MODELLAZIONE DI SISTEMI PRODUTTIVI E LOGISTICI

Ingegneria Gestionale MODELLAZIONE DI SISTEMI PRODUTTIVI E LOGISTICI

0622600024
DIPARTIMENTO DI INGEGNERIA INDUSTRIALE
MANAGEMENT ENGINEERING
2015/2016

YEAR OF COURSE 2
YEAR OF DIDACTIC SYSTEM 2014
PRIMO SEMESTRE
CFUHOURSACTIVITY
660LESSONS
Objectives
THE COURSE AIMS TO PROVIDE TOOLS TO SUPPORT MODELING AND OPTIMIZATION OF TECHNICAL AND ECONOMIC PERFORMANCE OF PRODUCTION AND LOGISTICS SYSTEMS. IT WILL PRESENT A REVIEW OF QUANTITATIVE METHODS TO SUPPORT DESIGN AND IMPROVEMENT OF PRODUCTION AND LOGISTICS SYSTEMS. ALSO DEVELOPED SEVERAL REAL CASES ON WHICH THEY WILL BE USED MORE FOR THE PURPOSE OF MODELING TECHNIQUES TO GET TO THE RESOLUTION OF THE PROBLEM UNDER CONSIDERATION. THE APPLICATIONS WILL BE CONSIDERED MORE LOGISTICAL NETWORKS, MANUFACTURING LOGISTICS SYSTEMS CHARACTERIZED BY FLEXIBILITY IN THE USE OF RESOURCES AND VARIABILITY IN THE MIX OF ORDERS AND PROCESS REQUIREMENTS.
Prerequisites
OPERATIONS MANAGEMENT AND LOGISTICS KNOWLEDGE BASE IS REQUIRED FOR THE PROFITABLE ACHIEVE OF COURSE OBJECTIVES.
Contents
INTRODUCTION TO MODELLING TECHNIQUES OF PRODUCTION AND LOGISTICS SYSTEMS. DESCRIPTIVE MODELS, MODELS OF PERFORMANCE ANALYSIS, PERFORMANCE OPTIMIZATION MODELS; GENERAL SCHEME OF MODELING OF PRODUCTION SYSTEMS AND LOGISTICS. THE SIMULATION. FROM MODELING TO SIMULATION OF PRODUCTION PROCESSES AND LOGISTICS. MONTE CARLO SIMULATION AND DISCRETE EVENT SIMULATION. SIMULATION PARADIGM. CONSTRUCTION OF SIMULATION MODEL. PLAN DESIGN OF EXPERIMENTS. ANALYSIS OF INFLUENTIAL FACTORS ON PERFORMANCE. INTRODUCTION TO MODELING AND SIMULATION ENVIRONMENTS AND APPLICATIONS TO THE MAJOR TYPES OF LAYOUT AND INDUSTRIAL LOGISTICS. DEVELOPMENT OF MODELS FOR SIZING OF SYSTEMS JOB SHOP/SHOP//FLOW CELLS FIXED AND/OR FOR THE OPTIMIZATION OF INTERNAL TRANSPORT. IMPLEMENTING LOGIC FOR EVALUATING THE COST OF PRODUCTS IN SIMULATION ENVIRONMENTS. WORKFLOW MODELING, FINANCIAL AND INFORMATIONAL MATERIALS WITHIN THE SUPPLY CHAIN. APPLICATION OF SIMULATION MODELS FOR THE REPRESENTATION OF LOGISTIC FLOWS BETWEEN NODES OF A NETWORK OR BETWEEN NODES OF DIFFERENT REALITIES (LOGISTICS).
Teaching Methods
THE COURSE IS COMPOSED OF THEORETICAL AND GUIDED APPLICATIONS LESSONS.
Verification of learning
THE EVALUATION OF COURSE GOAL WILL BE TESTED WITH A WRITTEN TEST AND AN ORAL EXAM. THE STUDENT TO TAKE THE EXAM HAVE TO DEMONSTRATE THE COMPRENSION OF THE MAIN CONCEPT. THE GRADE IS EXPRESSED IN THIRTIETHS PLUS POSSIBLY "LODE" AND DEPENDING ON THE CAPABILITY OF EXPOSITION OF THE STUDENT.
Texts
MARCO MACCHI, SERGIO TERZI, MODELLAZIONE DEI SISTEMI PRODUTTIVI. VOL. 2: ANALISI. SIMULAZIONE. MIGLIORAMENTO DELLE PRESTAZIONI, EDITORE: PITAGORA EDITRICE, ANNO EDIZIONE: 2009, ISBN: 88-371-1776-0
TAYFUR ALTIOK, BENJAMIN MELAMED, SIMULATION MODELING AND ANALYSIS WITH ARENA, ELSEVIER
ANDREI BORSHCHEV, THE BIG BOOK OF SIMULATION MODELING. MULTIMETHOD MODELING WITH ANYLOGIC 6
More Information
THE COURSE IS SUPPLYED IN PRESENCE OF THE TEACHER.
THE COURSE IS IN ITALIAN LANGUAGE
THE TIMESHEET AND THE LOCATION IS REPORTED IN THE "ORARI" SECTION OF THE FACULTY WEBSITE (HTTP://WWW.INGEGNERIA.UNISA.IT/)
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