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TECHNICAL CONSULTANCY IN THE JUDICIAL FIELD

Degree course Architecture - Restoration
Curriculum Curriculum unico
Learnings Orientamento unico
Academic Year 2018/2019
ECTS 8
Scientific Disciplinary Sector ICAR/08 - ICAR/09
Year First year
Time unit
Class hours 80
Educational activity

Single group

Professor AURORA ANGELA PISANO
Objectives The course provides the necessary technical and scientific skills for preparing technical advice for both the Judicial Authority and public and private entities.
The course mainly refers to the structural aspects of civil constructions; in particular, the educational path aims to train experts with adequate professionalism to address the typical problems of Forensic Sciences, to examine and discuss expert opinions and consultancy. The above quoted advice can be produced as an office technical consultant (CTU) in civil and criminal proceedings, as an part expert consultant (CTP) or as a technical verifier in administrative justice.
Programme Concepts, methods and tools of forensic sciences. Direct and inverse problem.
The role of forensic science in judicial proceedings.
Civil court proceedings - Procedures and roles from a technical point of view in the civil context.
Criminal court proceedings - Procedures and roles from the technical point of view in the criminal context.
The requirements of the Judicial Technical Consultant.
Alternative dispute resolution.
Ethics, deontology, due diligence.
Collapses and building damages: investigation procedures.
Construction materials and their mechanical characteristics. Destructive and non-destructive investigations aimed at assessing the levels of reliability of buildings in steel reinforced concrete and masonry.
Evaluation of the resistance and the compliance of concrete in existing structures.
Complaints about data relating to the cubes of concrete and related acceptance checks;
Evaluation of the concrete resistance of the concrete for testing purposes;
Evaluation of the resistance in place in order to establish possible responsibilities of the concrete producers;
Evaluation of the safety of buildings in steel reinforced concrete .: case studies.
Evaluation of the safety of masonry buildings: case studies.
Traditional and innovative monitoring techniques in the structural field.
Sensory tools, management and detection models.
Experimental dynamics of structures.
Fire behavior of materials (heat transmission and mechanical decay) and modeling of fire scenarios (zone models, localized fire). Explosion modeling.
Fire prevention in buildings and analysis of the post-fire scenario.
Post-fire diagnostics. The basis of fire investigation in forensic procedures.
Support for modeling in back-analysis of fires.
Analysis of the instabilities in the structures in c.a. and walls.
Case studies
Books 1. Franco Bontempi, Ingegneria Forense in campo strutturale, Dario Flaccovio Editore, 2017;
2. Raffaele Pucinotti, Patologia e Diagnostica del Cemento Armato, Dario Flaccovio Editore, 2006;
3. Concrete Society, Assessment, design and repair of fire-damaged concrete structures, TR 68, 2008;
4. Appunti distribuiti durante le lezioni dai docenti.
Traditional teaching method Yes
Distance teaching method No
Mandatory attendance No
Written examination evaluation No
Oral examination evaluation Yes
Aptitude test evaluation No
Project evaluation No
Internship evaluation No
Evaluation in itinere No
Practice Test No
Professor RAFFAELE PUCINOTTI
Objectives The course provides the necessary technical and scientific skills for preparing technical advice for both the Judicial Authority and public and private entities.
The course mainly refers to the structural aspects of civil constructions; in particular, the educational path aims to train experts with adequate professionalism to address the typical problems of Forensic Sciences, to examine and discuss expert opinions and consultancy. The above quoted advice can be produced as an office technical consultant (CTU) in civil and criminal proceedings, as an part expert consultant (CTP) or as a technical verifier in administrative justice.
Programme Concepts, methods and tools of forensic sciences. Direct and inverse problem.
The role of forensic science in judicial proceedings.
Civil court proceedings - Procedures and roles from a technical point of view in the civil context.
Criminal court proceedings - Procedures and roles from the technical point of view in the criminal context.
The requirements of the Judicial Technical Consultant.
Alternative dispute resolution.
Ethics, deontology, due diligence.
Collapses and building damages: investigation procedures.
Construction materials and their mechanical characteristics. Destructive and non-destructive investigations aimed at assessing the levels of reliability of buildings in steel reinforced concrete and masonry.
Evaluation of the resistance and the compliance of concrete in existing structures.
Complaints about data relating to the cubes of concrete and related acceptance checks;
Evaluation of the concrete resistance of the concrete for testing purposes;
Evaluation of the resistance in place in order to establish possible responsibilities of the concrete producers;
Evaluation of the safety of buildings in steel reinforced concrete .: case studies.
Evaluation of the safety of masonry buildings: case studies.
Traditional and innovative monitoring techniques in the structural field.
Sensory tools, management and detection models.
Experimental dynamics of structures.
Fire behavior of materials (heat transmission and mechanical decay) and modeling of fire scenarios (zone models, localized fire). Explosion modeling.
Fire prevention in buildings and analysis of the post-fire scenario.
Post-fire diagnostics. The basis of fire investigation in forensic procedures.
Support for modeling in back-analysis of fires.
Analysis of the instabilities in the structures in c.a. and walls.
Case studies
Books 1. Franco Bontempi, Ingegneria Forense in campo strutturale, Dario Flaccovio Editore, 2017;
2. Raffaele Pucinotti, Patologia e Diagnostica del Cemento Armato, Dario Flaccovio Editore, 2006;
3. Concrete Society, Assessment, design and repair of fire-damaged concrete structures, TR 68, 2008;
4. Lecture notes provided by the teacher.
Traditional teaching method Yes
Distance teaching method No
Mandatory attendance No
Written examination evaluation No
Oral examination evaluation Yes
Aptitude test evaluation No
Project evaluation Yes
Internship evaluation No
Evaluation in itinere No
Practice Test No

Further information


Documents uploaded by Aurora Angela Pisano

Description Document
Programma Italiano-Inglese (programma) Document
Scheda di trasparenza del corso (varie) Document

Documents uploaded by Raffaele Pucinotti

Description Document
Programma del Corso (programma) Document
Programma del Corso (English) (programma) Document

Office hours list:

Description News
Office hours by: Aurora Angela Pisano
Orario di Ricevivento per l'anno accademico 2018-2019

Tutti i mercoledi' mattina dalle 9.00 alle 12.00 e alla fine di ciascuna lezione.
Office hours by: Raffaele Pucinotti
Mercoledi dalle ore 8.30 alle ore 10.30
No news posted
No class timetable posted
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