The program offers Master degree (Magister Teknik – MT.) in Geodesy and Geomatics Engineering.

The curriculum for the Master’s Program was developed under the Minister Regulation of Education, Culture, Research and Technology No. 53/2023 on National Standards for Higher Education. According to this regulation, the study load for the Master’s program is at least 54 credits scheduled within four semesters and can be completed in less than/or four semesters and up to six semesters, including thesis preparation. This is different from the previous regulation, in which the minimum load is 36 credits.

Admission

Registration of the candidates for Master at ITB can be directly “on line” through http:/admission.itb.ac.id

Applicants for the ITB Master’s Program must be able to meet the following requirements:

  1. Pass the selection of academic requirements and abilities carried out by the study program.
  2. Pay the registration fee for ITB Postgraduate Student Selection.

The selection process for prospective students of the ITB Graduate Program consists of three stages, namely:

  1. Administrative processing, which includes:
    1. Diploma from the previous educational stage
    2. Transcript from the previous educational stage
    3. Statement of purpose
    4. Proof of insurance ownership
    5. Recommendation from 2 individuals (lecturers or superiors)
    6. Letter of willingness to participate in the ITB Graduate Program
    7. Letter of commitment to finance the ITB Graduate Program
    8. Statement of document authenticity.
  2. The selection is based on passing the minimum scores of UPDA ITB/TPA Bappenas (Basic Academic Potential Test) and the minimum score of ELPT (English Language Proficiency Test ) ITB, with minimum score of 475. Complete explanations can be found at Admission ITB – Program Magister.
  3. The academic ability selection is conducted in the intended study program (in a form of interview or written exam).

The admission decision can either be accepted, conditionally accepted (administrative requirements must be completed), or rejected.

Specialization-based

The Master Study Program in Geodesy and Geomatics Engineering is under the Faculty of Earth Sciences and Technologies (FITB), which oriented towards academic education with the competence to create and renew/originality in specialization-based science, knowledge and technology. The specialization referred to follows:

  1. Disaster Risk Management Based on Geospatial Information
  2. Geodesy and Geomatics Engineering
  3. Land Administration
  4. Hydrography

Curriculum 

The curriculum structure of master programme of Geodesy and Geomatic Engineering arranged in learning material that are grouped into three groups learning material that is compulsory material for programme, compulsory for sub programme and elective courses. Compulsory group for study programme is learning material that is basic for understanding idea, concept, and geospatial engineering technology. Whereas sub study programme compulsory group and elective courses is the courses which is field/specialization to understanding the meaning of knowledge and can apply the expertise that he/she has to geospatial engineering problem.

Compulsory Courses

No. Course Code Course Name CU/ECTS
1 GD 5103 Research Methodology 3/5
2 GD 5100 Digital Literacy, AI, and Academic Ethics 2/3.33
3 GD 5101 Geospatial Reference System 3/5
4 GD 5110 Mapping Methodology 4/6.67
5 GD 6000 Thesis Proposal 4/6.67
6 GD 6001 Thesis I 4/6.67
7 GD 6002 Thesis II 4/6.67
8 GD 6003 Thesis Exam 3/5

Compulsory Courses for specialization programmes

No. Specialization Course Code Course Name CU/ECTS
1 Disaster Risk Management Based on Geospatial Information GD 5102 Data Analysis Technique 3/5
2 GD 5222 Disaster Risk Observation System 3/5
3 GD 6121 Spatial Analysis for Disaster Risk 3/5
4 Geodesy and Geomatics Engineering GD 5102 Data Analysis Technique 3/5
5 GD 5201 Geospatial Information Analysis 3/5
6 Land

Administration

 GD 5111 Land Administration 3/5
7 GD 5213 Land Information System 3/5
8 GD 5214 Land Policy Analysis 3/5
9 Hydrography GD 5102 Data Analysis Technique 3/5
10 GD 5202 Coastal and Marine Geospatial Science 3/5

Elevtive courses

No. Course Code Course Name CU/ECTS
1 GD 5000 Colloquium 9/15
2 GD 5104 Digital Image Processing 3/5
3 GD 5105 Physical Geodesy 3/5
4 GD 5106 Sea Boundary Determination 3/5
5 GD 5203 Geosimulation 3/5
6 GD 5205 Geodynamic Geodesy 3/5
7 GD 5204 Ocean Mapping 3/5
8 GD 6103 Digital Geometry Computation and Processing 3/5
9 GD 6104 Atmospheric GNSS 3/5
10 GD 6201 Photogrammetry and Computer Vision 3/5
11 GD 6202 Building Information Modeling 3/5
12 GD 6203 Engineering Hydrography 3/5
13 GD 6230 Hydrography Project 3/5
14 GD 6122 Disaster Information Dissemination and Mitigation System 3/5
15 GD 6107 Development of Innovative/Technological Prototypes 2/3.33
16 GD 5211 Taxation Cadastre and Economic Cadastre 3/5
17 GD 6109 Technical Aspects of Three-Dimensional Cadastre 3/5
18 GD 6113 Marine Cadastre 3/5
19 GD 6114 Multipurpose Cadastre 3/5
20 GD 6110 Modern Cadastre Infrastructure 3/5
21 GD 6112 Cadastre Governance and Land Governance 3/5
22 GD 6115 Monitoring of Global Change and Climate Change 3/5
23 GD 6108 Earthquake Geodesy 3/5
24 GD 5208 Environmental Geodesy 3/5
25 GD 6105 Geospatial Communication 3/5
26 GD 6106 Geoinformation and Geomarketing 3/5
27 GD 5207 Hydrogeodesy 3/5
28 GD 5108 Spatial Statistics 3/5
29 GD 5206 Numerical Methods/Modeling in Science Earth 3/5
30 GD 5107 Philosophy of Science 3/5
31 GD 6116 Land and Regional Planning and Development 3/5
32 GD 5109 Surveying for BIM (Building Information Modeling) 3/5
33 GD 5209 Geo BIM 3/5
34 GD 6130 Advanced Hydrography 3/5
35 GD 5212 Land Tenure System 3/5
36 GD 5221 Earth System for Disaster 3/5
37 GD 5000 Colloquium 3/5
38 GD 5104 Digital Image Processing 3/5
39 GD 5105 Physical Geodesy 3/5
40 GD 5106 Sea Boundary Determination 3/5

For specific details, inquiries can be requested from s2geodesi@fitb.itb.ac.id.

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