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Subject professor
Term consultation:

thursday 11-12

Cabinet:218
E-mail: aleksandar.milutinovic@rgf.bg.ac.rs

Basics of Geodesy

Course Description

Study program: Geology (III semester -OAS), Geophysics (III semester -OAS), Geotechnics (V semester -OAS)

Name of subject: Basics of Geodesy

Instructors: Dr Aleksandar Milutinović

Status: Optional

ECTS: 5

Prerequisites: -

Course Objectives: Introduction to the student with classical and modern geodetic technologies, geodetic instruments and methods for determining spatial coordinates of points on the earth’s surface, using spatial coordinates over 2D and 3D analog and digital plans and maps.

Learning Outcomes: Acquiring basic concepts about measuring, creating and using analog and digital geodetic maps.

Content:

Theory teaching
General terms. Historical development, tasks, shape and dimensions of the Earth, types of projections, coordinate systems, measuring units, geodetic networks, instruments and types of instruments, measurements and types of measurements. Instruments and accessories for geodetic measurement. Theodolite, types of theodolite, constituents. Level, types of leveling, component parts. Pants. Methods of geodetic measurement. Methods of measuring horizontal angles, methods of measuring vertical angles, methods of measuring height differences, methods of measuring the length. Methods for recording detailed points. Survey of results of geodetic measurements. Collection of field records. Calculating geodetic coordinates. Calculating altitudes of geodetic points. Definitions of basic concepts of graphic representations in geodesy. Definitions and contents of maps, plans, sections, profiles, axonometric representations. Conditions and coordinate systems used in plans and maps. Symbols, labels and conditional signs. Digital Plans. Definitions and characteristics of the digital plan. Use of plans and maps. Use of plans and maps in the function of space interpretation and as a basis for designing. Calculation of surfaces, calculation of soil masses and useful mineral resources. Geodetic markings. Marking of direction, length, points. Geodetic instruments of special construction. GPS devices, 3D laser scanners. Application of individual instruments in geological works.

Practical teaching
Getting acquainted with geodetic instruments and accessories, practical work. Calculating spatial coordinates of geodetic points and characteristic points on objects. Application of the graphic analytic method for the spatial position and geometric elements of natural and artificial structures. Production of profiles, contour folds and orifices of the ore body, calculating the volume of tailings and deposits of mineral raw material.

Suggested Reading List

  1. Димитријевић С., 1996.: Геодезија, Рударско-геолошки факултет, Београд
  2. Димитријевић С., 1998.: Приручник из геодезије, РГФ, Београд
  3. Димитријевић С., 1994.: Збирка решених испитних задатака из геодезије, Рударско-геолошки факултет, Београд
  4. Димитријевић С., 1996.: Практикум за вежбе из геодезије, РГФ, Београд
  5. Михаиловић К., Врачарић К., 1996.: Геодезија 1, Грађевинска књига, Београд

Fund Hours:

Lectures Exercises Other forms of teaching Study research
2 2 0 0

Conduct of the Course: Theoretical classes in the classroom and practical on geodetic polygons.

AssessmentОцена знања:

Final Exam ECTS
Oral Exam 30
Classwork Assessment ECTS
Class Participation 10
Practical Classes 30
Written Tests 30

Additional Assessment Criteria -