Cartographic Sciences and Data Aquisition
Objectives
At the end of this curricular unit students should understand the basic concepts of geodesy and cartography. Students are expected to know the fundamental techniques of data aquisition used in topography, photogrametry, global position system, laser scanning. Students will demonstrate that they know how to make a coordinate transformation. Students are expected to know the fundamental concepts associated to geographical information quality and standards.
General characterization
Code
200273
Credits
7.5
Responsible teacher
Luísa Maria da Silva Gonçalves
Hours
Weekly - Available soon
Total - Available soon
Teaching language
Portuguese. If there are Erasmus students, classes will be taught in English
Prerequisites
not aplicable
Bibliography
Teaching method
The curricular unit is based on theoretical and pratical synchronous sessions (e-learning). The theoretical and pratical sessions include presentation of concepts and resolution of exercises.
The learning is done through exercises, some of them compulsory. There is a final project oriented by the professor, which topic is select by the student according to their individual/professional experiences.
Evaluation method
REGULAR PERIOD (1st call):
1.Progression Tests (10%)
2.Final Exam (30%)
3.Final project (50%)
4.Oral presentation of the project (10%).
RESIT PERIOD (2nd call): not applicable.
RULES:
- All the evaluation elements are mandatory for approval.
- The exam is solved on the e-learning platform on the day and time indicated in the study program’s calendar.
- The report must be prepared individually, in Portuguese or English, as indicated on the e-learning platform.
- Reports submitted after the deadline will have a penalty of 0.5 points for each day of delay. The maximum delay allowed is 7 days.
- Reports not submitted on the e-learning platform will be rejected.
Subject matter
The curricular unit is organized in 4 Learning Units (LU):
LU 1 - Elements of geodesy
Introduction
Earth models
Coordinates systems
Geodetic and altimetry references
LU 2 - Elements of Cartography
Introduction
Map projections
Referencing systems
Knowing and understanding maps
LU 3 - Techniques for cartographic data acquisition
Introduction
Topographic methods
Photogrammetry
Other Techniques
LU 4 - Sources, transformations and data quality
Introduction
Coordinates transformation
Quality of geographic information
Programs
Programs where the course is taught:
- e-learning - Specialization in Geographic Information Systems and Science
- e-learning - Specialization in Geospatial Data Science
- Master in Geographic Information Systems and Science
- Post-Graduation in Geographic Information Systems and Science
- Post-graduation in Geospatial Data Science
- Post-graduation in Geospatial Data Science
- b-learning - Specialization in Geospatial Data Science