1. Introduction, importance of diagnostics, road user requirements and serviceability. 2. Mechanisms of asphalt pavement failures. 3. Mechanisms of cement concrete pavements and block pavings failures. 4. Measurement of bearing capacity (FWD, CBR, static load test, light weight falling deflectometer). 5. Pavement management systems. 6. Design of repairing of asphalt pavement layers. 7. Design of repairing of cement concrete pavement layers and block pavings. 8. Special problems of cement concrete courses, dowels, armatures, cement quality. 9. Diagnostics of traffic flow. 10. Traffic noise, measurement, evaluation and methods of reducing noise. 11. Evaluation of skid resistance of pavements. 12. Pavements recycling. 13. Summary of pavement diagnostics issue.

1. Pavement design programme LAYEPS, catalogue of pavements. 2. Excursion in road laboratory, evaluation of specimens taken from pavements. 3. Presentation of measurements (CBR, static load test, light weight falling deflectometer). 4. Calculation of pavement stress, strain and deflection, backcalculation of layer stiffness moduli. 5. Presentation of measurement using FWD device. 6. Drilling of cores, Leutner test, layers thickness, composition of mixtures. 7. Student's presentation of outcomes of the individual exercises, discussion. 8. Student's presentation of outcomes of the individual exercises, discussion. 9. Diagnostics of traffic flow. 10. Visual inspection, design and evaluation. 11. Measurement of pavement surface microtexture, macrotexture, skid resistance, noise and roughness. 12. Student's presentation of outcomes of the individual exercises, discussion. 13. Conclusion, credit.