Introduction to engineering geology 1300-OWGIP-GGG
1. Engineering geology as a discipline of geological and engineering sciences. The role of engineering geology in the assessment of ground condition.
2. Ground model and its forms of representation, including digital 3D models and the GeoBIM model. Digital databases of engineering geological data.
3. Classification of soils for engineering purposes.
4. Field and laboratory investigations of selected physical properties of soils: visual-manual analysis of soil, grain-size distribution, bulk density, consistency, and density index.
5. Basic mechanical and deformational parameters of soils and rocks.
6. Assessment of the strength of rock material and rock mass.
7. Principles for developing an engineering geological cross-section.
8. Assessment of engineering geological conditions of the ground.
Type of course
Course coordinators
Learning outcomes
Upon completion of the course, the student:
• understands selected geological phenomena occurring in nature;
• knows and understands the interrelations between engineering geology and other scientific disciplines;
• knows the physical, deformational, and strength parameters of soils and rocks, and understands the relationships between the physical and mechanical properties of the soil/rock;
• possesses knowledge of selected specialized laboratory and field investigations used for the characterization of ground conditions;
• is capable of independently preparing and interpreting engineering geological cross-sections;
• is able to critically analyze the results of measurements, observations, or theoretical calculations;
• is able to independently interpret research results and draw appropriate conclusions based on relevant standards;
• understands the necessity of continuously improving professional competencies and adopting new technologies to solve research problems;
• is aware of personal responsibility for the results of one’s own research, experiments, and observations;
• understands the social implications of the practical application of acquired knowledge and skills
Assessment criteria
Course Completion Requirements
1. Attendance is mandatory:
o A maximum of three absences is permitted.
The fourth absence results in automatic failure of the course.
o Making up missed classes is not permitted.
2. Proper completion and timely submission of all practical assignments.
3. Completion of a written test covering the material from the practical classes.
The final grade for the course is determined based on the total number of points obtained from:
• practical assignments — maximum 50 points, and
• the written test — maximum 50 points.
The grading scale is as follows:
93–100 points – very good (5.0),
86–92 points – good plus (4.5),
78–85 points – good (4.0),
66–77 points – satisfactory plus (3.5),
51 – 65 points – satisfactory (3.0)
Practical placement
not applicable
Additional information
Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system: