Road Safety

Instructor information

Module leader: Prof. Davide Shingo Usami

Course information

ECTS: 6 credits 

Status: Elective 

Semester: 2 

Hours: 30/18 (lectures/exercises) 

Objectives

  • The aim of the course is to provide to the student operating capability to:

    • Analyse and show accident phenomena of a road transport system, identifying critical points
    • Understand principal accident causes through statistical analysis techniques and in-depth analysis
    • Identify the most effective countermeasures for different cases
    • Evaluate road safety measures through appropriate methodologies and indicators
    • Apply engineering, educational and enforcement strategies to improve road safety
    • Interpret accident data and support decision-making processes in transport safety

Syllabus outline

  • Description of road accident phenomenon: Phenomenon dimensions; indicators; characteristics in term of: transport modes, localization, users involved; comparison between Italian situation and other countries; current regulation background.
  •  Accident data collection and management: accident data collection and management process in Italy; points of weakness of accident databases; innovative techniques for data collection and management through telematic tools; innovative databases: the European Road Safety Observatory. 
  • Road accident analysis: accident process: risk exposure, probability of accident, accident consequences; risk factors; techniques for road accident analysis; Empirical Bayes Method to estimate the correct number of accidents.
  •  Road safety Measures planning: risk factors and relative measures; examples of measures: engineering measures, educational and information campaigns, enforcement, intelligent measures, passive safety measures; pros and cons of different measures; measures planning process: identification of critical elements, determination of main causes, determination of possible countermeasures, measures selection with cost-benefit analysis; evaluation of measures. 
  • Environmental impacts: description of principal impacts; European and Italian regulation; models and instruments to estimate environmental impacts.
  •  Methodologies to evaluate projects: Road Safety Impact Assessment; Environmental Impact Assessment; Strategic Environmental Assessment.

     

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