| 1 | Introduction, definitions; The role of underground resources in the development of the country and their importance in terms of sustainability of social welfare; internal structure of the earth; the state of equilibrium (isostasy) of the earth's crust. | [5] p. 101-107, 108-112; [6] p. 1-1, 1-4. |
| 2 | Temperature of the earth?s crust; materials, constituting the earth?s crust (minerals, rocks, groundwaters). | [6] p. 2-8, 2-9; [4] p. 172-262; [1] p. 78-101; [3] p. 33-41; [6] p. 4-26, 4-41. |
| 3 | Term of time in geology, fossils, geological time scale, and age determination methods at rocks. | [6] p. 2-12, 2-20. |
| 4 | External sourced geological events; weathering and soil generation, erosion, transportation. | [1] p. 28-64. |
| 5 | Mass movements, sedimentation and sedimentary environments, diagenesis. | [1] p. 119-161, 269-310. |
| 6 | Deformation mechanics. | [5] p. 1-1, 1-17. |
| 7 | Midterm Exam; Bedding and bed series. | [6] p. 7-1, 7-8. |
| 8 | Tectonic deformation of rocks; fold, crack, fault, cleavage, boudinage. | [4] p. 344-384; [6] p. 12-1, 12-6. |
| 9 | Magmatism. | [6] p. 4-2, 4-27, 5-1, 5-31. |
| 10 | Metamorphism. | [6] p. 4-42, 4-65, 6-1, 6-12. |
| 11 | Movements in the lithosphere (epyrogenesis, orogeny, earthquake); evaluation of the relationships between sustainable settlement and geological structure (fault, seismicity and ground). | [4] p. 490-507; [6] p. 14-1, 14-9, 14-17, 14-19. |
| 12 | Plate tectonics. | [4] p. 508-550; [6] p. 13-1, 13-26. |
| 13 | Compass and utilization in geology. | [2] pages79-97; [3] pages 20-38. |
| 14 | Maps, types and geological maps. | [2] p. 1-27, 40-67. |