This course provides students with elementary concept and practice of InSAR, and its applications on crustal deformation.
This course provides students with elementary concept and practice of geodetic data processing and inversion using a variety of methods and geophysical models.
This course provides students with elementary concept and practice of modern surveying instruments and methods, and their applications for construction projects.
This course provides the students an understanding of the principle of rural development and settlement and enables students to apply the concepts of rural development, settlement, sustainable development and Geo-information for land and resource management in rural area. Upon completion of the subject, students will be able to link their service learning activities and experiences with the academic content of the subject and empower the local community to achieve sustainable development.
This course is a bridging subject designed for non-land surveying background students. The course will provide a foundation on the concepts of acquiring two- and three-dimensional spatial data and awareness of the various concept and technologies adopted by the Geomatics industry for the collection and processing of the spatial data concept that may be used in GIS.
This course focuses on the space borne aspects of modern surveying and positioning technologies with emphasis on GNSS, its operations, error sources and its use in Geomatics profession.
The subject content exposes students to a wide variety of scientific problems, which took centuries for the best scientific minds discovering, observe, formulate and, solve. Students’ exposure to a number of changes on a dynamic earth empowers them to understand a broad range of scales under which the nature operates. Overall subject content and the addressed problems in earth sciences broaden students’ thinking and appreciation of the value of science that unravels the hidden side of the dynamic earth.