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  1. Courses

CH001B - RENOVATION, MAINTENANCE AND CONSERVATION OF HISTORICAL BUILDINGS

courses
ID:
CH001B
Duration (hours):
60
CFU:
6
SSD:
ARCHITETTURA TECNICA
Located in:
PESCARA
Url:
Course Details:
BUILDING ENGINEERING/ENGINEERING AND MANAGEMENT OF CULTURAL HERITAGE Year: 1
Year:
2025
Course Catalogue:
https://unich.coursecatalogue.cineca.it/af/2025?co...
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Overview

Date/time interval

Secondo Semestre (18/02/2026 - 31/05/2026)

Syllabus

Course Objectives


Course learning objectives
By the end of the course, students should be able to interpret historic built heritage as a complex system, recognizing its values, constraints, and vulnerabilities, and to structure a knowledge pathway aimed at conservation, maintenance, and risk mitigation. Students should understand the concept of a “digital identity” for historic buildings, the principles for organizing and managing multi-source data (geometric surveys, critical-historical analysis, construction techniques, materials, deterioration/damage), and the ways in which such information can be structured and made interoperable through technical/graphic outputs and heritage-oriented information systems (introductory notes on H-BIM and information models).
Students should also understand the main multi-scale and multi-risk analysis methods, with particular attention to seismic vulnerability and risk (multi-level approaches, the Masonry Quality Index—MQI, interpretation of cracking patterns) and to climate-change impacts (at both territorial and single-building scales). Based on these evaluations, they should be able to identify strategies consistent with conservation principles, including monitoring, preventive maintenance, and consolidation/strengthening interventions, while being aware of the potential and limitations of digital platforms and automation processes for replicable workflows in analysis and management.
Expected learning outcomes
Autonomy of judgement: ability to formulate well-grounded assessments of conservation conditions and risk, integrating interdisciplinary evidence, knowledge/uncertainty levels, and comparison among alternative intervention and management options.
Communication skills: ability to communicate results, assessments, and decisions clearly and with technical accuracy, through oral presentations and essential documentation.
Learning skills: ability to independently update knowledge on methods, standards, and digital tools, recognizing when interdisciplinary expertise is required and setting up replicable approaches for different case studies.

Course Prerequisites


Basic knowledge of physics/statics/structural engineering. Basic knowledge of chemistry and the technology of building materials. Basic knowledge of surveying, drawing and representation, including skills in drawing and computer-aided design. Basic knowledge of finite element structural analysis
There are no specific prerequisites for enrollment. However, it is required to have taken all the exams of the ICAR/09 and ICAR / 10 SSDs foreseen in the three-year course of Construction Engineering (class L23) or any other three-year degree of origin.


Teaching Methods


The methods of carrying out the lessons and teaching support activities include:
-Frontal didactic lessons;
-Theoretical / practical exercises and projects in groups and / or individuals;
-Reviews and checks of exercises and projects;
-Seminars


Assessment Methods


By means of exercises, the theoretical concepts will be applied to the building component design. The learning progress of the students will be monitored through group and/or individual projects.
The final exam will consist of an individual test to assess the final knowledge and disciplinary skills of the students. In addition, the exercises and the projects carried out will be discussed and presented by the students. Consequently, the ability of every student in applying the theoretical concepts of the renovation, maintenance, and conservation of historical buildings.
The preparation of the students will be assessed in a range from 0 to 30.


Texts


Cantagallo C., Sangiorgio V., Varum H., Fiorito F., Fatiguso F. (2025) Digitization of Built Heritage. Approaches and Methods for Data Acquisition, Analysis, and Intervention, Springer Cham
Scarzella P. (2009) Recupero e conservazione dell'edilizia storica : L'insieme : Le parti: interrati e fondazioni, partizioni, coperture, chiusure e aggetti, Alinea
Mastrodicasa S (1993) Dissesti statici delle strutture edilizie, Hoepli, Milano 1993
Re Cecconi F. (2010) Guasti in edilizia: ammaloramenti dell'edificio, suggerimenti di ripristino e di prevenzione, Maggioli, 2010; Gulli R., Il recupero edilizio in ambito sismico, Edicom

Contents


0) Course Introduction (1 hour)
1) Built Heritage: foundations and digital paradigm (4 hours)
2) Creating a Digital Identity Card of the Building Heritage (1 hour)
3) Knowledge of the Built Heritage (14 hours)
4) Multi-scale and Multi-Risk Analysis of Built Heritage (18 hours)
5) Risk Mitigation Strategies: Conservation, Maintence and Intervention
6) Automation of the Risk Analysis for Built Heritage (2 hours)
7) In-class Excercices (10 hours)

Course Language


English

More information

- Semester in which the course is delivered: Second.
- Registration for the course is mandatory.
- Attendance: attendance is recommended in particular for participation in group and / or individual exercises and projects.
- Exam dates according to the general planning of the Master's Degree Course in Construction Engineering (class LM24).
- For students entitled to exemption from class attendance, specific training courses, exercise and projects will be defined to be conducted individually.

Degrees

Degrees

BUILDING ENGINEERING 
Master’s Degree
2 years
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People

People

CANTAGALLO CRISTINA
AREA MIN. 08 - Ingegneria civile e architettura
Settore CEAR-08/A - Architettura tecnica
Gruppo 08/CEAR-08 - DESIGN, TECNOLOGIA DELL'ARCHITETTURA, ARCHITETTURA TECNICA E GESTIONE DELL'AMBIENTE COSTRUITO
Ricercatori a tempo determinato
No Results Found
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