Master in Geomatics Engineering
Intoduction
The Master in Geomatics Engineering course consists of 6 core courses, 3 elective courses and 1 University course. The elective courses are divided into two specializations (Survey & Mapping, and Utility Mapping). In addition to these subjects, students are required to submit a Master Project worth 6 credits. To graduate, students must complete a total of 40 credits and they are assessed through assignments, presentations and final examination. The curriculum of the program is shown.
Courses
| Course Code | Course Name | Synopsis |
| MBEE 1014 | Satellite Surveying | The course is design to give comprehensive knowledge on the concepts, techniques and procedures in satellite navigation and satellite surveying. New technologies and development in GNSS are also explained in this course. |
| MGHU 1024 | Geomatic Data Analysis | The course is design to give comprehensive knowledge on the concepts, techniques and procedures in geospatial adjustment. Trends and new technology in modern least squares technique and its applications are discussed |
| MGHU 1034 | Advance Mapping | The course is design to give comprehensive knowledge on the concepts, techniques and procedures in advance mapping. Trends and new technology in advance mapping and analytical processing are explained such as close range photogrammetry, terrestrial laser scanning and others. |
| MGHU 1043 | Geomatic Project Management | This subject introduces students to the discipline of planning, organizing, and managing resources to bring about the successful completion of specific goals and objectives in Geomatic project. These include project initiation stage, project planning or design (estimating time and cost for project activities; developing the schedule; developing the budget; risk planning), project implementation, project monitoring and controlling system (the element of a project that keeps it on-track/time and within budget). Also the students will learn about the role of project manager, project variables, corrective actions identification, risk factors, etc), project output/delivery and cost-benefit analyses. At the end of this course, students will be able to understand the process flow of Geomatic project management. |
| MGHU 1054 | Geographical Information System | The course is designed to give the student advanced understanding of Geographic Information System. All related philosophies, theories and methodologies of GIS/LIS will be explained. Geo-database, Advanced concepts, SDI, Application and Recent issues will be covered. |
| MGHU 1063 | Research Methodology | Understanding on method of preparation of academic research proposal and method of technical writing. Research proposal presentation and communication skill. |
| MGHU 1078 | Master Project | This course is designed to increase knowledge and skill in problem solving through academic approaches. The approaches include objective, analytical problem solving and able to manage research outcomes systematically. |
| MGHU 1514 | Cadastral Studies | The course is design to give comprehensive knowledge on the concepts, techniques and procedures in cadastral practice and modern. Spatially enabled government using modern Cadastre. |
| MGHU 1524 | Advance Enginnering Survey | The course is design to give comprehensive knowledge on the concepts, techniques and procedures in advanced engineering surevying. Trends and new technology in data acqusition technique and its applications such as Ground Penetrating Radar (GPR), Terrestrial Laser Scanning (TLS) and others. |
| MGHU 1534 | Hydrographic Survey Application | This course is to provide comprehensive knowledge of the Hydrographic Surveying such as hydrographic positioning, hydrographic hardware and software, automated bathymetry data acquisition, datum, tidal analysis, Coastal engineering, and oceanography. Roles of Hydrography in offshore surveying, oil and gas industry. |
| MGHU 1544 | Underground Utility Surveying | The course is designed to give the student comprehensive understanding on the aspect of underground utility surveying for utility mapping purposes. All related philosophies, theories and methodologies of underground utility surveying will be explained. |
| MGHU 1554 | Geophysic for Utility Surveying | The course is designed to give the student comprehensive understanding on the aspect of geophysics as applied in underground utility surveying. All relevant elements of geophysics for utility survey will be explained. |
| MGHU 1564 | Utility Mapping Standard & Practice | The course is designed to give the student comprehensive understanding regarding the standard and practice aspects of utility surveying and mapping tasks. All the current standards relevant to related field work exercise and utility mapping practice will be explained |
Programme Structure
Table 1: Curriculum for Master in Geomatics Engineering Programme
|
Codes |
Courses |
Credits |
| UNIVERSITY COURSE (3 CREDITS) | ||
| UXXX 6XX3 | University General Course | 3 |
| CORE COURSES (22 CREDITS, COMPULSORY) | ||
| MBEE 1014 | Satellite Surveying | 4 |
| MBEE 1024 | Geomatics Data Analysis | 4 |
| MBEE 1034 | UAV Mapping | 4 |
| MBEE 1043 | Geomatics Project Management | 3 |
| MBEE 1054 | Geographical Information System | 4 |
| MBEX 1013 | Research Methodology in Built Environment and Surveying | 3 |
| MASTER PROJECT (6 CREDITS) | ||
| MBEE 1376 | Master Project | 6 |
| ELECTIVE COURSES (9 CREDITS, CHOOSE 3 ONLY) | ||
| SPECIALIZATION A: SURVEY & MAPPING | ||
| MBEE 1513 | Land Management | 3 |
| MBEE 1523 | Advanced Engineering Surveying | 3 |
| MBEE 1533 | Hydrographic Surveying Application | 3 |
| SPECIALIZATION B: UTILITY MAPPING | ||
| MBEE 1543 | Underground Utility Surveying | 4 |
| MBEE 1553 | Geophysics for Utility Surveying | 4 |
| MBEE 1563 | Utility Mapping Standard and Practice | 4 |
| TOTAL NUMBER OF CREDITS | 40 | |
