Overview
Aims
The objectives of the discipline are pursued, the knowledge of the progress made in the construction of the topographic and geodetic instruments and the acquisition of the automated methods of data retrieval and the processing by means of the table calculation.
Specific objectives: - knowledge of the specific topographic apparatus;
- awareness of the importance of hardware and software equipment selection for data processing automation.
Course contents
1. Principles of topo-geodetic works; 2. Automation of data collection; 3. Laser distance meter. Automated drawing of surveying building; 4. Total Station; 5. Transferring data to and from the total station; 6. GPS; 7. Integrated system of GPS and total station; 8. Processing data; 9. Microsoft Excel – Overview; 10. Working with formulas and functions library; 11. Working with worksheets, transformation references with copy / move commands; 12. Templates used in surveying: calculation guidelines, sides and coordinates, calculation of surface; 13. Solving geodetic networks; 14. Thickening geodetic networks.
Learning outcomes
R2. Performs surveying R3. Performs surveying calculations R11. Uses geospatial technologies
Assessment
Exam at least 2 test subjects - written examination (50% of the final grade)Test of the lab - practical (50% of the final grade)