The International Master in Industrial Plant Engineering & Technologies
Highlights
MIPET is a Master Program offering excellence in Industrial Plant Engineering and Technologies.
MIPET is an excellence organized by Genoa University and sponsored by Multinational Industries. The Master guarantees
top technical skills
and
excellence capabilities.
Consider to visit the Italian Web Site if you like.
Multinational Companies
sponsored for 10 year MIPET,
investing time and money and looking for young talents. They select best engineers among
MIPET candidates contributing to their lectures and exercises, offering Internships and great Job opportunities
to MIPET graduates. For further information click here
or just complete the MIPET Pre-Registraton Form.
The XV Edition of MIPET starts end of April 2024
with Technical English Courses allowing to join people graduating in Spring.
After just 4 months of Labs, Lectures, Exercises, RPGs,Computer Simulation and Tours, you will start to work
into a Leading Company for your Internship and Project Work, usually already paid by the Hosting Industry.
The Master ends in December allowing you to
select the final job position proposal from MIPET Industries and Companies.
MIPET is International: the Class is composed
by talented students from worldwide, while Seminars and Workshops are proposed by Industrial Experts and Academic Teachers
from the 5 Continents to present different engineering projects, working conditions and markets.
All classes are in English and Language Courses are provided in Technical English, Italian (for Foreigners), Spanish (for
improving your capabilities for Latin America Markets) and Chinese (just introductory to better get immersed in that cultural background).
After MIPET experience you will be ready
to work all around the Globe.
MIPET Industrial Sponsors are offering to best student
Great Job opportunities in Genoa and in Italy.
Indeed Multinational Companies in MIPET are also looking for young Italian Engineers, in addition to valuable foreigners
considering their high capabilities and skills and the desire to develop also a new generation of talented resources
to work on the territory.
Mission
MIPET (Master in Industrial Plant Engineering and Technologies) is a One-year Degree Program organized in
Genoa University and focusing on preparing new generations of top quality technical experts for Process Engineering,
Industrial Plant Main Contractors, Power & Energy Industry, Iron & Steel Sector, Plant Equipment Suppliers
as well as Construction Companies.
MIPET main aim it is to satisfy the expectation from Leading Industries in terms of
high technical skills
and
excellence capabilities
in Industrial Plants and Engineering.
The Master Program is directed by Polytechnic School - Faculty of Engineering in strong cooperation with
leading industries and major companies operating in these industrial sectors; this approach guarantees the relevance
and effectiveness of the initiative in the international scenario.
In fact, this project is part of a large initiative devoted to develop excellence in
Industrial Plant Engineering through the synergy between the expertise of Genoa University Engineering Faculty
and Top Level Companies with long traditions that are leading this Area Nationally and Internationally in term of turnovers,
size, processes and products complexity as well as know how and technical background and skills.
XV Edition of MIPET is open, please visit the Web Site and send Your Curriculum Vitae for early registraton.
You could send it to mipet@simulationteam.com
or just complete the MIPET Pre-Registraton Form by a simple Click.
It is recommended, especially to International Students, to complete the pre-registration Form before december 2023.
The Selection is based on CV and live or virtual interview with University and Industrial Experts in Engineering and Human Resource Managers.
Further Information are avaliable on MIPET Website
and in
in the MIPET Fact Sheet.
1 Year 1 Day Workshop
allows Top Quality Companies to present their interests and needs to Young Engineers and Computer Scientists.
During the day the Engineers have the possibility to conduct
Campus Interviews with the
Companies.
Therefore, also Engineering Students are invited to discuss future Opportunities and current Expectations with Companies for Future Placement. Young Scientists and Computer Science people are welcome, considering the strong interest of the Companies and Institutions on these profiles. People interested in
Campus Interviews are invited to send, as soon as possible,
Curriculum to 1year1day@simulationteam.com
MIPET is devoted to create System and Process Engineers, Technical Coordinators operating effectively in Project Teams
in Global Engineering and Construction. This Master provides deep technical skills in Industrial Plants as well as the capability
to get the whole overview on the project and its technical aspects along the whole project phases:
Offering, Engineering, Purchasing, Construction and Erection and Commissioning.
At the completion of the Master Program students develop transversal capabilities in all the critical areas
(e.g mechanics, high power, electronics , automation, computation, management, security and safety, materials, processes and components)
combined with their specialization expertise in specific Plant Sectors
(e.g. Power Equipment, Iron & Steel)
as well as with the Company Internship Experiences.
The MIPET graduates have capability to address complex Industrial Systems and System of Systems Engineeering in multiple application fields.
In addition MIPET promotes advanced team working capabilities in International framework: the Class is composed normally by people
from multiple continents and there are programs for Team Building, People Management, Cultural development thanks to the multiple
Experiences, Simulation, Exercises and Seminars from Experts coming from Europe, Americas, Asia, Africa and Austalia; indeed the MIPET
students technical courses are all in English, therefore there are several language courses to improve English and to learn other ones such
as Italian, Spanish, Chinese.
Who
Who Should Attend
The Master in Industrial Plants is a Post Graduate University Program, devoted
to people with Engineering degrees, addressing:
Young Engineers with strong technical background
Engineers interested in attending specific thematic educational modules of the Master Program
that are already working in Companies involved in Construction and Engineering of Industrial Plant and related sectors
Who is Involved
MIPET is a Synergic Effort that combines Academia, Institutions and Industries;
in fact MIPET is involving several Organizations in the Council
as well as Top Level Scientists and Technicians in the Scientific Board
and
MIPET Faculty.
The Partners Commitment guarantees the MIPET role in the present and future of Industrial Plant Engineering and Technologies:
the achievement of this Challenging Goal is based on the strong liaison among
Sponsors
for keeping R&D and Educational efforts effectively focused on real industrial
and market needs with the benefits of the ultimate technologies (i.e. modeling & simulation).
MIPET as International Joint Initiative Academia & Industry
MIPET is an International Master where Academia and Industry are working in synergy; therefore
2010 Edition was fully sponsored by Companies that covered 100% of the tuition fees, while 2011/2012 MIPET
guarantee a coverage of 80% of the Master Fees for the students enrolled in the initiative after the selection process.
In addition,
the Industrial Sponsors provide the opportunity at the best classified student in
the MIPET Ranking List, at the end of the Program, to get full refund of the tuition fees as happen in the past.
The Selection Process is designed for identify young bright engineers with high potential and it is based on
Curriculum Vitae and Interview (by Skype or Live) with a Committee involving University Professors, Placement Experts,
Company Human Resource Managers and Top Engineers from Sponsoring Companies.
This approach guarantees the capability to select best students coming from all over the world with efficient and procedures.
The MIPET language is English and the program includes support to reinforce its knowledge even in technical areas; in addition
during MIPET several courses will be organized in order to enlarge attendee's language capabilities, for instance
in additional languages that are critical in Areas interesting for Industrial Plants sectors (i.e. Portuguese, Spanish or Chinese).
Teachers are encouraged to submit their contact data by the following
MIPET On-line Faculty Module
Operative Modules,
integrated within the Master Program, but available even for being attended autonomously;
each module include Experiences and Exercises to developed by individuals and/or in teams within a competitive/cooperative
framework interacting dynamically with Experts
Thematic Modules on Specific Plant Sectors (i.e. Power or Steel)
Fundamental Concepts related to Industrial Plants Projects. EPC and Industrial Plant Projects.
Industrial Plants & System of Systems Engineering. Industrial Plant Multidisciplinary Approach.
Industrial Plants and Technologies. Role Play Game in New Port Plant Development
Fundamentals of Financial Analysis for Industrial Plants. Project Financing in Industrial Plants.
Overall Plant Project Evaluation, Economic and Financial Analysis
Processes Engineering and Components in Industrial Plants.
Designing Activities. Design and Sizing General Criteria and Component Selection in Industrial Plants.
Physical Models, Statistical Models. Examples on Complex Processes
.
Design and Engineering for Industrial Plant System. Voltage Power Systems in Industrial Plants, Power &
Energy Market, Distribution & Power Grid, Electric. P&ID BOQ, Data Sheet, Motor List, Sensor List.
Steam, Auxiliary System Engineering & Technologies: Pumping Stations, Control Systems.
Electric Design in Industrial plant Case Study
Material Technology, Mechanical Design and Industrial Plants. Strain & Stress Fundamentals. Mechanical and
Thermal Fatigue. Welding. Innovative Materials. Non Destructive Testing. Refractory Case Study
Automation in Industrial Plants. Automation System Architectures, Evolution in
Automation Systems for Industrial Plants. Process Modeling & Control Methodologies & Techniques.
Multiple Control Structures. Industrial Plant Case Study: Automation System Rewamping
Software Systems for Supporting Industrial Plant
Design & Evaluation. Overview of the Software Solutions and Simulation Tools commonly used during Plant Design Phases. Structural Analysis on Critical Sections of large
Industrial Plants. Experience in Simulating Steel Mill and Completing Sensitivity Analysis for supporting Engineering
Project Management Module presents critical aspects related to Industrial Plant PM and provides basic concepts and methodologies in Project Management. The course provides knowledge for facing issues in Project Organization, Project Risk Management, Project Cost and Time Management, Project Planning & Control, Project Quality, Project HR and Communications
Celebes Role Play Game on Cooperative Project Planning among Engineering, Purchaising, Construction and Commissioning Teams using a Computer Simulation.
Construction Module presents critical aspects related to Constructions in Industrial Plant and provides basic concepts and case studies as methodologies. The course provides knowledge for facing issues in Site Management, Erection Planning, Cost and Time Control, Safety and Risks during erection and commissioning
Babel Role Play Game on Engineering vs. Site on a Tower Construction Project.
Industrial Plant Innovation Module presents innovative methodologies, techniques, models presented by experts at international level able to guarantee a competitive advantage in Industrial Plant. The course addresses both technical and management issues in relation to different types of challenging problems in Sustainability, Oil and Gas, Smart Energy Management
Safety and Risk Module is devoted to present methodologies, techniques and technologies related to safety and risk evaluation during design, construction and operation of an Industrial Plant
APEX Role Play Game: EXPLOSAD
IDRASS: Interoperable Simulation and Serious Games on Hazardous Material Spill from Industrial Plants.
Industrial Plant Innovation Module presents innovative methodologies, techniques, models presented by experts at international level able to guarantee a competitive advantage in Industrial Plant. The course addresses both technical and management issues in relation to different types of challenging problems in Sustainability, Oil and Gas, Smart Energy Management
The focus of this module is on Power Plants. Electrical Plants. Alternators. Boiler & Heat Echanger.
Gas Turbine & Steam Turbines. Fossil Plants & Conventional Plants. Combined Cycle Plants
.
Electrical Energy Distribution and Consumption
. Energy Efficiency Techniques.
Renewable Power Plants: Wind Solutions, Solar Plants, Hydroelectrical, etc.
Power Plant Simulation & FAT.
Interactive Visit to Power Plants.
Fuel Storage Facilities.
Iron & Steel Plants. Iron & Steel Industry Processes. Iron & Steel Market. From Raw Material to Blast Furnace.
Fundamentals of Metallurgical Processes. Metal Making. Industrial Furnaces. Blast Furnaces.
Iron & Steel Plants: Sinter, Pellet, Steelworks. Steel Rolling Processes & Heat Treatment. Strip Processing.
Cold Milling Rolling. Roll Shops. Material Handling. Coke Plants.
Flue Gas Treatment in Iron & Steel Industry. Tour to an Steel Mill.
Processes & Machines in Industrial Plants. Fluid Dynamics & Heat Exchanges in Industrial Plants.
Condition Monitoring, Diagnostics, Non destructive Controls and Plant Maintenance.
Vibration Analysis, Modal Analysis, FEM for Vibration Analysis, TPA, Durability. Mission
synthesis, Acoustic Intensity and Holography.
Simulation and Dynamic Analysis of Plants and Machines.
Plant Management & Maintenance. Plant Service. Safety & Security.
Examples: Company Organization within a Power Plant Producer and in a Steel Mill.
Desalination and Water Treatments. Waste Water Treatment. Municipal Solid Waste Treatment: Incineration Plants, Pyrolysis and Gasification.
Case Study: MSW Gasification Plant. Desalination Plants, Heat Exchange & Plant Processes, Material Transfer and Pumping Operations, Alternative
Technologies.
Environment and Sustainability for Industrial Plant Engineering.
Environmental Control Techniques . LCA
Sustainable Engineering. Green Technologies. Design for Environment and Sustainability.
Modelling Industrial Ecology. Urban Solid Waste Treatments. Case Study: Gasification Plant
MOSES: Computer Simulation on Comprehensive Scenario involving negotiation between Authorities and Investors respect a new Large Plant Project.
The Overview about the Interaction between Safety and Security for Critical Infrastructures
and industrial plant is proposed considering Cyber Security and Multi Domain Issues by
NATO Experts
The MIPET Students spend an Intership within major Companies and Industries to finalize their Master Thesis by working on
Real Industrial Plant Projects for 400 hours on the field