Load and Duration of Study

The 2024 curriculum of the Geodesy and Geomatics Engineering Bachelor program is designed for 8 semesters and divided into two study stages:

  • Stage-1
    • Common First Year Program (TPB-Tahap Persiapan Bersama)
    • 2 semesters with 36 Credit Unit (SKS-Satuan Kredit Semester)
  • Stage-2
    • Bachelor Program
    • 6 semesters with 108 Credit Unit (SKS-Satuan Kredit Semester)
    • Compulsory Courses: 85 Credit Unit
    • Elective Courses: 25 Credit Unit

The curriculum handbook can be downloaded in here

Graduation Rules

To complete the Undergraduate Program education, each student can be declared to have graduated if:

  1. Have taken all courses required by the Undergraduate Program curriculum and have graduated, namely without an E or T grade and IP ≥ 2.00 (two point zero) in the Joint Preparation Stage, and without a D, E, or T grade in the Undergraduate Stage.
  2. Have fulfilled all the requirements set by the study program such as completing the Final Assignment Report approved by the supervisor, practical work, and other assignments.
  3. The graduation has been reported by the Faculty/School officially and in writing to the Director of Education ITB.

Curriculum Structure

The curriculum structure of the Undergraduate Study Program of Geodesy and Geomatics Engineering is shown in the Table below:

Table 1. Compulsory Courses

Semester I Semester II
Nr Code Course sks p Nr Code Course sks p
1 MA1101 Mathematics 4 1 GD1201 Applied Linear Algebra 3
2 FI1101 General Physics 3 2 GD1202 Mechanics and Gravity 3
3 KI1101 General Chemistry 3 3 WI2001 Introduction to Engineering and Design 3
4 WI1101 Pancasila 2 4 WI2002 Artificial Intelligence and Data Literacy 2
5 WI1102 Computational Thinking 2 5 WI2004 English 2
6 WI1103 Introduction to Principles of Sustainability 2 6 WI2005 Indonesian Language 2
7 WI1104 Basic Science Laboratory 2 7 WF1211 Earth System 3
Total 18 Total 18  
Semester III Semester IV
Nr Code Course sks p Nr Code Course sks p
1 GD2101 Statistics and Probabilistics 3 1 GD2201 Estimation and Approximation 2
2 GD2102 Positioning 3 2 GD2202 Geodetic Computation 3
3 GD2103 Physics of Waves 3 3 GD2203 Fundamentals of Physical Geodesy 2
4 GD2104 Geometric Geodesy 3 4 GD2204 Geometric Reference System 3
5 GD2105 Geospatial Law and Regulations 3 5 GD2205 Terrestrial Mapping 3
6 GD2106 Geospatial Expedition 2 6 GD2206 Satellite Geodesy 2
7 WI2003 Sports 1 7 Elective course 01 3
Total 18 Total 18  
Semester V Semester VI
Nr Code Course sks p Nr Code Course sks p
1 GD3101 Spatial Database 3 1 GD3201 Construction Surveying 3
2 GD3102 Cartography 3 2 GD3202 Remote Sensing 3
3 GD3103 Hydrography 3 3 GD3203 Thematic Mapping 3
4 GD3104 Photogrammetry 3 4 GD3204 Field Camp 3
5 GD3105 GNSS Surveying 3 5 WI2006 Civic Education 2
6 Elective course 02 3 6 WI201X Religion 2
7 Elective course 03 3
Total 18 Total 19  
Semester VII Semester VIII
Nr Code Course sks p Nr Code Course sks p
1 GD4101 Internship 2 1 GD4201 Capstone Project 3
2 GD4102 Capstone Project Proposal 1 2 GD4202 Environmental Geography 3
3 GD4103 Geographic Information Systems 3 3 WI2021 Industrial Engineering Management 2
4 GD4104 Cadastre System 3 4 Specialized elective course 04 3
5 Specialized elective course 01 3 5 Specialized elective course 05 3
6 Specialized elective course 02 3 6 Elective course 04* 3
7 Specialized elective course 03 3
Total 18 Total 17  
In the curriculum structure of Geodesy and Geomatics Engineering, there are also 40 elective courses with a total of 109 credits. These elective courses are divided into 3 service courses for other study programs, 7 free elective courses (MKPB), and 30 optional/concentration elective courses which are divided into 4 areas of specialization: Geodetic Science, Engineering, and Innovation (SRIG); Hydrography; Spatial and Cadastre Systems (SiSKa); & Geographic Information Science and Technology (STIG). For more details, the elective courses are presented in Table below.
Table 2. Elective Courses
Elective Courses Related concentrations
Nr Code Course sks p SRIG Hydrography SISKA STIG
1 GD2001 Introduction to Surveying 2
2 GD2002 Geographic Information System Introduction 2
3 GD2003 Introduction to Mapping 3
4 GD2004 Capita Selecta 3
5 GD3106 Hydrography Economy 2
6 GD3205 Maritime Boundaries 3
7 GD3206 Hydroinformatics 3
8 GD3207 Deformation Survey 3
9 GD4001 Independent Research 3
10 GD4002 Introduction to the Surveyor Profession 2
11 GD4105 Advance Physical Geodesy 3 3
12 GD4106 Geokinematic 3 3
13 GD4107 Marine Geodesy 2 2
14 GD4108 Precise Surveying 3 3
15 GD4109 Energy and Resource Management Boundary Survey 2 2
16 GD4110 Nautical Sciences 3 3
17 GD4111 Offshore Positioning 3 3
18 GD4112 Technical Aspects of 3D Cadastre 2 2
19 GD4113 Land Valuation 2 2
20 GD4114 Geodetic Observations for Climate Change 3 3
21 GD4115 Geodesy for Disasters 3 3
22 GD4116 Geodetic Modeling for Disaster Scenario 3 3
23 GD4117 Road Surveying and Road Database (Leger) 3 3
24 GD4119 Environmental Remote Sensing 3 3
25 GD4120 Advanced Photogrammetry 3 3
26 GD4203 Introduction to Spatial Statistics 3 3
27 GD4204 Introduction of Spatial System 2 2
28 GD4205 Geospatial Intelligence 2 2
29 GD4206 Geodetic Monitoring System for Infrastructures 3 3
30 GD4207 Met-Ocean Analysis 3 3
31 GD4208 Hydrographic Practices 3 3
32 GD4209 Cadastre Surveying 3 3
33 GD4210 Three Dimensional (3D) City Digital Modeling 3 3
34 GD4211 Pipeline Network & Tunnel Surveying 3 3
35 GD4212 Geospatial Information System for Smart Cities 3 3
36 GD4213 Three Dimensional (3D) City Mapping with Drone 3 3
37 GD4214 Drainage Survey and Mapping 3 3
38 GD4215 Geographic Information System Modeling 3 3
39 GD4216 Spatial Quantitative Analysis 3 3
40 GD4217 GNSS Applications 2 2
Total 109   25 12 34 12