1. Knowledge and understanding: Know the preventive bases for emergencies (first fire rescue) in the workplace.
Knowing how an industrial toxic agent works and how to identify his presence in the workplace.
2. Applying knowledge and understanding to read and evaluate a safety data sheet in order to draw up a chemical risk assessment.
Know how some industrial toxicants act and how to prevent poisoning
3. Making judgements: be able to work avoiding occupational injuries and diseases
4. Communication skills: be able to communicate occupational hazards and understand related risks
5. Learning skills: be able to deepen arguments learned during the course, also looking to specific literature

Basic elements of chemistry and biochemistry

Emergencies in workplace regulations and prevention
First aid regulatory organization and prevention
Antincendio normative organization and prevention
General toxicology:
kinetics: absorption, distribution, metabolism, elimination of toxic substances
dynamics: dose and effect, adverse effect; graduated and non-graduable effects; dose-response relationship effects with threshold and without threshold; acute and chronic toxicity measures; non-effect derivative levels.
Risk assessment: hazard identification, dose-response, classification and labeling, REACH, exposure definition, biological monitoring; risk characterization
Overview of risk management.
Special toxicology: carbon monoxide; phosgene; formaldehyde; solvent toxicity, with particular reference
benzene, xylol, toluene; metals :; PAH, dioxins
Industrial carcinogens IARC and EEC Classification

G. Cornelio “La scatola nera- Appunti di tossicologia per la valutazione del rischio chimico. EUT, 2009
Alessio
e Apostoli: Manuale di Medicina del Lavoro e Igiene Industriale per Tecnici della Prevenzione, Piccin, 2009

Emergencies in workplace regulations and prevention
First aid regulatory organization and prevention
Antincendio normative organization and prevention
General toxicology:
kinetics: absorption, distribution, metabolism, elimination of toxic substances
dynamics: dose and effect, adverse effect; graduated and non-graduable effects; dose-response relationship effects with threshold and without threshold; acute and chronic toxicity measures; non-effect derivative levels.
Risk assessment: hazard identification, dose-response, classification and labeling, REACH, exposure definition, biological monitoring; risk characterization
Overview of risk management.
Special toxicology: carbon monoxide; phosgene; formaldehyde; solvent toxicity, with particular reference
benzene, xylol, toluene; metals :; PAH, dioxins
Industrial carcinogens IARC and EEC Classification

frontal lesson

Slides and other material are available on the teams channel of the lessons

written exam with multiple choice questions and open questions and / or oral discussion of the contents of the course to verify the achievement of the course objectives - Excellent (29, 30, 30 cum laude): excellent knowledge of the topics, excellent language skills, excellent analytical skills. Brilliant capability to recognize occupational diseases. - Very good (26 - 28): good knowledge of the subjects, remarkable language proficiency, good analytical skills; more than good capability to recognize occupational diseases. - Good (22-25): moderate knowledge of the main topics, good command of the language; moderate capability to recognize occupational diseases. - Sufficient (18-21 minimal knowledge of the main teaching topics and technical language, limited ability to recognize occupational diseases. - Insufficient: lack of acceptable knowledge of the contents of the different topics of the program.

This course explores topics closely related to one or more of the goals of the United Nations 2030 Agenda for Sustainable Development