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| Vittorio De Feo | |
|---|---|
| Name | Vittorio De Feo |
| Occupation | Academic, Researcher |
| Known for | Risk analysis, safety engineering, reliability engineering |
Vittorio De Feo is an Italian academic and researcher known for contributions to risk analysis, safety engineering, reliability engineering, and decision theory. He has published in fields intersecting industrial safety, environmental risk, energy systems, and engineering design, influencing scholars and practitioners across Europe, North America, and Asia. De Feo has held academic positions and collaborated with institutions, companies, and international organizations on policy-oriented and technical projects.
De Feo was born in Italy and completed his early studies within the Italian higher education system, attending institutions linked to Naples, Rome, and other centers of technical education. He pursued advanced degrees in fields related to chemical engineering, environmental engineering, and safety technology, engaging with curricula shaped by institutions such as the Politecnico di Torino, Sapienza University of Rome, and comparable European technical universities. During his formative years he participated in academic exchanges and research visits to laboratories associated with CNR research centers, ENEA facilities, and industry research units, establishing connections with scholars from Università degli Studi di Napoli Federico II and research groups active in process safety.
De Feo's academic appointments have included professorial and research roles at Italian universities and collaborations with international universities and institutes. He has taught courses and supervised theses on topics overlapping risk management, hazard analysis, industrial accidents, and sustainable energy systems. His professional collaborations extend to European research consortia funded by frameworks associated with the European Commission and projects linked to agencies such as ISPRA and regional authorities. De Feo has also worked with industry partners in sectors including chemical industry, petroleum refining, renewable energy, and waste management, providing consultancy, technical audits, and expert witness services on safety and reliability matters. He has participated in conferences hosted by organizations like the Society for Risk Analysis, European Safety and Reliability Association, and national engineering societies.
De Feo's scholarship spans quantitative and qualitative methods applied to safety and reliability. He has published studies on probabilistic risk assessment, fault tree analysis, event tree analysis, and multicriteria decision analysis, building on methodologies developed in probability theory, statistics, and systems engineering. His work addresses accident causation models influenced by frameworks such as the Swiss Cheese Model and Bow-Tie analysis, while integrating human and organizational factors discussed in literature tied to James Reason and Heinrich's theory adaptations. De Feo has authored monographs and peer-reviewed articles examining risk perception, cost–benefit analysis related to energy policy, life-cycle assessment of renewable energy technologies, and environmental impact assessment aligned with principles promoted by the European Union regulatory environment.
Major works include technical papers on reliability optimization applied to power plants, safety assessments for chemical plants, and methodological contributions to risk communication used by public authorities during industrial incidents. He has contributed chapters to edited volumes alongside scholars from United Nations Environment Programme, World Health Organization, and academicians affiliated with Imperial College London, ETH Zurich, and Massachusetts Institute of Technology on cross-cutting themes of resilience, sustainability, and safety. De Feo's research often cites and dialogues with canonical texts and standards such as ISO 31000, IEC 61508, and reports from bodies like the European Chemicals Agency.
Throughout his career De Feo has received recognition from academic and professional societies for contributions to safety engineering and risk analysis. He has been invited as keynote and plenary speaker at international conferences including meetings of the International Conference on Probabilistic Safety Assessment, symposia organized by the European Safety and Reliability Association, and workshops convened by the International Atomic Energy Agency on safety culture. National awards and institutional honors have acknowledged his impact on teaching and applied research, and professional associations have appointed him to editorial boards and scientific committees for journals and conferences in the fields of engineering risk and environmental safety.
De Feo's personal background reflects sustained engagement with academic communities and professional networks across Italy and abroad. Outside research he has been involved in public outreach activities, seminars for regional administrations, and advisory roles for industry stakeholders. He maintains collaborations with colleagues in academic centers in Europe, North America, and Asia, and participates in interdisciplinary initiatives bridging technical, social, and policy-oriented perspectives on risk and safety.
De Feo's influence is evident in the adoption of his methodological proposals in applied safety assessments, the training of graduate students who have joined academia and industry, and citations in regulatory and policy contexts within European Union member states. His interdisciplinary approach linking engineering practice with decision-support methods has shaped curricula in departments of chemical engineering and environmental engineering and informed guidelines used by practitioners in process safety management and energy infrastructure planning. Ongoing citations of his work in journals, standards discussions, and conference proceedings attest to his continued relevance in debates on how societies assess, communicate, and mitigate technological and environmental risks.
Category:Italian academics Category:Safety engineering Category:Risk analysis