Course Details
Field Training 4
Academic Year 2024/25
NEA038 course is part of 1 study plan
NPC-GK Summer Semester 1st year
1. Measurement and setting out of different methods main geometrical parameters – angle, distance, height.
2. determination of primary and secondary setting-out systems.
3. setting out spatial position of building.
4. setting out of line structures.
5. Setting out of angle intersection technology.
6. setting out of tunnel and line alignment through obstacle.
7. determination of heights very precise leveling methodology.
8. gravimetric syrveying.
9. trigonometric measurement of altitudes in the mountain environment.
10. technologies GNSS measurement – static and realtime methods.
11. analysis of measured data and determination of accuracy characteristics.
2. determination of primary and secondary setting-out systems.
3. setting out spatial position of building.
4. setting out of line structures.
5. Setting out of angle intersection technology.
6. setting out of tunnel and line alignment through obstacle.
7. determination of heights very precise leveling methodology.
8. gravimetric syrveying.
9. trigonometric measurement of altitudes in the mountain environment.
10. technologies GNSS measurement – static and realtime methods.
11. analysis of measured data and determination of accuracy characteristics.
Credits
4 credits
Language of instruction
Czech
Semester
summer
Course Guarantor
Institute
Forms and criteria of assessment
graded course-unit credit
Entry Knowledge
Knowledge of basic setting out procedures and methodology of accuracy analyses.
Knowledge of fundamentals of theoretical geodesy.
Knowledge of underground surveys.
Knowledge of fundamentals of theoretical geodesy.
Knowledge of underground surveys.
Aims
Practical surveying of some typical basic setting out tasks in field. Practical surveying of basic theoretical geodesy tasks in field. Practical GPS surveying.
Student gets practical knowledge of some typical basic setting out tasks in field. Student gets practical experience with basic tasks of theoretical geodesy in field. Student gets experience with practical GPS surveying.
Student gets practical knowledge of some typical basic setting out tasks in field. Student gets practical experience with basic tasks of theoretical geodesy in field. Student gets experience with practical GPS surveying.
Basic Literature
Michalčák, O., Vosika, O., Veselý, M, Novák, Z.: Inžinierska geodézia I. SNTL 1985 (cs)
Michalčák, O., Vosika, O., Veselý, M, Novák, Z.: Inžinierska geodézia II. SNTL 1990 (cs)
Bureš J., Kratochvíl R., Machotka R., Pospíšil L., Švábenský O., Weigel J.: M01-Výuka v terénu IV. Elektronická studijní opora, VUT v Brně. (cs)
Michalčák, O., Vosika, O., Veselý, M, Novák, Z.: Inžinierska geodézia II. SNTL 1990 (cs)
Bureš J., Kratochvíl R., Machotka R., Pospíšil L., Švábenský O., Weigel J.: M01-Výuka v terénu IV. Elektronická studijní opora, VUT v Brně. (cs)
Offered to foreign students
Not to offer
Course on BUT site
Field training
1 week, 120 hours/week, compulsory
Syllabus
- Preparation, assignment of tasks, reconnaissance of the terrain – 1 day.
- Determination of primary and secondary setting-out systems,setting-out spatial position of building, accuracy analysis – 3 days.
- Setting out of line structures, accuracy analysis – 1 day.
- Setting out of angle intersection technology, accuracy analysis – 1 day.
- Setting out of tunnel and line alignment through obstacle, accuracy analysis – 1 day.
- Gravimetric syrveying, accuracy analysis – 1 day.
- Trigonometric measurement of altitudes in the mountain environment, accuracy analysis – 1 day.
- Technologies GNSS measurement - static and realtime methods, accuracy analysis – 2 days.
- Determination of heights very precise leveling methodology, accuracy analysis – 3 days.
- Completion, submission of the required documentation and protocols, evaluated professional discussion, written test – 1 day.