Civil Engineering for Risk Mitigation — Politecnico di Milano, Lecco

Il piano degli esami

Curricula: CHR - Hydrogeological Risks, CRS - Risks for Structures and Infrastructures. Qui sotto: CHR - Hydrogeological Risks.

1° anno

• Numerical methods for partial differential equations — 12 CFU
• Soil-structure interaction — 9 CFU
• Tools for risk management — 7 CFU
• Hydrology for flood risk evaluation — 6 CFU
• Fundamentals of gis — 5 CFU
• River hydraulics for flood risk evaluation — 6 CFU
• Computational mechanics — 5 CFU
• Structural dynamics — 5 CFU
• Theory of plasticity — 5 CFU

2° anno

• Stage/final test (cerm-lc) — 12 CFU
• 32 CFU a scelta tra (scegli 32 CFU): Geo-engineering techniques for unstable slopes 16 CFU; Engineering structures for the environment 16 CFU; Emergency plans for hydrogeological risk 16 CFU
• 16 CFU a scelta tra (scegli 16 CFU): Geo-engineering techniques for unstable slopes 16 CFU; Engineering structures for the environment 16 CFU; Emergency plans for hydrogeological risk 16 CFU; Structure retrofitting 16 CFU; Geospatial data processing to support seismic emergency management 16 CFU; Transport management in emergency planning 16 CFU; Design of environmental and protective structures 10 CFU; Structure durability: monitoring and control 6 CFU; Structural assessment and residual bearing capacity. fire and blast safety 10 CFU; Retrofitting design of structures subjected to seismic loading 6 CFU; Geological and photographical assessment and monitoring 10 CFU; Geophysical assessment and monitoring 6 CFU; Hydrogeological risks in mountain area 10 CFU; Laboratory of emergency planning 6 CFU; Transport risk management in emergency planning 10 CFU; Transport systems and transport risk 6 CFU; Geospatial data processing and crisis mapping applied to emergency management 10 CFU; Seismic risk assessment for post-event management 6 CFU