 |
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| 2 | GL5241 | Volcanic Geothermal System | 2 |
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| 3 | GL5242 | Exploration in Volcanoes and Geothermal | 3 |
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| Total | 3 |
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| Total | 7 |
Semester III | Semester IV | ||||||
| Code | Course Name | CU |
| Code | Course Name | CU |
1 | GL6240 | Geohazard and Environment of Geothermal | 2 |
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2 | GL6241 | Volcano and Geothermal Modelling | 3 |
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| Total | 5 |
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| Total | 0 |
The Master Program in Geological Engineering offers various elective courses for students to pursue their specific interests.
| Code | Course | SKS |
1 | GL5002 | Capita Selecta 1 | 2 |
2 | GL5003 | Capita Selecta 2 | 2 |
3 | GL5004 | Capita Selecta 3 | 2 |
4 | GL5009 | Remote Sensing Geology | 2 |
5 | GL5015 | Fracture and Geomechanic | 2 |
6 | GL5021 | Geological Hazard Mitigation | 2 |
7 | GL5029 | Environmental Analysis | 2 |
8 | GL5033 | Mineral Chemistry | 2 |
9 | GL5035 | Soil Geochemistry and Agrogeology | 2 |
10 | GL5051 | Carbonate Sedimentology | 2 |
11 | GL5061 | Palynology | 2 |
12 | GL5063 | Applied Micropaleontology | 2 |
13 | GL5066 | Nannoplankton | 2 |
14 | GL5014 | Neotectonic | 2 |
15 | GL5023 | Landslides Geology | 2 |
16 | GL5042 | Petrology of Magmatic Rocks | 2 |
17 | GL5043 | Rock Alteration | 2 |
18 | GL5062 | Foraminifera | 2 |
19 | GL5075 | Macropaleontology | 2 |
20 | GL6042 | Ore Petrology | 2 |
21 | GL5005 | Capita Selecta 4 | 2 |
22 | GL6043 | Management in exploration | 2 |