ECTS
ECTS Course Catalogue
Course details
Course code: IWS10170o13Semester: 2013/2014 summer
Name: Engineering geodesy
Major: Water Engineering and Managment
Study Type: first cycle
Course type: compulsory
Study Semester: 2
ECTS points: 2
Hours (Lectures / Tutorials / Other): 15 / 15 / 0
Lecturer: dr inż. Mirosław Kaczałek
Language of instruction: Polish
Learning outcomes: Knowledge He knows the technology to perform basic surveying and mapping, knows the rules of simple survey, known techniques are used in surveying to determine the position of the situational and height of points on the surface of the earth, he knows how to use the skills of surveying for water management; Knowledge Able to perform basic measurement - simple stakeout elements leveling measurements, stakeout lines selected declines, he can design the infrastructure elements of the backing data to the map, perform basic calculations surveying, knows how to work with the surveyor in the work execution and design process.
Competences: It can cooperate with geodetic services to the extent necessary during project implementation.
Prerequisites: Math.
Course content:
Recommended literature: Map, the characters on the map, the basic geodetic calculations, measurements of height, Realization of situational and altitude, geodetic documentation in the investment process, elements of real estate cadastre, surveying inventories, measuring deformation.
Assessment methods:
Comment: Lecture 1 Introduction to geodesy: the task of surveying, reference surfaces, frames of reference, the matrix horizontal and vertical surveying, geodetic trademark protection, instruction, and technical standards. Lecture 2 Map and map scale: basic map, the content of the basic map, digital map. 3rd Lecture Measurements situational: stakeout simple length measurement, stakeout angles. Lecture 4 and 5 Measurements height: a method to determine the differences in height, levels, technical leveling benchmarks, leveling the surface. Lesson 6 Measuring angles: general principles of measurement of angles, theodolite and total station construction, methods of measuring angles and distances. Lecture 7th Measurements of realization: the development of geodetic and cartographic design for and execution, surveying the development of the project execution, staking objects. Geodetic documentation in the investment process Lecture 8 and 9 Measurement Inventory: development of as-built surveying and cartographic, geodetic measurements in the operation of buildings and structures, displacement measurements. Documentation of as-built surveying. Lecture 10th Photogrammetry: Basic principles of photogrammetry measuring terrestrial photogrammetry, aerial and satellite mapping from aerial photographs. Lecture 11th Remote sensing, photogrammetric methods to obtain information about the area, the interpretation of natural phenomena with the use of aerial and satellite imagery, laser scanning for water management. 12th Lecture Cadastral land and buildings. Lesson 13 Organization of Geodesy and Cartography Service in Poland. Lecture 14th Modern measurement techniques: integrated measurement systems, GPS. 15th Lecture Repertory. The nature and scope of the exercise: Exercise Laboratory Field exercises - Staking and simple measurement, stakeout angles, lines with a given drop. Leveling measurements. Measuring horizontal and vertical angles. Laboratory - Construction and use of niwelatorami, teodolitami and tacheometers. Exercise Design - Basic calculations surveying (geodetic coordinate system, calculating the azimuth, angle, area, volume). The use of cartographic materials for study and engineering design (conventional signs on maps, calculate contraction maps, geodetic measurements on the map, interpolation of contours, profiles, cross sections and plotting field). Exercise Demonstration - Presentation of the Scanner and photogrammetric equipment used in field work and chamber to produce maps. Geodetic calculation programs.