| 1 | Introduction of the course, an overview of Precision Farming, Principles of Precision Farming | [1] p 1-29 |
| 2 | Global positioning systems (GPS, DGPS, RTK GPS), | [1] p. 30-58 |
| 3 | Geographic Information Systems | [1] p. 58-88 |
| 4 | Yield measurement and mapping systems | [1] p. 99-124 |
| 5 | Spatial variability, sampling methods and tools (soil, plant, etc.) | [1] p. 124-154 |
| 6 | Soil electrical permeability | [1] p. 75-104 |
| 7 | Remote sensing (electromagnetic spectrum, spectral reflection) | [1] p. 155-192 |
| 8 | Variable level application technology | [2] p. 19-32 |
| 9 | Variable level application maps and mapping software | [2] p. 33-82 |
| 10 | GPS-guided applications (Auto steering etc.) | [2] p. 83-124 |
| 11 | Economic and environmental evaluation of precision agriculture | [2] p. 125-138 |
| 12 | Field robots and Indoor robots | [2] p. 138-158 |
| 13 | Future applications | [2] p. 159-210 |
| 14 | Examples of Precision Agricultural Practices in our Country and in the World | [2] p. 210-250 |