Ingegneria Gestionale | Statistics and Safety of Production Systems

cod. 0612600017

STATISTICS AND SAFETY OF PRODUCTION SYSTEMS

	0612600017
	DIPARTIMENTO DI INGEGNERIA INDUSTRIALE
	EQF6
	INDUSTRIAL ENGINEERING AND MANAGEMENT
	2020/2021

PERCORSO IN COMMON

	OBBLIGATORIO
	YEAR OF COURSE 3
	YEAR OF DIDACTIC SYSTEM 2018
	PRIMO SEMESTRE

TEACHING UNITS

	SSD	CFU	HOURS	ACTIVITY	TYPE OF ACTIVITY
1	STATISTICA E SICUREZZA DEI SISTEMI PRODUTTIVI MODULO DI (STATISTICA E SICUREZZA DEI SISTEMI PRODUTTIVI)
	ING-IND/17	6	60	LESSONS	COMPULSORY SUBJECTS, CHARACTERISTIC OF THE CLASS
2	STATISTICA E SICUREZZA DEI SISTEMI PRODUTTIVI MODULO DI (STATISTICA E SICUREZZA DEI SISTEMI PRODUTTIVI)
	SECS-S/02	6	60	LESSONS	BASIC COMPULSORY SUBJECTS

PROFESSORS

	MAURIZIO GUIDA2 T Curriculum
	CARMINE NOVELLINO1 Curriculum

	Objectives
	THE AIM OF THE COURSE IS TWOFOLD: INTRODUCING THE BASIC NOTIONS OF THE PROBABILITY THEORY, IN ORDER TO MODEL AND ANALYSE RANDOM PHENOMENA TYPICALLY OBSERVED IN THE REAL WORLD AND, IN PARTICULAR, IN THE ENVIRONMENT AND INDUSTRY, AND PROVIDING THE MAIN TECHNIQUES FOR STATISTICAL INFERENCE AND DECISION MAKING. KNOWLEDGE AND UNDERSTANDING: BASIC NOTIONS OF PROBABILITY AND COMBINATORIAL CALCULUS. RANDOM VARIABLES. DESCRIPTIVE AND INFERENTIAL STATISTICS. LINEAR REGRESSION ANALYSIS. DESIGN OF EXPERIMENTS (DOE) AND ANALYSIS OF VARIANCE (ANOVA). APPLIED KNOWLEDGE AND UNDERSTANDING: ABILITY TO MODEL AND ANALYSE RANDOM EVENTS. ABILITY TO ESTIMATE UNKNOWN QUANTITIES ON STATISTICAL BASIS AND TO MAKE STATISTICAL DECISION. ABILITY TO IMPLEMENT SIMPLE PROBLEMS OF LINEAR REGRESSION ANALYSIS, AND ANALYSIS OF VARIANCE. PERSONAL JUDGMENTS: ABILITY TO SELECT THE MOST APPROPRIATE METHOD TO ANALYSE A RANDOM PHENOMENON AND THE MOST SUITABLE STATISTICAL METHOD FOR ESTIMATING MODEL PARAMETERS AND MAKING STATISTICAL DECISIONS. COMMUNICATION SKILLS: BEING ABLE TO VERBALLY EXPLAIN OR WRITE A TOPIC OF THE COURSE, BY USING SUITABLE MATHEMATICAL STATEMENTS. LEARNING SKILLS: BEING ABLE TO APPLY THE ACQUIRED KNOWLEDGE TO DIFFERENT CONTEXTS FROM THOSE PRESENTED DURING THE COURSE, AND TO DEEPEN THE TOPICS USING MATERIALS OTHER THAN THOSE PROPOSED FOR THE COURSE. SAFETY MODULE (60 HOURS) PART I - GENERAL AND REGULATORY ASPECTS ITALIAN REGULATION (8 HOURS) D.LGS. N. 81/08 OF IMPLEMENTATION OF EUROPEAN DIRECTIVE CEE 89/391 AND S.M.I. THE MACHINERY DIRECTIVE DPR 459/96. HARMONIZED RULES. SAFETY ENGINEERING. DEFINITION OF RISK. RECALL OF RELIABILITY THEORY. OPERATIONAL SAFETY PROCEDURES. ANALYSIS OF RISK IN INDUSTRIAL PLANTS. GUIDELINES FOR RISK ASSESSMENT. THE NEW APPROACH TO SAFETY- D.LGS. 81/08 THE NEW PREVENTIONAL MODELS. INTERESTED PARTIES: EMPLOYER, MANAGERS, OFFICIALS AND WORKERS. DECISION-MAKING POWER AND RESPONSIBILITY. THE SAFETY DOCUMENT. THE RISK ASSESSMENT. THE PREVENTION AND PROTECTION SERVICE. THE COMPETENT DOCTOR. REPRESENTATION AND CONSULTATION OF WORKERS. STANDARDIZED PROCEDURES. PART II - SAFETY AND SPECIFIC RISKS CHEMICAL RISK (6 HOURS) INDUSTRIAL TOXICS. CHEMICAL POLLUTANTS. THE REGULATION ON TOXIC AND HARMFUL SUBSTANCES. PREVENTION AND PROTECTION FROM CHEMICAL RISKS. FIRE RISK (6 HOURS) FIRE KINETICS. FUELS AND FUELS. THE IGNITION SOURCES. THE TEMPERATURE CURVE OF THE FIRE. FIRE RISK ASSESSMENT. FIRE PREVENTION. THE LOAD OF FIRE. RESISTANCE AND REACTION TO FIRE. FIRE DETECTION SYSTEMS. FIRE EXTINGUISHERS AND FIRE-FIGHTING SYSTEMS. THE FIRE-FIGHTING LEGISLATION D.M 16/02/07, D.M 09/03/2007 AND D.M 09/05/07. THE FIRE PREVENTION CERTIFICATE (CPI), DM 4-5-98. MECHANICAL RISK (8 HOURS) LEGISLATIVE PROVISIONS. THE MACHINERY DIRECTIVE DPR 2006/42 / CE. THE PRINCIPLE OF INTEGRATION OF SAFETY. HARMONIZED RULES. NOISE RISK (4 HOURS) LEGISLATIVE PROVISIONS. EVALUATION PARAMETERS. ASSESSMENT OF THE NOISE RISK. NOISE MEASUREMENT METHOD. USE OF INDIVIDUAL PROTECTION DEVICES (PPE) EXPLOSION RISK AND ATEX DIRECTIVE (4 HOURS) LEGISLATIVE PROVISIONS. CLASSIFICATION OF AREAS WITH EXPLOSION HAZARD. EXAMPLES OF CLASSIFICATION AND EVALUATION PROCESSES. MICROCLIMATIC EVALUATION (4 HOURS) RISK ASSESSMENT DUE TO LIGHTING (2 HOURS) MANUAL HANDLING OF LOADS AND CALCULATION ALGORITHMS (4 HOURS) VDT RISK AND VIBRATION RISK (4 HOURS) ASBESTOS RISK (4 HOURS) LEGISLATIVE PROVISIONS. RECLAMATION METHODS. RELEVANT ACCIDENT RISK (4 HOURS) DPR 175/88 AND SUBSEQUENT CHANGES. RISK INDICES AND SAFETY ANALYSIS. ACCIDENT PREVENTION (4 HOURS) SAFETY SIGNAGE. PERSONAL PROTECTION DEVICES AND FIRST AID TECHNIQUES. EXERCISES (6 HOURS) PREPARATION AND ANALYSIS OF RISK ASSESSMENT DOCUMENTS APPLIED ON REAL CASES

THE AIM OF THE COURSE IS TWOFOLD: INTRODUCING THE BASIC NOTIONS OF THE PROBABILITY THEORY, IN ORDER TO MODEL AND ANALYSE RANDOM PHENOMENA TYPICALLY OBSERVED IN THE REAL WORLD AND, IN PARTICULAR, IN THE ENVIRONMENT AND INDUSTRY, AND PROVIDING THE MAIN TECHNIQUES FOR STATISTICAL INFERENCE AND DECISION MAKING.

KNOWLEDGE AND UNDERSTANDING: BASIC NOTIONS OF PROBABILITY AND COMBINATORIAL CALCULUS. RANDOM VARIABLES. DESCRIPTIVE AND INFERENTIAL STATISTICS. LINEAR REGRESSION ANALYSIS. DESIGN OF EXPERIMENTS (DOE) AND ANALYSIS OF VARIANCE (ANOVA).

APPLIED KNOWLEDGE AND UNDERSTANDING: ABILITY TO MODEL AND ANALYSE RANDOM EVENTS. ABILITY TO ESTIMATE UNKNOWN QUANTITIES ON STATISTICAL BASIS AND TO MAKE STATISTICAL DECISION. ABILITY TO IMPLEMENT SIMPLE PROBLEMS OF LINEAR REGRESSION ANALYSIS, AND ANALYSIS OF VARIANCE.

PERSONAL JUDGMENTS: ABILITY TO SELECT THE MOST APPROPRIATE METHOD TO ANALYSE A RANDOM PHENOMENON AND THE MOST SUITABLE STATISTICAL METHOD FOR ESTIMATING MODEL PARAMETERS AND MAKING STATISTICAL DECISIONS.

COMMUNICATION SKILLS: BEING ABLE TO VERBALLY EXPLAIN OR WRITE A TOPIC OF THE COURSE, BY USING SUITABLE MATHEMATICAL STATEMENTS.

LEARNING SKILLS: BEING ABLE TO APPLY THE ACQUIRED KNOWLEDGE TO DIFFERENT CONTEXTS FROM THOSE PRESENTED DURING THE COURSE, AND TO DEEPEN THE TOPICS USING MATERIALS OTHER THAN THOSE PROPOSED FOR THE COURSE.

SAFETY MODULE (60 HOURS)
PART I - GENERAL AND REGULATORY ASPECTS
ITALIAN REGULATION (8 HOURS)
D.LGS. N. 81/08 OF IMPLEMENTATION OF EUROPEAN DIRECTIVE CEE 89/391 AND S.M.I. THE MACHINERY DIRECTIVE DPR 459/96. HARMONIZED RULES. SAFETY ENGINEERING. DEFINITION OF RISK. RECALL OF RELIABILITY THEORY. OPERATIONAL SAFETY PROCEDURES. ANALYSIS OF RISK IN INDUSTRIAL PLANTS. GUIDELINES FOR RISK ASSESSMENT.
THE NEW APPROACH TO SAFETY- D.LGS. 81/08 THE NEW PREVENTIONAL MODELS. INTERESTED PARTIES: EMPLOYER, MANAGERS, OFFICIALS AND WORKERS. DECISION-MAKING POWER AND RESPONSIBILITY. THE SAFETY DOCUMENT. THE RISK ASSESSMENT. THE PREVENTION AND PROTECTION SERVICE. THE COMPETENT DOCTOR. REPRESENTATION AND CONSULTATION OF WORKERS. STANDARDIZED PROCEDURES.
PART II - SAFETY AND SPECIFIC RISKS
CHEMICAL RISK (6 HOURS)
INDUSTRIAL TOXICS. CHEMICAL POLLUTANTS. THE REGULATION ON TOXIC AND HARMFUL SUBSTANCES. PREVENTION AND PROTECTION FROM CHEMICAL RISKS.
FIRE RISK (6 HOURS)
FIRE KINETICS. FUELS AND FUELS. THE IGNITION SOURCES. THE TEMPERATURE CURVE OF THE FIRE. FIRE RISK ASSESSMENT. FIRE PREVENTION. THE LOAD OF FIRE. RESISTANCE AND REACTION TO FIRE. FIRE DETECTION SYSTEMS. FIRE EXTINGUISHERS AND FIRE-FIGHTING SYSTEMS. THE FIRE-FIGHTING LEGISLATION D.M 16/02/07, D.M 09/03/2007 AND D.M 09/05/07. THE FIRE PREVENTION CERTIFICATE (CPI), DM 4-5-98.
MECHANICAL RISK (8 HOURS)
LEGISLATIVE PROVISIONS. THE MACHINERY DIRECTIVE DPR 2006/42 / CE. THE PRINCIPLE OF INTEGRATION OF SAFETY. HARMONIZED RULES.
NOISE RISK (4 HOURS)
LEGISLATIVE PROVISIONS. EVALUATION PARAMETERS. ASSESSMENT OF THE NOISE RISK. NOISE MEASUREMENT METHOD. USE OF INDIVIDUAL PROTECTION DEVICES (PPE)
EXPLOSION RISK AND ATEX DIRECTIVE (4 HOURS)
LEGISLATIVE PROVISIONS. CLASSIFICATION OF AREAS WITH EXPLOSION HAZARD. EXAMPLES OF CLASSIFICATION AND EVALUATION PROCESSES.
MICROCLIMATIC EVALUATION (4 HOURS)
RISK ASSESSMENT DUE TO LIGHTING (2 HOURS)
MANUAL HANDLING OF LOADS AND CALCULATION ALGORITHMS (4 HOURS)
VDT RISK AND VIBRATION RISK (4 HOURS)
ASBESTOS RISK (4 HOURS)
LEGISLATIVE PROVISIONS. RECLAMATION METHODS.
RELEVANT ACCIDENT RISK (4 HOURS)
DPR 175/88 AND SUBSEQUENT CHANGES. RISK INDICES AND SAFETY ANALYSIS.
ACCIDENT PREVENTION (4 HOURS)
SAFETY SIGNAGE. PERSONAL PROTECTION DEVICES AND FIRST AID TECHNIQUES.
EXERCISES (6 HOURS)
PREPARATION AND ANALYSIS OF RISK ASSESSMENT DOCUMENTS APPLIED ON REAL CASES

	Texts
	LECTURE NOTES ON PROBABILITY AND COMBINATORIAL CALCULUS (IN ITALIAN). S. M. ROSS, PROBABILITÀ E STATISTICA PER L’INGEGNERIA E LE SCIENZE, APOGEO. COMPLEMENTARY BOOKS G.E.P. BOX, W.G. HUNTER, J.S. HUNTER, STATISTICS FOR EXPERIMENTERS (AN INTRODUCTION TO DESIGN, DATA ANALYSIS AND MODEL BUILDING), WILEY. N. DRAPER, H. SMITH, APPLIED REGRESSION ANALYSIS (SECOND EDITION), WILEY