| Course code/credits and contact hours | : | TKS2104/2.0 |
| Semester | : | III |
| Instructor’s or course coordinator’s name | Dr. Ir. Sumaryo, M.Si. | |
| Bibliography | : |
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| Spesific course information | ||
| Brief description | : | This course contains the definition for geodetical basics in mapping and its application in civil engineering, basic and method of surveying: distance measurement, altitude and angle, 3D coordinate system, Global Positioning System (GPS), topography in civil engineering, map reading: calculation of area, distance, volume, and profile (longitudinal and cross sections), map interpretation. Definition of Geographical Information System, spatial concept, information system concept, spatial information system, data input (analog to digital), storing, process and manipulation (graphic dan atribute). Output data in graphic form, table and the combination of both. Remote sensing data integration to geographical information system. Application of geographical information system for mapping, monitoring, and modeling (evaluation, prediction). |
| Prerequisite Courses | : | None |
| Required/ elective | Required | |
| Studio work | : | N/A |
| Laboratory work | : | N/A |
| Spesific goals of the course | ||
| Spesific outcomes | : | The students are expected to be able to understand surveying and the use of map including reading, analysis and interpretation for planning and civil engineering work. The students are expected to be able to understand the Geographical Information System (GIS) and its application in civil engineering. |
| Student outcomes | : | An ability to apply knowledge of mathematics, science, and engineering in civil engineering fields |
| Brief list of topics to be covered |
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