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Engineering Geodesy

Study program:
Mine Surveying (VIII semester -BsC)
Name of subject: Engineering Geodesy
Instructors:
Prof. Aleksandar Milutinović
Status: Compulsory
ECTS: 5
Prerequisites: No condition
Course Objectives:
The objective of the course is to familiarize students with the importance, role and application of geodesy in engineering works in the construction of infrastructure facilities, basic techniques of transferring the project to the field, geodetic works in the construction of objects, geometry control and creation of a state-of-the-art plan.
Learning Outcomes:
Independent designing of the marking project, performing the necessary field measurements in order to mark, monitor the construction and control of geometry of the objects.
Content:

Theory teaching
Tasks of engineering geodesy in the process of design, construction and during the exploitation of objects. Transfer of the project to the field. Determination of geometric elements for labeling based on the project: graphic, analytical and combined method. Methods for marking the point, angles, directions, hair and horizontal length, angles, altitude differences. Transition of the project to the field: coordinate method, direction alignment, polar method, orthogonal method, leveling. Accuracy of marking. Marking the route (between the points that are to be seen, between the points not seen), marking the cross section of the two directions with the insurance, marking the route using the polygon train, marking the route using a closed polygon train, marking the extension lines, marking the intersection of two real: trigonometric and analytical. Monitoring of objects in objects construction, geometry control and recording of the performed state. Geodetic works in the construction of roads, creation of a situational plan (operational polygon), longitudinal profile of the route, cross-sectional profile of the route, marking of roads, circular curve elements, transitional curvature elements, determination of circular curvature elements, marking detailed curvature points (in several ways). Volume calculation of the excavated and poured masses in the construction of roads.

Practical teaching
Preparation of a project for marking a building and a roadway, field works on marking of a point, an angle, a direction, a length, a height difference and a height. Marking the circular curve using several methods. Application of different instruments and measurement methods in the function of object geometry control. Recording and creating a state-of-the-art plan.

Suggested Reading List:
  1. Begović, A., 1990.: Inženjerska geodezija II, Beograd, Naučna knjiga
  2. Ašanin, S.,2003.: Inženjerska geodezija I, Beograd, Ageo d. o. o.
  3. Ašanin, S., Pandžić, S., Gospavić, Z., Milovanović, B.,2005.: Zbirka zadataka iz inženjerske geodezije, Beograd, Geokarta.
Conduct of the Course:
Lectures, individual practical fieldwork.
Fund hours:
Lectures Exercises Other forms of teaching Study research
2 2 0 0
Assessment:
Final Exam ECTS
Oral Exam30

Classwork Assessment ECTS
Class Participationа10
Practical Classes15
Written tests30
Seminars15
Additional Assessment Criteria: -


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