CG601 GEODESY 2Sr Harith Fadzilah Abd Khalid
Course Learning OutcomeStudent should be able to:Use appropriate principles and theories to explain the aspect of physical geodesy
Contribute actively in conducting precise levelling according to regulation with the sufficient knowledge and explain the use of Barometric height accurately
Work collaboratively in groups to carry out the triangulation and GPS according to coordinate transformation system and applyn the equipment and other state-of-the art technology
ContentCredit Hour: 3 Duration :15 weeksTopics:
Introduction to Physical Geodesy Geodetic Vertical ControlHeight System in Geodesy Geodetic Horizontal ControlPositioning with Global Positioning System (GPS)
Assessment
AssessmentCoursework (CA)(50%)
Test (Min 2) - 20%Quiz (Min 2)- 10%End of Chapter- (Min 1) - 10%Practical - (Min 3)- 60%
Final Examination (50%)Examination- 100%
References
Title : Geodesy / Wolfgang Torge. : Call No : 526.1 TOR 1991
Title : Advanced Physical Geodesy : Helmut Moritz : Call No : 526 ADR
Title: Geodesy : G. Bomford : Call No : R 526 Bom
Title : Introduction to geodesy : the history and concepts of modern geodesy : James R. Smith : Call No : 526.1 SMI 1997
Title : Survey adjustments and least squares : Hume F. Rainsford : Call No : 526.3 RAI 1979
References (Additional)Geodesi Fizikal dan Geodesi Satelit, Ayob Syarif (1998), Monograf FKSG, UTMWorking Paper No.2 Geodetic Appreciation, Cross P.A., Hollwey J.R & Small L.G (1989) Department of Land Surveying, Polytechnic of East LondonGuide to GPS Positionaning, David Well (1987), Canadian GPS AssociationGeodesi II (Ukur Geodetik), Dr Wan Abd Aziz Wan Akib & Abd Wahid Idris (1998), UTMPhysical Geodesy, Heiskanen W.A & Moritz H. (1966), W.H. FreemanGPS Satellite Surveying, Leick A. (1990), John Wiley