Resume

• 2006

  Old Dominion University

  Norfolk

  Virginia Area

  Professor

  Engineering Management and Systems Engineering

  Old Dominion University

• 1993

  ETH Zurich

  Zürich Area

  Switzerland

  Senior Research Scientist

  ETH Zurich

• 1990

  International Atomic Energy Agency (IAEA)

  Austria area

  Senior Scientist

  International Atomic Energy Agency (IAEA)

• 1971

  Doctor of Philosophy - PhD

  Systems Science

  City

  University of London

  Bachelor's and Master's degree

  Power Engineering

  University POLITEHNICA of Bucharest

• 1968

  University POLITEHNICA of Bucharest

  Bucharest

  Romania

  Professor

  Engineering Management

  University POLITEHNICA of Bucharest

• Data Analysis

  Analysis

  Simulations

  Matlab

  Research

  Program Management

  Statistics

  University Teaching

  Higher Education

  Teaching

  Infranomics: Sustainability

  Engineering Design and Governance

  Marcelo Masera

  Infranomics: Sustainability

  Engineering Design and Governance

  Risk to an asset

  such as a critical infrastructure

  is often considered to be a function of threat

  vulnerability

  and consequence. It has long been a challenge to integrate these three disparate assessments to establish an overall picture of risk to a given asset. Additionally

  there are many different types of risk assessments performed on assets and those different assessments explore risk from different perspectives. Is the asset a critical power plant

  essential to electricity generation? Is it a large dam

  critical to the water supply? Is it a major road

  critical to transportation? Or is it a major tourist attraction

  critical to national morale? Or

  like the Hoover Dam

  is it all of these things? Which risk assessment is “right”? How can all of these risk assessments be integrated? Are certain risk assessments more important than others?\n\nObviously

  risk is a function of our perceptions and those perceptions can influence our understanding of threat

  vulnerability

  and consequence. A risk quadruplet methodology is proposed to systematically integrate risk perceptions with assessments of threat

  vulnerability

  and consequence in a traceable

  reproducible

  and meaningful manner. Finally

  the viability of the risk quadruplet model is explored by leveraging Evidential Reasoning

  a Multi Criteria Decision Analysis technique

  along with simulated data for threat

  vulnerability

  consequence

  and perception.

  Risk Quadruplet : Integrating Assessments of Threat

  Vulnerability

  Consequence

  and Perception for Homeland Security and Homeland Defense

  The International Conference of Management and Industrial Engineering ICMIE is organised by the Management Department of the Faculty of Entrepreneurship

  Business Engineering and Management (FAIMA) from Politehnica University of Bucharest (Romania).\nThe first edition started in 2003 and is being organised ever since

  every two years.\nThe aim of the conference is to provide an opportunity for academics

  management practitioners and researchers to debate new concepts

  approaches and innovative practices within the dynamic world of technology - driven contemporary business.\nThe theme of ICMIE 2013 is \"Management - Facing New Technology Challenges\".\n\n

  Multi-Criteria Analysis Investigation for Seismic Modifications in Nuclear Power Plants

  Adrian

  Gheorghe