Attività formative caratterizzanti (Insegnamenti previsti distinti da quelli impartiti in insegnamenti relativi ai corsi di studio di primo e secondo livello):

• Integrated seismic and energy retrofitting of existing buildings - R. Pinho, R. Monteiro
• Performance-Based Earthquake Engineering - G. O’Reilly
• A Balance between Strength, Stability, and Ductility in Contemporary Seismic Design for Steel Structures - M. Nakashima
• Theory and Practice of Signal Processing for Numerical and Experimental Seismic Simulations - M. Furinghetti

Altre attività didattiche (seminari, attività di laboratorio e di ricerca, formazione interdisciplinare, multidisciplinare e transdisciplinare):

• Displacement-based design principles - T. Sullivan
• Displacement-based design and assessment of low-damage buildings - T. Sullivan

Attività formative mutuate da corsi di laurea magistrale:

• Dynamics of Structures - TBD
• Seismic Risk - Paolo Bazzurro
• Reinforced Concrete Structures - TBD
• Steel Structures - Roberto Nascimbene
• Applied Mathematics - Lorenzo Tamellini
• Bridge Structures - Gian Michele Calvi
• Computational Mechanics - Alessandro Reali
• Seismic Isolation and Dissipation - André Filiatrault
• Foundation Engineering and Earth Retaining Structures - TBD
• Seismic Design of Masonry Structures - Guido Magenes
• Probability and Statistics for Engineering Applications - Paolo Bazzurro e Paolo Venini 
• Engineering Seismology and Seismic Hazard Assessment - TBD
• Geotechnical Earthquake Engineering - Carlo Lai
• Advanced Structural Analysis - TBD
• Fundamentals of Seismic Design - Ricardo Monteiro
• Continuum Mechanics  - Sauro Manenti
• Engineering Geology - Claudia Meisina
• Lanslides Hazards and Risk - Claudia Meisina

Attività formative mutuate da corsi per allievi ordinari:

• Reliability, Risk and Resilience Modelling - Carmine Galasso
• Matematica, Fisica e Terremoti - Guido Andreotti
• Modelling and quantifying tomorrow’s risks from natural hazards - Carmine Galasso