TC0593-TOPOGRAPHY​

Civil Engineering and Environmental Engineering

​Introduction, definitions, divisions and Norms; Shape and Dimension of the Earth, Coordinate Systems, UTM Cartographic Projection; Topographic Design; Introduction to the theory of errors; Angular and Linear Quantities; Volumetry, Introduction to Leasing of civil works.

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TC0558-TOPOGRAPHY​

Architecture and Urbanism, Geology and Geography​

Introduction, definitions, divisions and Norms; Shape and Dimension of the Earth, Coordinate Systems, UTM Cartographic Projection; Topographic Design; Introduction to the theory of errors; Angular and Linear Quantities; Planimetric Surveys; of GNSS in topometric surveys.

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TC0606-GEOTECHNOLOGIES APPLIED TO ENGINEERING

​Civil Engineering

Introduction, Concepts, Definitions and Applications; Calculation and lease with Total Station; Cartography and Geodesy for Geoprocessing;​ Digital Terrain Model;​ Fundamentals of Photogrammetry;​ Fundamentals of Remote Sensing;​ Global Positioning Satellite Systems (GNSS);​​ Introduction to Geoprocessing.

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TC0596-PROJECT AND CONSTRUCTION OF ROAD INFRASTRUCTURE​

Civil Engineering​

General information on roads; Geometric Studies and Projects of Highways and Railways; Plan and Profile Layout; Topographic principles applied to road construction; Road drainage; Execution of Earthworks

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DEHA-GEOPROCESSING​

environmental engineering

Introduction to Cartography; Meaning and application of mapping; Distortion theory; Cartographic projections and Geodetic Projections. Cartographic Representation; General Concepts of Geoprocessing; Geographic Information Systems; Fundamentals of Analytical and Digital Photogrammetry; Fundamentals of Remote Sensing; Satellite Positioning Systems; Applications in Environmental Engineering.

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TG0576 - TOPOGRAPHY FOR GEOLOGY​

Geology

Topography fundamentals (applications, linear and angular measurements, survey types, errors, accuracy). Notions of cartography and geodesy (coordinates – reference systems – scales). Orientation (azimuths – bearings – magnetic declination). Altimetry (dimensions and altitudes – leveling – errors, compensations and tolerances – topographic profile). Planimetry (irradiation – polygonal – errors, compensations and tolerances – topographic coordinates – topographic plan). Planialtimetry (surveys – quoted points – contour lines). Topographic instruments (compass – level – theodolite – total station – GPS). Informatics (software - obtaining and processing data - drawing up maps and profiles).