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Industrial Risk and Safety
IPMI_55

Description
1. General notions. Specific concepts. Components of risk exposure.
2. Concepts that refer to the notion of risk. The risk acceptability curve
3. Risk and technical security
4. Risk management
5. Risk factors. Classification of risk factors
6. Human errors
7. Risk factors specific to the executor
8. Risk factors specific to the work load
9. Risk factors specific to the means of production
10. Risk factors specific to the work environment
11. The need to carry out the risk assessment at the national level. Construction, prioritization and selection of risk scenarios

ECTS credits
3

Teaching Language
English/Română

Exam Language
English/Română

Support Materials Language
English/Română

Basic Learning Outcomes
  • Use computers, operating systems, databases, data sets, programming and computer programs for numerical calculation.
    (F2_BEEb8 - EEB - Use computers, operating systems, databases, data sets, programming and computer programs for numerical calculation.)
  • Ability to apply the techniques of topography, photogrammetry, cartography, remote sensing and Geographic Information Systems (GIS) to the characterisation and analysis of the territory.  
    (F2_BEEb9 - EEB - Ability to apply the techniques of topography, photogrammetry, cartography, remote sensing and Geographic Information Systems (GIS) to the characterisation and analysis of the territory.  )
  • Ability to analyse the sources, dispersion and effects of atmospheric pollutants and to apply dispersion models for air quality management.  
    (F7_BEEb29 - EEB - Ability to analyse the sources, dispersion and effects of atmospheric pollutants and to apply dispersion models for air quality management.  )
  • Ability to analyse, design, simulate and optimise processes and systems with environmental relevance, both natural and artificial, and their resolution techniques.
    (F9_BEEb37 - EEB - Ability to analyse, design, simulate and optimise processes and systems with environmental relevance, both natural and artificial, and their resolution techniques.)
  • Ability to identify, evaluate and manage environmental and technological risks to human health and ecosystems, and to propose protection and prevention measures.  
    (F10_BEEb41 - EEB - Ability to identify, evaluate and manage environmental and technological risks to human health and ecosystems, and to propose protection and prevention measures.  )
  • Ability to apply environmental management systems (e.g. ISO 14001, EMAS) and quality management principles in environmental engineering organisations and projects.  
    (F11_BEEb47 - EEB - Ability to apply environmental management systems (e.g. ISO 14001, EMAS) and quality management principles in environmental engineering organisations and projects.  )
  • Ability to apply health, safety and security principles and regulations in the working environment.  
    (F11_BEEb48 - EEB - Ability to apply health, safety and security principles and regulations in the working environment.  )
  • Ability to take responsibility, in any professional action, for the protection of the environment and of the health and safety of workers and users, employing contrasted methods and accredited technologies.  
    (F13_BEEb55 - EEB - Ability to take responsibility, in any professional action, for the protection of the environment and of the health and safety of workers and users, employing contrasted methods and accredited technologies.  )
  • Ability to apply team working skills and organise tasks in multidisciplinary, international and multilingual professional environments.  
    (F14_BEEb59 - EEB - Ability to apply team working skills and organise tasks in multidisciplinary, international and multilingual professional environments.  )

Course categorized

Managing Entity (faculty)