Undergraduate Program

Undergraduate Program

The Geomatics Department is under the Faculty of Civil and Environmental Engineering, Sepuluh Nopember Institute of Technology (ITS) Surabaya. The Department of Geomatics has a vision to become an international standard education program in the utilization and development of mapping survey science and technology to support the geospatial information industry and Natural Resource management. Geomatics Engineering students are prepared to be students who can create science, technology in the field of spatial information system management, design competent and skilled projects in mastering survey and mapping technology in order to support development in the information and globalization era.

 

Curriculum Evaluation

  • To contribute in science and technology for the welfare of the community through education, research, community service and management based on information and communication technology.
  • To conduct higher education with international quality of curriculum, lecturers and learning methods based on information and communication technology.
  • To conduct education, research, and community engagement, ITS should glorify humanity with dignity as the creation of God Almighty.
  • To conduct education, research, and community engagement, ITS must prioritize the preservation and improvement of nature and its environment quality.
  • To conduct education, research, and community engagement, ITS must prioritize the state, homeland, and national interests of Indonesia.

A. Able to apply mathematics, science, and engineering knowledge in the fields of geodesy, surveying, hydrography, remote sensing, photogrammetry, geographic information systems, and cadastral to gain a thorough understanding of the engineering principle.

B. Able to design survey and mapping activities using the latest technology in the fields of geodesy, surveying, hydrographic, remote sensing, photogrammetry, and cadastral.

C. Able to identify, formulate, analyze and solve problems in the fields of geodesy, surveying, hydrographic, remote sensing, photogrammetry, and cadastral.

D. Able to perform spatial data acquisition using modern measurement methods, geospatial data processing, using industry standard software, and making standard designs and analyzes in the fields of geodesy, surveying, hydrography, remote sensing, photogrammetry, and cadastral

E. Able to apply information & communication technology and the latest technological developments in the fields of geodesy, surveying, hydrographic, remote sensing, photogrammetry, geographic information systems, and cadastral

F. Able to compile scientific reports and provide solutions based on leadership, creativity and communication skills and being responsible for the work done

G. Able to plan, perform and evaluate the process of surveying and mapping activities using the latest technology in the fields of geodesy, surveying, hydrographic, remote sensing, photogrammetry, and cadastral

H. Able to work in inter-disciplinary and inter-cultural teams so they can compete at national and international levels

I. Able to be responsible to the community and adhere to professional ethics in solving technical problems in the fields of geodesy, surveying, hydrographic, remote sensing, photogrammetry, geographic information systems, and cadastral

J. Able to apply the concepts of management, entrepreneurship, innovation based on the latest technology, sustainable and environmentally perspective

Graduates of the Geomatics Engineering Study Program are expected to have the ability;

  • Bachelor of Geomatics Engineering who is able to use and develop science and technology in the fields of urveying and cadastral, geodesy and geodynamics, geospatial, geomarin and geoinformatics to support national development in order to improve public welfare.
  • Producing professionals and entrepreneurs who are capable, skilled and innovative in mastering survey and mapping technology based on geospatial information technology in order to support development in the information and globalization era.
  • Individuals who have insight with economic, environmental and sustainable development perspectives.
  • Individuals who are eager to develop themselves and careers in positive character

Tracer Study for Curriculum Evaluation

Courses

The following is a list of courses in the ITS Geomatics Engineering Department

Course  Structurer Geomatics
Code Course name Credits Syllabus RPS
SEMESTER I
UG18490x Religion studies 2 donwload donwload
UG184101 Indonesian 2 donwload donwload
SF184101 Basic Physics 1 4 donwload donwload
UG184913 Civics 2 donwload donwload
RM184101 Cartography 3 donwload donwload
KM184101 Basic Mathematics 1 3 donwload donwload
RW184901 Introduction to Geospatial Information 2 donwload donwload
First year
18
SEMESTER II
UG184914 English 2 donwload donwload
SF184202 Basic Physics 1 3 donwload donwload
RM184202 Introduction to Earth Science 2 donwload donwload
SK184101 Chemistry 3 donwload donwload
KM184201 Basic Mathematics 1 3 donwload donwload
UG184911 Pancasila 2 donwload donwload
RM184203 Basic Terrestrial Mapping 3 donwload donwload
First year 18
SEMESTER III
RM184304 Spatial Data Computation and Programming 3 donwload donwload
RM184305 Statistics and Probability 3 donwload donwload
RM184306 Transformation System and Map Projection 4 donwload donwload
RM184307 Advanced Terrestrial Mapping 4 donwload donwload
RM184308 Spatial Database System 3 donwload donwload
RM184309 Digital Cartography 3 donwload donwload
second Year 20
SEMESTER IV
RM184410 Physical Oceanography 3 donwload donwload
RM184411 Satellite Geodesy 3 donwload donwload
RM184412 Adjustment Computation 3 donwload donwload
RM184413 Engineering Survey 3 donwload donwload
RM184414 Introduction to Photogrammetry 3 donwload donwload
RM184415 Toponym 3 donwload donwload
second Year 18
SEMESTER V
RM184516 Hydrographic Survey 3 donwload donwload
RM184517 Global Navigation Satellite System Survey 3 donwload donwload
RM184518 Geodesy Control Network 3 donwload donwload
RM184519 Introduction to Remote Sensing 3 donwload donwload
RM184520 Digital Photogrammetry 3 donwload donwload
RM184521 Introduction to Geographic Information System 3 donwload donwload
Third Year 18
SEMESTER VI
RM184622 Seabed Imaging and Mapping 3 donwload donwload
RM184623 Physical Geodesy 3 donwload donwload
RM184624 Land Administration 3 donwload donwload
RM184625 Field Camp 4 donwload donwload
RM184626 Geospatial Information Analysis 4 donwload donwload
UG184916 Concept of Technology 3 donwload donwload
Third Year 20
SEMESTER VII
RM184727 Research Metodology 2 donwload donwload
RM184728 Land Management 3 donwload donwload
RM184729 Field Work 3 donwload donwload
RM184730 Management of Survey and Mapping 3 donwload donwload
UG184915 Technopreneurship 2 donwload donwload
RM1849xx Elective 1 3 donwload donwload
Fourth Year 16
SEMESTER VIII
RM184831 Undergraduate Thesis 6 donwload donwload
RM1849xx Elective 2 3 donwload donwload
RM1849xx Elective 3 3 donwload donwload
RM1849xx Elective 4 3 donwload donwload
Enrichment 3 donwload donwload
Fourth Year 18
Elective Subject  Curriculum
Code Course Name SKS Syllabus RPS
Surveying and Cadastre Laboratory
RM184624 Land Administration 3 donwload donwload
RM184412 Calculate Alignment 3 donwload donwload
RM184958 Marine Cadastre 3 donwload donwload
RM184956 Three Dimensional Cadastre 3 donwload donwload
RM184728 Land Management 3 donwload donwload
RM184957 Mapping of Territorial Boundaries 3 donwload donwload
RM184954 Participatory Mapping 2  donwload donwload
RM184933 Mining Mapping 2 donwload donwload
RM184203 Basic Terrestrial Mapping 3 donwload donwload
RM184307 Advanced Terrestrial Mapping 4 donwload donwload
RM184959 Land and Property Valuation 2 donwload donwload
RM184955 Land Information System 3 donwload donwload
RM184413 Engineering Survey 3 donwload donwload
37
Geodesy and geodynamics Laboratory
RM184623 Physical Geodesy 3 donwload donwload
RM184935 Altimetry Satellite 3 donwload donwload
RM184936 Geodynamics and Deformation 3 donwload donwload
RM184937 Environmental Geodesy 3 donwload donwload
RM184938 Geoid Modeling 2 donwload donwload
RM184411 Satellite Geodesy 3 donwload donwload
RM184202 Earth Sciences 3 donwload donwload
RM184518 Geodesy Control Network 2 donwload donwload
RM184306 Transformation System and Map Projection 4 donwload donwload
RM184305 Statistics 3 donwload donwload
RM184932 Underground Survey 2 donwload donwload
RM184517 Global Navigation Satellite System Survey 3 donwload donwload
34
Geomarin Laboratory
RM184939 Law of the Sea 3 donwload donwload
RM184622 Seabed Sensing 3 donwload donwload
RM184306 Coastal and Marine Management 3 donwload donwload
RM184941 Seabed Features 3 donwload donwload
RM184942 Tide of water sea 3 donwload donwload
RM184943 Marin Optics 2 donwload donwload
RM184944 Hydrographic Data Management 2 donwload donwload
RM184410 Physical Oceanography 3 donwload donwload
RM184516 Hydrographic Survey 3 donwload donwload
RM184945 Beach Process 3 donwload donwload
28
Geospatial Laboratory
RM184946 Thematic Geospatial Information 3 donwload donwload
RM184947 Geographical Information System Applied 3 donwload donwload
RM184948 Applied Remote Sensing 3 donwload donwload
RM184949 Geospatial Information Analysis 4 donwload donwload
RM184730 Survey and Mapping Management 3 donwload donwload
RM184951 Remote Sensing 3 donwload donwload
RM184952 Planning Information Systems 3 donwload donwload
RM184953 Geospatial Information Infrastructure 3 donwload donwload
RM184521 Geographical Information System 3 donwload donwload
RM184415 Toponymy 3 donwload donwload
30
Geoinformatics Laboratory
RM184949 Radargrammetry application 3 donwload donwload
RM184950 Close range photogrammetry 3 donwload donwload
RM184414 Photogrammetry 3 donwload donwload
RM184520 Digital Photogrammetry 3 donwload donwload
RM184101 Cartography 3 donwload donwload
RM184309 Digital Cartography 3 donwload donwload
RM184304 Computing and Spatial Data Programming 3 donwload donwload
RM184308 Spatial Database System 3 donwload donwload
24