Training structure
Polytech Montpellier
Presentation
The Mechanics and Industrial Structures (MSI) specialization provides apprenticeship training for field engineers (bac+5) in the mechanical, boiler-making, welding and metallurgy sectors. It enables them to occupy positions such as: manufacturing, project manager, design office/methods, inspection/control...
Know-how and skills
On graduating, the MSI :
- Has acquired the scientific and technical bases in the field of mechanics applied to welded structures;
- Knowledge of boilermaking, metallurgy, welding and related techniques;
- Is able to design, manufacture and maintain industrial installations.
He is able to :
- Manage and monitor a project;
- Organize, optimize and manage production and industrial flows;
- Guarantee the safety of people and resources, respect for the environment and regulations, and product quality;
- Innovate and industrialize through the design and development of products and processes;
- Organize and supervise maintenance activities and operations.
Organization
Special features
SCHEDULE
- Length of training: 3 years.
- Start date: early October.
- 70 weeks at school + 72 weeks on the job + 5 weeks paid vacation per year.
Alternating school and company :
- 7 to 10 weeks / 7 to 10 weeks in1st year
- 5 weeks / 5 weeks then 10 weeks / 10 weeks in2nd year
- 10 weeks / 10 weeks then 15 weeks / 15 weeks in3rd year
Program
MAIN SUBJECTS TAUGHT
- Mathematics
- Physics
- Chemistry
- Electricity
- Mechanical engineering
- Materials
- Quality
- IT
- Humanities and Social Sciences
- Modern languages
PROFESSIONAL MODULES
In-company training is the responsibility of an industrial tutor, the apprentice master, and is monitored by an educational tutor, the teacher. It is organized around five professional modules:
- Business knowledge (MP1)
- Technical environment (MP2)
- Scientific and/or technological application (MP3)
- Business management (MP4)
- Final industrial project (MP5)
Select a program
Mechanics and Industrial Structures 3rd year
Training field engineers in mechanical engineering, boiler making, welding and metallurgy.
DESIGN
4 creditsNuclear Standardization
0.5 creditsStandardization
0.5 creditsDesign Office
2 creditsPressure vessel calculations
1 credits
UP2 PROJECT TECHNICAL ENVIRONMENT
16 creditsProfessional Unit 2
16 credits
SHES
7 creditsExpression
1 creditsEconomy
2 creditsEnglish
3 creditsCommunication
1 credits
UP1 COMPANY FOLLOW-UP
4 creditsProfessional Unit 1
4 credits
HARMONIZATION
3 creditsDescriptive Geometry
0.5 creditsMathematics Harmonization
1 creditsMéca Syst Indéf Harmonis°° (Indirect System Mech)
1.5 credits
ENGINEERING SCIENCES
6 creditsPhysics
2 creditsElectricity
1 creditsAutomation - Automatique
2 creditsChemistry
1 credits
MANUFACTURING
5 creditsHealth and Safety in Welded Manufacturing
0.5 creditsGeneral Manufacturing
1 creditsManufacture of other alloys
2 creditsApplied radioactivity / Nuclear waste
1.5 credits
SCIENCES FOR SPECIALIZATION
8 creditsSciences De la Matière
3 creditsMechanics Indeformable Systems
1 creditsResistance of Materials
2 creditsContinuous-Medium Mechanics
2 credits
MATHS AND INFO
7 creditsComputing 1
1 creditsMathematics
3 creditsGroupware
Comics / Modeling
1.5 creditsComputing 2
Computer calculation - Algorithms
1.5 credits
Mechanics and Industrial Structures 4th year
Training field engineers in mechanical engineering, boiler making, welding and metallurgy.
ENGINEERING SCIENCES
9 creditsElectricity
1 creditsStatistics
1 creditsInformation Systems Security
1 creditsChemistry
1 creditsPhysics
2 creditsDigital Documents: Management Tools and Legislation
1 creditsApplied Mathematics
2 credits
SCIENCES FOR SPECIALIZATION
7 creditsResistance Of Materials
1 creditsThermodynamics
1 creditsWelding Metallurgy / Corrosion Chemistry
2 creditsPlates and shells
1 creditsMechanical testing
1 creditsMetallurgy other alloys
1 credits
UP4 BUSINESS MANAGEMENT
15 creditsUP4
15 credits
ENGINEERING TECHNIQUES
7 creditsSurface treatment
1 creditsRadio Protection
1 creditsLaser manufacturing
Design Office
3 creditsSafety approach
1 creditsDevice/Pressure calculation
1 credits
SHES
8 creditsControlling
2 creditsENGLISH
3 creditsGeneral accounting
1 creditsHRM
2 credits
UP3 SCIENTIFIC APPLICATION TECHNOLOGY
10 creditsUP
10 credits
GENERAL INDUSTRIAL TRAINING
4 creditsStrategy
2 creditsQuality
1 creditsProject Management
1 creditsDDRS
Mechanics and Industrial Structures 5th year
Training field engineers in mechanical engineering, boiler making, welding and metallurgy.
Optional
STUDENT COMMITMENT
2 credits
EU LIST SHES
5 creditsEnglish
3 creditsHuman Resources Management
1 creditsLAW / LABOR LAW
1 credits
MATERIALS
6 creditsCeramics and Glass
0.5 creditsThermoplastics welding
Metallurgy
3 creditsPlastics Materials
1 creditsThermomechanical properties
1.5 credits
SCIENCES FOR SPECIALIZATION
5 creditsScientific Applications
2 creditsNon Destructive Testing
2 creditsLarge Dimensions Metrology
Electricity
1 credits
MECHANICAL SCIENCES
7 creditsFluid Mechanics
2 creditsStructural Mechanics
3 creditsHeat Transfers
2 credits
ENGINEERING TECHNIQUES
8 creditsDevice/Pressure calculation
2 creditsDesign Office
1 creditsWelded fabrication
2 creditsProduction Management
2 creditsMANUFACTURING APPLIED TECHNIQUES
1 credits
BUSINESS MANAGEMENT
4 creditsManagement
1 creditsQuality Management
2 creditsCorporate Games
1 credits
COMPANY PROJECT AND PFE
25 creditsIN-HOUSE PROJECT
20 creditsFinal year project
5 credits
Admission
Access conditions
- Under 26 when signing the apprenticeship contract.
- Bac+2 (L2, DUT, BTS, CPGE, PeiP...) in science and technology.
- Competitive examination based on application and interview.
- Apprenticeship contract signed.
- Apprentices are paid between 41% and 78% of the minimum wage.
Capacity
And then
Professional integration
TARGETED BUSINESS SECTORS
- Maintenance, production and processing of metals (sheets, tubes, profiles) for the nuclear, chemical, petrochemical, food, pharmaceutical, transport, storage, energy and environmental industries.
- Design offices.
- Control bodies.