Current Job Position
Job Position Professor
S.S.D. ING-IND/28 (Ingegneria e sicurezza degli scavi)
Area 08/A2
Institution Università degli Studi di Roma “La Sapienza”
Faculty Ingegneria Civile e Industriale (ICI)
Department Department of Chemical Engineering Materials Environment (DICMA)
Education
University graduation 2004 Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Title of final dissertation: Analisi di affidabilità delle condizioni di sicurezza e tenuta di cavità saline per l’estrazione e lo stoccaggio
PhD 2008 Ingegneria dei Materiali e delle Materie prime (XXI ciclo) Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Title of final dissertation: Modelli di rischio e gestione della sicurezza nelle gallerie stradali e ferroviarie
Fellowship 2010 Dipartimento ICMA, Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Quantitative Risk Analysis - Project “Ambiente, Salute e Sicurezza nelle attività artigiane che insistono sul territorio di Civitavecchia”
Licensure 2008 Ordine Ingegneri Provincia di Roma Registered member at the Engineering Professional Order
Licensure 2010 Ministero dell’Interno, Dipartimento Dei Vigili Del Fuoco, Del Soccorso Pubblico E Della Difesa Civile Registered member at the Fire Designers Register
Licensure 2014 Ordine Ingegneri Provincia di Roma Registered member at the Engineering Professional Committee “Occupational Safety”
Part III – Appointments
Academic Appointments
(Start- End - Institution - Position)
2010 - Dipartimento ICMA, Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Ricercatore a tempo indeterminato SSD ING-IND/28
2011 2012 Dipartimento ICMA, Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Member of Doctoral Board “Ingegneria dei Materiali e delle Materie Prime (XXVII ciclo)”
2012 2013 Dipartimento ICMA, Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Member of Doctoral Board “Ingegneria dei Materiali delle Tecnologie e dei Sistemi Industriali Complessi (XXVIII ciclo)”
2013 2014 Dipartimento ICMA, Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Member of Doctoral Board “Ingegneria Elettrica, dei Materiali delle Tecnologie e delle nanotecnologie (XXIX ciclo)”
2017 2018 Dipartimento ICMA, Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Member of Doctoral Board “Ingegneria Elettrica, dei Materiali delle Tecnologie e delle nanotecnologie (XXXIII ciclo)”
2018 2019 Dipartimento ICMA, Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Member of Doctoral Board “Ingegneria Elettrica, dei Materiali delle Tecnologie e delle nanotecnologie (XXXIV ciclo)”
2013 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma – Ordine degli Ingegneri della Provincia di Roma Expert Member of Commission “Engineering Professional Order”
2015 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Responsible for Academic Mobility (RAM) for Safety and Civil Protection Engineering Master Degree
2015 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Scientific Coordinator of Specialization Courses in Occupational Safety
2016 2017 Agenzia Nazionale di Valutazione del Sistema Universitario e della Ricerca - ANVUR Referee VQR 2011-2014
2016 2017 Dipartimento ICMA - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Research Grant Tutor “Analisi di rischio dell'incidentalità stradale con metodi di analisi statistica per il trattamento dei dati”
2017 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Chair of the Safety and Civil Protection Engineering Program
2017 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Scientific Board Member Facoltà di Ingegneria Civile e Industriale Sapienza (ICI) – Corpo Nazionale dei Vigili del Fuoco (CNVvF)
2017 - Dipartimento ICMA - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma e Dipartimento Innovazioni Tecnologiche INAIL Scientific Coordinator Research Committee “Fire Safety Engineering according to Prevention Fire Code”
2018 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Scientific Board Member of Master Ingegneria delle Infrastrutture e dei Sistemi Ferroviari
Other Appointments
(Start - End - Institution - Position)
2003 2004 Ministero delle Infrastrutture e Ministero dell’Interno Member of Sapienza Working Group « Risk Analysis for Rail Tunnel D. M. 28.10.2005)
2004 2005 ANAS Member of Sapienza Working Group « Safety Design for ANAS Road Tunnels »
2004 2007 PIARC – World Road Association Member of Sapienza Working Group (WG2) TC C.3.3 PIARC « Italian risk analysis for road tunnels »
2006 2007 Consorzio FASTIGI Member of Working Group « Risk Analysis Rail AV/AC Bo-Fi »
2008 2009 Dipartimento ICMA - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Coordinated and Continuous Collaboration (co.co.co) “Methods for quantifying and representing territorial performance indicators for industrial plants.”
2008 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Handling Exceptions in Structural Engineering, 13-14 novembre 2008
2009 2009 Dipartimento ICMA - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Coordinated and Continuous Collaboration (co.co.co) “Fire design criteria for school buildings”
2012 - Facoltà di Medicina e Psicologia, Sapienza – Sapienza Università di Roma Speaker I Conference “Sicurezza del lavoro, benessere organizzativo e costi sociali, 21 marzo 2012” – “Approccio integrato alla sicurezza del lavoro: analisi di affidabilità, di ergonomia e di rischio delle procedure di lavoro.”
2013 - Wessex Institute of Technology (WIT) Member of International Scientific Advisory Committee “5th International Conference on Safety and Security Engineering – SAFE 2013”
2013 - Wessex Institute of Technology (WIT) Invited speaker 5th International Conference on Safety and Security Engineering, Rome (September 17 - 19 2013) “The management of uncertainty in quantitative risk analysis: absolute vs comparative assessment”.
2013 - Osservatorio penale, Ordine degli avvocati penalisti Roma Speaker 3th Conference “Il reato colposo in ambiente lavorativo: analisi della normative e destinatari dei precetti, profili sostanziali e processuali”, Roma 6 dicembre 2013 – “Le figure responsabili in materia di sicurezza. La delega di funzioni nel D. Lgs. 81/08”
2014 - Woertz, Electro Suisse Speaker Conference “Fire protection of emergency electrical devices: effect on the level of risk. The case study of a railway tunnel ” 8 settembre 2014, Lugano
2014 - Ferrovie dello Stato Italiane Speaker Workshop “Apprendere dagli eventi avversi e imprevedibili” – Ferrovie dello Stato Italiane, Roma 8 aprile 2014.
2015 2017 Wessex Institute of Technology (WIT) Member of Scientific Board International Journal of Safety and Security Engineering (WIT Press)
2015 - Wessex Institute of Technology (WIT) Member of International Scientific Advisory Committee “6th International Conference on Safety and Security Engineering – SAFE 2015”
2015 - Wessex Institute of Technology (WIT) Speaker « 6th International Conference on Safety and Security Engineering », Croatia, Opatija (May 06 - 08 2015)
2015 - Istituto Superiore Antincendi, CNVvF- Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Speaker Conference “Alta formazione della sicurezza: venti anni di collaborazione dell’ISA con l’università, la ricerca e i gli ordini professionali” 27 novembre 2015, Roma presso Istituto Superiore Antincendi.
2015 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Speaker IV National Conference IV Sicurezza ed Esercizio Ferroviario, 2 ottobre 2015
2015 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma – Ordine degli Architetti Pianificatori Paesaggisti e Conservatori di Roma e Provincia Speaker Workshop « Prevenzione e sicurezza del lavoro nel nuovo Codice degli Appalti Pubblici », 10 giugno 2015
2016 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Speaker Workshop “Progettazione prestazionale della sicurezza antincendio e valutazione quantitativa del rischio
2016 - Università di Pisa, Istituto Superiore Antincendi, CNVvF Speaker Conference VGR 2016 Valutazione e Gestione del Rischio negli Insediamenti Civili ed Industriali. Istituto Superiore Antincendi, Roma, 13-15 Settembre 2016
2017 - Wessex Institute of Technology (WIT) Conference Co-Chairman “7th International Conference on Safety and Security Engineering – SAFE 2017”
2017 - Wessex Institute of Technology (WIT) and Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma Invited speaker Conference on Safety and Security Engineering – SAFE 2017
2017 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma - EAMC Speaker TuneIt & GrAlbeIt Workshop
2018 2020 Réseau Méditerranéen des Ecoles d’Ingénieurs – Ecole Centrale Marseille38, rue Joliot-Curie 13451 MARSEILLE cedex 13 FRANCE President
2018 - Ministero dell’Interno, Dipartimento Dei Vigili Del Fuoco, Del Soccorso Pubblico E Della Difesa Civile Direzione Regionale Lazio Member of Regional Technical Committee (CTR)
2018 - Engineering Association of Mediterranean Countries (EAMC) Coordinator of “Workers Safety in Civil Engineering Committee”
Teaching experience
(Year - Institution - Lecture/Course)
2009 -2011 13677-INGEGNERIA DEI SISTEMI DI TRASPORTO [LM (DM 270/04) - ORDIN. 2009] - LM-23 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma RISCHIO E SICUREZZA NEI CANTIERI E NELLE INFRASTRUTTURE (cod.: 1019006 SSD: ING-IND/28 – 9 CFU)
2010 -2017 14481-INGEGNERIA DELLA SICUREZZA [L (DM 270/04) - ORDIN. 2010 INTERCLASSE CON L-7] - L-9 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma RISCHIO E SICUREZZA NEI CANTIERI (cod.: 1021997 SSD: ING-IND/28 – 9 CFU)
2012 - 2015 13677-INGEGNERIA DEI SISTEMI DI TRASPORTO [LM (DM 270/04) - ORDIN. 2009] - LM-23 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma ANALISI DI RISCHIO NELLE OPERE CIVILI (cod.: 1031862 SSD: ING-IND/28 – 6 CFU)
2012 - 2015 00503-INGEGNERIA PER L'AMBIENTE E IL TERRITORIO [L (DM 509/99) - ORDIN. 1999] - SEDE DI LATINA – 8 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma INGEGNERIA DELLA SICUREZZA (cod.: 1003634 SSD: ING-IND/28 - 9 CFU)
2016-2017 27592-INGEGNERIA DEI SISTEMI DI TRASPORTO - TRANSPORT SYSTEMS ENGINEERING [LM (DM 270/04) ORDIN. 2015 - Corso erogato in LINGUA INGLESE] - LM-23 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma SAFETY AND RISK ANALYSIS (cod.: 1044013 SSD: ING-IND/28 - 6 CFU)
2016 28227-INGEGNERIA DELLA SICUREZZA E PROTEZIONE CIVILE [LM (DM 270/04) - ORDIN. 2016] - LM-26 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma SICUREZZA NEI CANTIERI (cod.: 1047989 SSD: ING-IND/28 – 6 CFU)
2015 - 2017 26015-INGEGNERIA CIVILE E INDUSTRIALE [L (DM 270/04) - INTERCLASSE con L-7 ORDIN. 2013] - SEDE DI LATINA - L-9 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma SICUREZZA (cod.: 1038496 SSD: ING-IND/28 - 9 CFU)
2017 25803-INGEGNERIA DELLA SICUREZZA [L (DM 270/04) - ORDIN. 2012 INTERCLASSE CON L-9] - L-7 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma RISCHIO E SICUREZZA NEI CANTIERI (cod.: 1047526 SSD: ING-IND/28 – 12 CFU)
2017 28227-INGEGNERIA DELLA SICUREZZA E PROTEZIONE CIVILE [LM (DM 270/04) - ORDIN. 2016] - LM-26 - Facoltà di Ingegneria Civile e Industriale, Sapienza Università di Roma ANALISI DI RISCHIO NELLE OPERE CIVILI (cod.: 1031862 SSD: ING-IND/28 – 6 CFU)
Society memberberships, Awards and Honors
(Year - Title)
2018 Co-Editor of International Journal of Safety and Security Engineering (WIT Press) Wessex Institute of Technology (WIT)
Funding Information (role: Investigator (I), Principal Investigator (PI), Supervisor (S))
(Year - Title - Program - Role)
2007 Modelli assicurativi ed indicatori di incidentalità ed infortunistica sul lavoro con riferimento all’utilizzo delle banche dati di settore e alle tecnologie di sicurezza B1 N 04/DTS/07 Finanziamento ricerca ISPESL/INAIL I
2009 Technical Supervisor Fire safety design 20 school buildings (performance based design) RpR Comune di Roma PI
2009 Technical Supervisor Fire safety design 60 school buildings RpR Comune di Roma PI
2013 Modeling of fire scenarios and performance compliance: the case of railway stations C26A13PBZR Progetti di Ricerca (Piccoli, Medi) Bando di Ateneo Sapienza 2012-2013 PI
2013 Scientific Director “Risk Analysis Flaminio Tunnel” ATAC SpA PI
2014 GIS4RISKS. Synergic use of GIS applications for analysing volcanic and seismic risks in the pre and post event C26M14XX7T Progetti multidisciplinari 2014, Bando di Ateneo Sapienza 2013-2014 I
2015 Integrated design for occupational safety: technical, social and criminal responsibility profiles. C26C148Z35 Congressi e convegni, Bando di Ateneo Sapienza 2014-2015 PI
2015 FRASI: Framwork per il Rating della Sicurezza d’Impresa (ID 13) Procedura valutativa per l’affidamento di collaborazioni onerose alle attività di ricerca dell’INAIL. Piano delle attività di ricerca 2013-2015 (Bando BRIC) PI (DICMA)
2016 REPHASE: REsilience of Performance Human FActor for Safety of work Environment. RP1161550662F778 Progetti di Ricerca (Piccoli, Medi), Bando di Ateneo Sapienza 2015-2016 PI
2016 Scientific Director Training course on "Safety in road tunnels" ex Direttiva 54/2004/CE e D. Lgs. 264/2006 Start-up 3-FASE srl PI
2017 Reliability and geostatistical methods related to spatio-temporal modeling of the components conditioning the hydrogeological instability. AR11715C58BE546F Progetti per Avvio alla Ricerca Bando di Ateneo Sapienza 2016-2017 S
2018 Modeling of exodus flows for emergency management (Palio di Siena) Comune di Siena PI
2018 Scientific Director Responsabili della Sicurezza per le Gallerie Stradali Dlgs 264/06 Autostrade per l’Italia SpA PI
Research Activities
(Keywords - Brief Description)
Fire Safety Engineering The research analyses fire design settings according to Fire Safety Engineering (FSE) for the simulation of fire in civil and industrial activities and compares these simulations developed using natural and analytic fire curves. This analysis is focused to determining an original "likely fire model" that guarantees a greater adherence of the virtualized phenomenon with respect to the potential event. The analytic curve, adopted in order to verify the structural strength, in the beginning phases of fire produces fields of temperature and toxic concentrations lower than those obtained by simulation of the Likely Fire Curve. The assumption of the Likely Fire Curve model safeguards exposed people during self-rescue and emergency procedure. The main result shows that the safety criterion, implicitly included in the analytical fire curves - normally used for fire resistance - doesn't have the same applicability of a performance based approach on safety evaluation involving people. The Likely Fire Curve assumption involves a thermo-chemical stress more relevant to assessing the safety of exposed people (see LOMBARDI, M et al. - 2018. Fire design in safety engineering: likely fire curve for people’s safety. WIT Transactions on The Built Environment, 174, 119-130).
Geostatistical analysis and modeling A natural phenomenon, defined as geo-stochastic process, is characterized by interacting variables leading to identifying the most critical areas affected by instability. By means of a sensitivity analysis of the local variability as well as a reliability assessment of the time-based scenarios, an improvement of the forecasting content can be obtained. Moreover, the phenomenological characterization allows to optimize the attribution of the levels of resilience to the territory involved, supporting decision-making process for intervention priorities as well as the effective allocation of the available resources in social, environmental and economic contexts. (see Lombardi, M., Cardarilli, M., & Raspa, G. - 2017. Spatial variability analysis of soil strength to slope stability assessment. Geomechanics and Engineering, 12(3), 483-503).
Human Factor The evaluation of human behavior in the risk model involves the definition of the function of reliability (or failure) of "human component" since the activities/procedures of a complex system involve a high probability of human error. The research analyzes a series of control checks for back analysis testing of accident occurrences and shows the opportunity to perform quantitative risk analysis comparing alternative designs of complex system by analogical analysis methods. In this analysis the evaluation of human error, according to combined techniques of Ishikawa’s theory and Quality Function Deployment is relevant in order to verify the effectiveness and safety of good practice usually employed (see LOMBARDI, M., & FARGNOLI, M. - 2018. Prioritization Of Hazards By Means Of A Qfd-Based Procedure. Safety and Security Studies, 163).
RAMS Approach Quantitative risk assessment adopted in the industrial activities refers the RAMS approach, according to EN 50126, to define the failure of complex system. Starting from the probability of failure follows the evaluation of the failure consequence, the accident occurrence and finally, the analysis of the achievable accident scenarios to quantify the damage. In this approach, the central idea is the failure occurrence, i.e., the incorrect performance of a function by a system component (see Lombardi, M., Rossi, G. - 2014. The Management of Uncertainty: model for evaluation of human error probability in railway system. American journal of applied sciences, 11(3), 381).
Risk Analysis Risk analysis is an assessment tool developed to analyze the safety of potentially dangerous industrial processes or potentially dangerous industrial plants. The application of risk analysis should help to suggest a proactive safety strategy by evaluating potential risks. This safety strategy was to replace merely experience-based concepts learned from incidents (such as near miss) or accidents already happened. Risk analysis deals with potential negative consequences of events that could occur when considering a technical system in a social context. The only option in such a situation is to develop a representative model of the risks associated to the system in question. As there exists an unlimited number of possibilities of how dangerous effects may develop it is impossible to take all possible situations into account; therefore the only investigation is restricted to a limited number of selected representative scenarios. It should always be kept in mind that risk analysis is a model relying on preconditions and assumptions and is not a copy of reality. (see Guarascio, M., Lombardi, M., Rossi, G., & Sciarra, G. - 2007. Risk analysis and acceptability criteria. WIT Transactions on the Built Environment, 94).
Road and Rail Safety World Road Association – PIARC and several European research projects, have encouraged a reflection on risk analysis methods, acceptance criteria and safety practices applied to the road system. The main goal of this research activity is the definition of best practice for safety analysis and management applied to network TERN (Trans European Road Network). Quantitative Risk Analysis (QRA) provides much information on safety management, but the potential fragility of the method, stochastic uncertainties (both parameters and models), and ethical aspect of acceptability criteria should be adequately analyzed. This research activity focuses on all these aspects according to assess the reliability of QRA in order to investigate modeling and statistical errors and statistical consistency of Risk Indicators of QRA (see Guarascio, M., Lombardi, M., Rossi, G., & Sciarra, G. – 2009. Risk analysis and reliability based design in tunnel fire safety WIT Transactions on the Built Environment).
Occupational Safety The goal of this research is the analysis of statistical evidence between the size of organizational well-being, those of work - related stress according with HSE model Management Standards, and the propensity to accidents. Specially, the research aims to verify the original hypothesis of a statistically significant relationship between the increase of organizational well-being and resilience to risk, both about the single worker that about the working group, as measured by statistical indicators of organizational well-being and effective injury rate and in order to recognize, by analysis of familiarity (cluster analysis), factors of hazard and ways of injury most sensitive to increase of organizational well-being. Nowadays the development of techniques of psychosocial intervention for reducing residual risk, in support of the improvements in the safety design, are really common. Rarely the impact and effectiveness of these interventions, which should improve safety-oriented performance of individual worker and groups, were evaluated. The first objective is a measure of the effectiveness and efficiency of the organizational well-being and the safety awareness in the work. The research also aims to investigate the statistical relationships between the dimensions of organizational well-being, those of work-related stress and quantitative indicators of accidents, comparing, by means the ANOVA model, the variables obtained from an available sample with those of a check sample, by measuring the "pre and post" performance indicators. The study verifies (by means of exploratory analysis) a method of dynamic graphical investigation of the timing-evolution of accident, by using techniques of cluster analysis and graphical algebra (bow- tie diagram) in order to identify the areas of hazard where the intervention can produce some significant changes (see Lombardi, M., & Rossi, G. - 2013. Cluster analysis of fatal accidents series in the Infor. MO database: analysis, evidence and research perspectives. International journal of safety and security engineering, 3(4), 317-331).