Forward and inverse computations for geodesic and Compare grid and spherical methods with (I) normal section curves on the ellipsoidal computations. ellipsoid. F1.2d Local and global Cartesian Explain the mathematical model of 3D coordinate frames. Reference geodesy, integrating satellite and Geodetic to physical plumb line and terrestrial observations. Modeling ellipsoidal normal. Geoid heights and deflections of the Evaluate a typical hybrid network, using vertical. commercial software. Describe (A) 3D observation equations and application 3D adjustment. Laplace of 3D Geodesy to hydrographic survey equation. control and 3D positioning of survey vessels. F1.3 Land surveying methods and techniques F1.3a Principles of distance Select appropriate methods and use Trigonometric measurement and corresponding angle instruments for local surveys measurement positioning. Atmospheric and radiometric corrections for optical (I) measurements. F1.3b Existing Recover survey marks and associated Calibration requirements and survey control documentation with an appreciation for documentation the datum and accuracy associated with Sextant (in legacy context) the historical survey. (I) Theodolite F1.3c Establish terrestrial control using GNSS Total Station Establishing in accordance with published quality Intersection, Resection, Polar survey control control procedures and Traverse methods for (I) determination of orientation. F1.3d Field test and use distance and angle Establishing ground control Instrument tests measurement instruments. GNSS, distance and angle measurements. (I)
(I) Forward and inverse computations for geodesic and normal section curves on the ellipsoid. Compare grid and spherical methods with ellipsoidal computations. F1.2d Geodetic Modeling (A) Local and global Cartesian coordinate frames. Reference to physical plumb line and ellipsoidal normal. Geoid heights and deflections of the vertical. 3D observation equations and 3D adjustment. Laplace equation. Explain the mathematical model of 3D geodesy, integrating satellite and terrestrial observations. Evaluate a typical hybrid network, using commercial software. Describe application of 3D Geodesy to hydrographic survey control and 3D positioning of survey vessels. F1.3 Land surveying methods and techniques F1.3a Trigonometric surveys (I) Principles of distance measurement and angle measurement Atmospheric and radiometric corrections for optical measurements. Calibration requirements and documentation Sextant (in legacy context) Theodolite Total Station Intersection, Resection, Polar and Traverse methods for determination of orientation. Establishing ground control GNSS, distance and angle measurements. Select appropriate methods and use corresponding instruments for local positioning. F1.3b Existing survey control (I) Recover survey marks and associated documentation with an appreciation for the datum and accuracy associated with the historical survey. F1.3c Establishing survey control (I) Establish terrestrial control using GNSS in accordance with published quality control procedures F1.3d Instrument tests (I) Field test and use distance and angle measurement instruments.
S-5A_Ed1.0.2-template.docx