1. Pathology of Existing Structures: Introduction, structural deficiencies and damage mechanisms.
  2. Structural Assessment: General, knowledge levels, material properties, partial safety factors on resistance models. In-situ and laboratory testing.
  3. Structural Intervention Technologies and Materials: Introduction, structural intervention technologies and materials, selection criteria.
  4. Basis for Structural Assessment and for the Design of the Retrofitting: Performance requirements, compliance criteria, verification rules.
  5. Modeling and Structural Analysis: General, modeling, review of methods for analysis.
  6. Verification of Limit States and Resistance Models for Structural Interventions: General for the verification of limit states, resistance models for assessment, verification of limit states at member level, resistance models for retrofitting.
  7. Energy and Combined Energy/Seismic Retrofitting of Existing Buildings: Energy retrofitting, combined energy/seismic retrofitting, analysis of methods for combined retrofitting.