- Construction techniques and structural components: masonry and earth
- Construction techniques and structural components: timber and mixed systems
- Introduction to 20th century heritage structures. Structural concrete across 20th century
- Ancient rules and classical approaches
- Limit analysis: the static and the kinematic approach
- History of conservation
- The finite element method
- Elasto-plastic constitutive models
- Geometrical nonlinearity
- Damage mechanics, smeared crack models
- Blocky limit analysis of masonry
- Demonstration of modelling of real structures and examples
- Elements of seismic hazard analysis
- Dynamic analysis of single-degree-of-freedom systems
- Dynamic analysis of structures using the finite element method
- Earthquake-resistant design of buildings
- Elements of soil dynamics
- Introduction to innovative earthquake-resistant systems
- Strengthening of foundations
- Strengthening of concrete structures
- Strengthening of metal structures
- Strengthening of timber structures
- Design of masonry structures
- Strengthening solutions