Infopaket

Higher geodesy

ВБ 1.1.

Обов’язкова дисципліна для ОП

First

2021/2022

7 Semester

4

1. Know the scope of modern mathematical methods in the processing of digital data PLO 01 PLO 02. 2. To be able to apply the acquired skills to solve scientific and practical problems, in particular, to learn systematic analysis of higher geodesy problems and the choice of necessary mathematical methods PLO 01 PLO 02; To be able to determine the parameters and use global and regional Earth models PLO 01. 3. Demonstrate skills and ability to use appropriate software for processing geodetic information PLO 01 PLO 02. 4. Demonstrate the ability to learn and be up-to-date, demonstrate determination and perseverance in relation to the tasks and responsibilities assumed PLO 01 PLO 02.

Full-time form

Know the basics of the theory of the Earth's shape, methods of construction and used models of the Earth, principles of formation of reference systems, datum and spatial coordinate systems, relationships between the main coordinate systems, methods of solving basic geodetic problems in the spatial coordinate system, principles of creation, purpose, characteristics and parameters of the main earth geodetic reference systems, features of the creation of a national reference system, national geospatial databases, methods of construction of the state geodetic reference network; - Be able to perform transformations in spatial coordinate systems, solve basic geodetic problems in spatial coordinate systems. - Possess skills for solving scientific and practical problems, in particular, learn to systematically analyze the problems of higher geodesy and select the necessary mathematical methods.

Studying the course "Higher Geodesy" puts forward tasks to improve the theoretical and scientific training of students of geodetic and cartographic specialties, the introduction of geographic information systems and digital technologies into the practice of modern cartographic and geodetic works and the availability of powerful computer technology gave a new impetus to the theoretical and practical development of this discipline, and served for further development of the latest digital technologies and their implementation in the field of cartography, geodesy and land management. The discipline provides consolidation of theoretical knowledge and formation of practical skills in the use of methods of studying the shape and construction of Earth models, creation of modern geodetic reference systems, use of algorithms and software for processing the results of observations in global geodetic systems and databases for various purposes, creation of global, regional and reference state geodetic networks.

1. Marchenko O.M. Reference systems in geodesy: a textbook / O.M. Marchenko, K.R. Tretyak, N.P. Yarema - Lviv: Lviv Polytechnic, 2013. 216 p. 2. Mashimov M.M. Theoretical geodesy: a reference manual / M.M. Mashimov. - Moscow: Nedra, 1991. - 268 p. [Access mode: http://www.geokniga.org/bookfiles/geokniga-mashimov-mm- geodeziya-teoreticheskaya-geodeziya-1991.pdf - Title from the screen. 3. Savchuk S.G. Higher geodesy: a textbook / S.G. Savchuk: Zhytomyr State Technical University, 2005. - 315 p. 4. Savchuk S.G. Higher geodesy: textbook, second edition, supplemented / S.G. Savchuk. - Lviv: Lviv Polytechnic, 2005. - 315 p. [Access mode: https://studfiles.net/preview/5198885/ - Title from the screen.

Lecture, laboratory and independent work, test, defense of work, exam

Forms of student evaluation: 1.Defense of laboratory works. 2. Tests, control works. 3. Examination. Final assessment in the form of an exam: (mandatory assessment in oral / written, including test form) Media 1 media 2 media 3 media 4 exam Final assessment Minimum 8 8 10 10 24 60 Maximum 10 10 20 20 40 100 A student is not allowed to take the exam if he or she scored less than 36 points during the semester. The exam score cannot be less than 24 points to obtain an overall positive grade for the course.

Ukrainian