| 1 | Introduction, Definition and Prospection concept and methods, assessment of sustainable environmental impacts | [1] p. 2-15; [2] p. 1-14 |
| 2 | Factors in the evaluation of a potential orebody | [2] p.184-196 |
| 3 | Mineralization and structural geology relationship, Faults and mineralization relationship Pre-mineral and postmineral faulting and their importance in mineral deposits | [1] p. 16-23; [2] p. 30-40 |
| 4 | Folds and mineralization relationship | [1] p. 23-32; [2] p. 17-30 |
| 5 | Prospecting for mineral deposits Mineralogical guides | [2] p. 71-90 |
| 6 | Gossan and oxidation products and their importance in search of new deposit | [2] p. 90-115 |
| 7 | Stratigraphic and lithologic guides | [1] p.32-39 |
| 8 | Wall rock alteration associated with hydrothermal deposits and its bearing on mineral prospection | [1] p. 39-42; [2] p. 144-157 |
| 9 | Mid-term exam + Geophysical prospection methods: Gravity, magnetics, electrical methods | [1] p. 62-77 |
| 10 | Geochemical prospection methods: Heavy mineral prospection, stream sediment surveys, soil surveys, biogeochemical prospecting; determination of background, threshold and anomaly contrast; use of probability diagrams | [1] p.81-103; [3] p. 320-346 |
| 11 | Determination of orebody boundaries, Underground mapping | [1] p.188-198; |
| 12 | Changes in mineral deposits Sampling: Sampling,Restriction of Orebody and impact area Area calculation | [1] p. 207-220; [2] p. 196-215 |
| 13 | Thickness calculation Average grade calculation Density calculation | [1] p. 221-230 |
| 14 | Reserve calculation methods: Geological cross section methods, polygon method, isopach method and practices | [1] p. 233-279 |