Course detail
Geodesy and Cartography
FA-GEKAcad. year: 2011/2012
The subject covers the problems of geodesy and cartography, and the theoretical and practical use of these disciplines in the work of an architect.
Language of instruction
Czech
Number of ECTS credits
2
Mode of study
Not applicable.
Guarantor
Department
Learning outcomes of the course unit
Basic theoretical and practical knowlege.
Prerequisites
1) Orientation in map data with contours
2) Basic knowledge of mathematics
2) Basic knowledge of mathematics
Co-requisites
Not applicable.
Planned learning activities and teaching methods
Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.
Assesment methods and criteria linked to learning outcomes
1) Mandatory active presence on all cartography and geodesy trainings
2) Working out and submission of a study concerning the content of work at each tutorisl
3) Presence at final credit test with questions from geodesy and cartography, required
are correct answers to at least half of the questions.
2) Working out and submission of a study concerning the content of work at each tutorisl
3) Presence at final credit test with questions from geodesy and cartography, required
are correct answers to at least half of the questions.
Course curriculum
Introduction to the cartography. Development world's cartography.
Mathematical cartography. Cartographic works, sorts, reach.
Theory cartographic language.
Cartographic generalization. Kartometrie.
World's and state map works.
Geographical information system. Real estate register.
Introduction to the geodesy. Provincial body. Measuring and crossbar systems.
Geodetic bases. Angular measuring, longitudes and planimetry. Setting - out position.
Many - storied metering.
Setting - out highs and perpendicular. Transverse cuts. Cubage.
Groundwork for UP and preparation constructions. Geodetic part building object.
Sighting buildings and geodetic documentation monumental objects.
Fotogrametrie – projection, photography, evaluation pictures.
Usage fotogrametrie in urbanism, architecture and monumental care.
Mathematical cartography. Cartographic works, sorts, reach.
Theory cartographic language.
Cartographic generalization. Kartometrie.
World's and state map works.
Geographical information system. Real estate register.
Introduction to the geodesy. Provincial body. Measuring and crossbar systems.
Geodetic bases. Angular measuring, longitudes and planimetry. Setting - out position.
Many - storied metering.
Setting - out highs and perpendicular. Transverse cuts. Cubage.
Groundwork for UP and preparation constructions. Geodetic part building object.
Sighting buildings and geodetic documentation monumental objects.
Fotogrametrie – projection, photography, evaluation pictures.
Usage fotogrametrie in urbanism, architecture and monumental care.
Work placements
Not applicable.
Aims
Basic theoretical and practical knowledge.
Knowledge of geodesy and cartography problems.
Knowledge of geodesy and cartography problems.
Specification of controlled education, way of implementation and compensation for absences
1) Presence at all tutorials (7)
2) Turning in logs from all tutorials in geodesy and cartography
3) Presence at final credit test – required are correct answers to at least half of the
questions.
2) Turning in logs from all tutorials in geodesy and cartography
3) Presence at final credit test – required are correct answers to at least half of the
questions.
Recommended optional programme components
Not applicable.
Prerequisites and corequisites
Not applicable.
Basic literature
Not applicable.
Recommended reading
Brychta : Geodézie - Praktická výuka II 2005 - (CS)
ČSN 013419, ISO 7078, a další z řady 7304.. (CS)
Ryšková, Werner : Geodézie pro architekta (CS)
ČSN 013419, ISO 7078, a další z řady 7304.. (CS)
Ryšková, Werner : Geodézie pro architekta (CS)
Classification of course in study plans
Type of course unit
Lecture
12 hod., optionally
Teacher / Lecturer
Syllabus
Geodesy and Cartografy
General outline of the course
Lectures:
The lectures will be given in the 1st grade summer term, 6 lectures, two hours per week each - total of 12 hours.
Provided by: Faculty of Civil Engineering, Brno University of Technology (BUT)
Lecture: No.: Lecture Title:
1. Geodesy Basics I
2. Geodesy Basics II
3. Photogrammetry
4. Cartography
5. Cartography and Maps
6. Real Estate Register
Practical Lessons:
There will be 3 practical lessons of Cartography, two hours per week each, total of 6 hours.
Provided by: Institute of Urbanism, BUT Faculty of Architecture
Lesson No.: Lesson Schedule:
1. Basic sorts of maps, symbol cognition, distance measurement
2. Field evaluation I
3. Field evaluation II, ground sections, visibility from a given point
There will be 4 practical lessons in Geodesy, two hours per week each, total of 8 hours.
Provided by: Institute of civil Engineering, BUT Faculty of Architecture
Lesson No.: Lesson Schedule:
4. Explanation and work with measurement devices, setting out a perpendicular with a steel band, work with a double pentagon, measuring the existing building, laser distance meter
5. Trigonometric Levelling
6. Theodolite Measurement I
7. Theodolite Measurement II - space positiong of the object
Completion of the course:
After passing a geodesy and cartography checking test and handing over graphic works the student will be given a credit.
Brno, 20. February 2008
Draughted by: Jaroslav Štikar, Institute of Civil Engineering, Faculty of Architecture, BUT
General outline of the course
Lectures:
The lectures will be given in the 1st grade summer term, 6 lectures, two hours per week each - total of 12 hours.
Provided by: Faculty of Civil Engineering, Brno University of Technology (BUT)
Lecture: No.: Lecture Title:
1. Geodesy Basics I
2. Geodesy Basics II
3. Photogrammetry
4. Cartography
5. Cartography and Maps
6. Real Estate Register
Practical Lessons:
There will be 3 practical lessons of Cartography, two hours per week each, total of 6 hours.
Provided by: Institute of Urbanism, BUT Faculty of Architecture
Lesson No.: Lesson Schedule:
1. Basic sorts of maps, symbol cognition, distance measurement
2. Field evaluation I
3. Field evaluation II, ground sections, visibility from a given point
There will be 4 practical lessons in Geodesy, two hours per week each, total of 8 hours.
Provided by: Institute of civil Engineering, BUT Faculty of Architecture
Lesson No.: Lesson Schedule:
4. Explanation and work with measurement devices, setting out a perpendicular with a steel band, work with a double pentagon, measuring the existing building, laser distance meter
5. Trigonometric Levelling
6. Theodolite Measurement I
7. Theodolite Measurement II - space positiong of the object
Completion of the course:
After passing a geodesy and cartography checking test and handing over graphic works the student will be given a credit.
Brno, 20. February 2008
Draughted by: Jaroslav Štikar, Institute of Civil Engineering, Faculty of Architecture, BUT
Seminar
13 hod., compulsory
Teacher / Lecturer