| Stability and bifurcation of structures | 6 CFU | I semestre |
| Dynamics of structures | 6 CFU | I semestre |
| Timber Engineering | 9 CFU | I semestre |
| Mechanics of plates and shell | 9 CFU | II semestre |
| Esame a scelta | 9 CFU | II semestre |
| Prova conoscenza lingua inglese (B2) | 3 CFU | II semestre |
| Un insegnamento a scelta tra: | 9 CFU | |
| 1) FE Analysis | | II semestre |
| 2) Mechanical models and numerical methods for conception of (infra) structures | | II semestre |
| 3) Seismic Risk Analysis | | II semestre |
| 4) Environmental Hydraulics | | II semestre |
| Un insegnamento a scelta tra: | 9 CFU | |
| 1) Hydraulic and Harbour infrastructures | | II semestre |
| 2) Mechanics and monitoring of bridges | | I semestre |
| 3) Discrete and Continuum Models in Mechanics | | II semestre |
| Numerical Resolution Techniques for Engineering | 3 CFU | I semestre |
| Heterogenous Materials: multiscale modelling and homogenization techniques | 3 CFU | I semestre |
| Programming language | 3 CFU | I semestre |
| Fluid-Structure Interactions | 3 CFU | I semestre |
| Non-linear behavior: Elasticity, Viscoelasticity, hyperelasticity, plasticity and viscoplasticity | 3 CFU | I semestre |
| Applied computational engineering for dynamic analysis of mechanical systems | 3 CFU | I semestre |
| Constitutive Laws for Rheological Fluidss | 3 CFU | I semestre |
| Continuum Mechanics: large deformations formalism | 3 CFU | I semestre |
| Advanced Use of Computational Solid Mechanics Codes and CSM project | 3 CFU | I semestre |
| Applied Computational Engineering for Heat and Mass Transfer | 3 CFU | I semestre |
| Internship preparation | 3 CFU | II semestre |
| Internship valorisation | 3 CFU | II semestre |
| Internship | 12 CFU | II semestre |
| Prova finale | 12 CFU | II semestre |
