Corsi Professionali dell'Ateneo Genovese aperti all'Industria sul contesto degli Impianti
Cooperazione tra Confindustria, Ordine degli Ingegneri, Aziende Impiantistiche e Universita'
L'evoluzione del settore impiantisco richiede un costante aggiornamento e una continua formazione del personale qualificato; in quest'ottica si inquadrano i Moduli Formativi offerti nell'ambito del MIPET (Master on Industrial Plant Engineering & Technologies - www.itim.unige.it/mipet) organizzato dalla Facolta' di Ingegneria di Genova in collaborazione con numerose aziende sponsor del settore impiantistico (ABB, Bombardier, Danieli Centro Combustion, Duferco Engineering, Fisia Italimpianti, Paul Wurth, Prisma Impianti, Tenova) e con Confindustria e l'ordine degli Ingegneri.
I Moduli proposti sono aperti a aziende e ingegneri e si articolano in Moduli Operativi e Tematici; ciascun Modulo Operativo si focalizza su unoa specifica tematica: Project Management, Construction, Standards & Regulations, Safety & Risks (ulteriori informazioni sono disponibili su www.itim.unige.it/mipet); ogni modulo ha una durata di circa 35 ore articolate su una settimana intensiva di lezioni, esercitazioni, casi di studio, simulazioni impiantistiche e Role Play Games; i Moduli sono tenuti da un pool di docenti universitari e esperti aziendali in Inglese e ai partecipanti viene fornito tutto il materiale didattico di supporto; le edizioni correnti sono gia' scedulate, tuttavia sulla base delle domande ricevute verranno attivate eventualmente ulteriori edizioni dei corsi, se necessario anche in lingua Italiana.
E' possibile sia per aziende che per singoli professionisti presentare domanda di partecipazione riempiendo l'apposito modulo e contattando direttamente Perform (mipet@itim.unige.it); un fee speciale e' riservato agli iscritti di aziende associate a Confidustria e ai professionisti membri dell'Ordine degli Ingegneri; inoltre da quest'anno sara' possibile per i MIPET Industrial Sponsors & Institions registrare partecipanti anche ai moduli tematici.
Module Outcome
I moduli MIPET sono dedicate a sviluppare competenze specifiche per
ingegneri di sistema e di processo, coordinatori tecnici
che operino efficacemente in team di progetto
in Global Engineering and Construction.
Questi moduli forniscono le competenze tecniche approfondite
in Impiantistica Industriale & Technologies
su specifiche aree tematiche e operative.
Chi Puo` Partecipare
I moduli MIPET sono un esempio di formazione professionale continua
dedicati sia a persone con esperienza in ingegneria che a neolaureati;
quindi i moduli MIPET sono aperti a
Giovani ingegneri con buon background tecnico
Ingegneri interessati a frequentare specifici moduli tematici formativi del Master, che già operano nelle imprese coinvolte nella costruzione e ingegneria degli impianti industriali e settori affini
I Moduli Operativi sono organizzati ciascuno sull'arco di una settimana (5 giornate, ~35 ore); tutte le Aziende,
Ingegneri e Istituzioni interessate possono registrarsi per la partecipazione.
Large Industrial Plants: an Overview on Standards, Regulations and Administration Authorization Processes along Project Life Cycle
Quality Assurance and Control in Industrial Plants
Quality Assurance & Statistical Regression
Case Study on Impact of International Regulations on Industrial Plants with Special Attention to Directive 2006/42/CE, ATEX, PED
Environmental Impact Evaluation
Introduction on Fire Safety and Explosion Risk for Industrial Plants. Risk Analysis for Fires and Explosions: methods, documents and classification
Safety Concept. Innovative Engineering Solutions for Fire and Explosions in Industrial Plants. Combination of Explosion/Fire Risks
Fire Safety and Explosion Simulation
Actions: organization, prevention, protection and mitigation solutions
EXPLOSAD (Experience on Process Plant Safety Design): Case Study based on Simulation applied to fire and explosion protection applied to an industrial plant
Quality, Safety and Environment Assurance
Quality, Safety and Environment Integrated Management in term of standards and regulations
Example on Impact of International Regulations on Industrial Plants
Lean Construction Procedures for Industrial Plants, Applications and Case Study
Babel Experience: competition between two teams each one divided between Site and Offices on a Construction Project; the experience is devoted to outline the critical issues related to coordination/cooperation between engineering and constructions as well
General Safety concepts related to Industrial Plants Life Cycle (accident pyramid, cause effect analysis, risk analysis, training and information, BBS, main indexes and matrixes, organization)
Specific safety characteristics on Process Plants
Security and General Risks on Industrial Plants
Methodologies and behavioral aspects related to safety and risks to be considered in plant design and construction
Behavioral aspects influence on accident frequency
Business Case on Process Plant Safety
Safety Design
Quantitative and Qualitative methods to support risk evaluation and management
Case Study on Safety Integrated Solutions
Introduction to SBRA Methodology
Exercise: application of SBRA (Scenario Based Risk Assessment) Methodology on a Construction Yard
Case Study Resolution on the Construction and Debriefing on SBRA (Scenario Based Risk Assessment) application; used as exam for Operative Module 4
Introduction to Industrial Plant Service impact on Safety along Plant Life Cycle: Availability and indexes, Alternative Approaches, EOH, Impact of Engineering on Service and Safety, Service Inventory, Consistency and Optimization of Inspection and Revisi
Service for Complex Industrial Plants; Safety & Plant Life Cycle; Safety & Anti-Explosions
Project Management Networks and Certification Processes
Role Play Game: Celebes (Cooperative Engineering Plant, Project Business Exercise and Simulation) Coordinated Planning
Thematic Modules
I Moduli Tematici si focalizzano su specifici aspetti dell'Impiantistica e sono aperti per la registrazione per le MIPET
Sponsor Companies & Institutions.
Condition Monitoring, Diagnostics, Non destructive tests and Plant Maintenance
Vibration Analysis, Modal Analysis, FEM for vibration analysis, TPA, durability, inertial characteristics by experimental analysis, regulations for sustainable vibration analysis, qualification on vibration of mechanical components (sine, random, combined
Simulation and Dynamic Analysis of Plants and Machines for Raw Material Handling and Manufacturing
Industrial Plant Management & Maintenance
Industrial Plant Services
Procedures, Tools and Technologies for Service in Industrial Plants
Rail Security: the constructor role and impact on rail system
Components of a board locomotive facility. How making and installing the facility on board.
The concept of industrial sustainability and its engineering implications: Technology and environment: the master equation, Components of a sustainable transition, Quantifying sustainability, Linking industrial activities to sustainability
Sustainable Engineering: Engineering and the industrial sequence, Green chemistry, Green engineering, The process design challenge, Pollution Prevention, The process Life Cycle, Green technologies
Environmental Control Techniques within Industrial Plants
Life Cycle Assessment (LCA)
European Directives and Italian Legislation
IPPC/BAT documents: an overview and some examples
Flue Gas Treatment in Iron & Steel Industry
Municipal Solid Waste Treatment: Incineration Plants, Pyrolysis and Gasification
I Moduli MIPET prevedono speciali offerte e sconti per i membri di Confindustria, gli Iscritti all'Ordine degli Ingegneri e i MIPET Sponsors.
Per ulteriori informazioni sulle quote di registrazione e sulle offerte speciali
contattare Ilaria Burlando per email: mipet@itim.unige.it.
MIPET References are based on state of
art Research and Technology on the Sector of Industrial Plants as well as
on classic books on these areas; material related to exercises and case
studies are provided during the course.
