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Topography and Geographic Information Systems

Objectives

Ensure learning of the main concepts and applications of the Topography and the Geographic Information Systems to Civil Engineering, namely:

-Reading and comprehension of earth surface representations (paper sheets and digital);

-Measured variables and surveying methods, techniques and equipments to the surveying, positioning and monitoring.

-Surveying accuracy and the methods to eliminate and correct/compensate errors.

General characterization

Code

10431

Credits

3.0

Responsible teacher

Armando Manuel Sequeira Nunes Antão, Rui Alexandre Lopes Baltazar Micaelo

Hours

Weekly - 3

Total - 44

Teaching language

Português

Prerequisites

Available soon

Bibliography

[1] José Gonçalves, Sérgio Madeira, J. Sousa. TOPOGRAFIA – Conceitos e Aplicações, Lidel, 2008. ISBN: 978-972-757-485-8

[2] Casaca, João; Matos, João; Baio, Miguel. Topografia geral, Lidel, 3ª ed. 2000. ISBN: 972-757-135-2

[3] Gaspar, Joaquim Alves. Cartas e projecções cartográficas, Lidel, 2000. ISBN: 972-757-151-4

[4] Instituto Geográfico do Exército. Manual de Leitura de Cartas; IgeoE; 5ª ed. 2002

[5] Wolf, Paul R. Elementary surveying. HarperCollins College Publishers, 9th Ed. 1994, USA.

Teaching method

The course consists of theoretical and practical classes, each 1,5 h per week, where it is intended the students to acquire knowledge with the oral presentation of the matters in the theoretical classes and the application to a selected set of practical exercises.    

The evaluation is done during the semester with tests amd team works (field word and projects).

Evaluation method

The evaluation includes two components: theoretical-pratical (85%); project (15%).

The theoretical-pratical component includes 2 written tests during the semester.

The project component comprises 1 field work.

It is approved who complies with the following: (i) frequency; (ii) final grade equal or higher than 9.5/20; (iii) grade on written tests equal or higher than 9.0/20. 

The evaluation depends on getting frequency, which requires attending 2/3 of the lectures and 2/3 of the pratical classes, and participating in the field work.

Subject matter

[1] Cartography: topography maps; earth representation; coordinates systems; cartographic projections.

[2] Measurements and observation equipments: difference in level; angles; distances.

[3] Classical surveying methods: levelling; topography surveying.

[4] Network of topographic support: triangulation; intersection; traversing.

[5] Other surveying methods: GPS – Global Positioning System; aerial photogrammetry; remote sensing; laser scanning.

[6] Geographic information systems: elementary concepts and applications.