Packaging speciality – Ex ESIEC Thermics et Energetics - TE · Jobs after Packaging speciality...
Transcript of Packaging speciality – Ex ESIEC Thermics et Energetics - TE · Jobs after Packaging speciality...
ESIReims – Ex ESIEC
Packaging speciality – Ex ESIEC
Thermics et Energetics - TE
Ecole Supérieure d’Ingénieurs de Reims – ESIReimsEngineering School – Graduate School
Academic curriculumAdmissions are selective –on records and interviews after a minimum
of two years of studies at university with a level in major scientific
subjects for packaging speciality and in physics for
thermics/energetics speciality.Afterwards, the curriculum lasts 3 years , which leads altogether to a five-
year Master Degree in packaging Engineering .
Packaging speciality
•Consultancy for the companies
•Industrial graduation projects
•Research
•Continuing education
•International relation
MathematicsPhysicsChemistryMicrobiologyToxicologyElectronicsPackaging materials and processMaterial resistanceComputer scienceEnglish and second foreign languageCommunication skillsDesign and developmentCAD-CAMInternship
FIRST YEAR
SECOND YEAR
CorrosionPackaging machineryInteraction –migrationMechanical engineeringInks, varnishes, adhesivesPrinting technologyCost analysisPackaging functions and analysisStatistics and industrial controlsIndustrial technologyAutomationRoboticsEnglish and second foreign languageDesign and developmentInternship
THIRD YEAR
Sustainable developmentQualityNegotiation skillsValue analysisProductionFinancial managementPurchasingPrototypingLegislationLogisticsDesignEnglish and second foreign languageMarketingIndustrial Graduation Project
Packaging Engineer
Designer
Marketing
Supplier
purchaser
Production
LogisticQuality
Jobs after Packaging speciality graduation
64 % packaging users : perfume, food, car industries, retailors…
36 % packaging manufacturers : R&D, conception/creation.
Some of the factories that trusted with usOthers
22%Cosmetics
20%
food30%
Pharmaeutics7%
Materials16%
retailors5%
L’OREAL GIVENCHY DANONE UNILEVER NESTLE SANOFI CARREFOUR LVMH
LACTALIS PSA 3 M KNAUF BOLLORE HENKEL KRAFT FOODS PROCTER …
Thermics and energetics speciality
Answer to present needs in
engineer in energetics
skills and thermics skills
Food processing- agrobusinessManufacture,
dehydratation, Drying,
Industrialprocesses
R&D
MetallurgyThermic cycle,
hightemperature
Ceramics, plastics
Injection, thermoforming
Ovens, burners
Car industryThermicmotor,
passengercompartment
aeronauticsPropulsion,
flows
Thermics engineer
Quality control, evaluationStandards,
labels,
Grenelle Law (august 3rd
1999)
IndustriesGlobal
warmingeffect, carbon
footprint
Renewableenergies,
sustainabledvpt
BuildingsThermicsbalance, lightings, scaling
Energyproduction and supply
Energytransport
Heat net insidetown
Energetics engineer
MathematicsPhysicsChemistryMaterial resistanceThermic transfersFluid mechanicsHydraulic netsHeat transfersBuilding thermicsApplied thermodynamicsComputer scienceEnglish and second foreign languageCommunication skillsInternship
FIRST YEAR
SECOND YEAR
Mechanical engineeringHeat transfers3D simulationOvens, heaters, motorsCar thermicsIndustrial thermicsRenewable energyMeteorologyClimatic engineeringCost analysisStatistics and industrial controlsIndustrial technologyEnglish and second foreign languageInternship
THIRD YEAR
And….
Sustainable developmentQualityNegotiation skillsValue analysisProductionFinancial managementPurchasingLegislationAcoustic and thermic systemsIR thermographyNumerical simulationEnglish and second foreign languageMarketingIndustrial Graduation Project
THIRD YEAR
Specializations
Energetics :-Carbon footprint-Building energetic consumption -Dynamic heat loss-Lightings-Renewable ernergies
Thermics : - Advanced Heat transfers -Dual systems-Complex flows
Staffs-29 permanent teachers
-15 exteriors (industrials)
-14 engineers, technicians, administration
Students
-50 students (packaging)
- 25 students (thermics and energetics)
The school
INTERNSHIPS
April May June July August September October November1st year placement : 3 years’ studies in Higher Education
2nd year placement :4 years ’studies in Higher Education
Graduation project : 5 years’ studies in Higher Education
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2
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INTERNATIONAL POLITIC
scolar partnerships• Europe : Berlin, Stuttgart, Barcelona, Trondheim, Italia, Roumania, Hungaria Bulgaria…• USA (MSU, San Jose)
20% training sessions abroad
Adult education• Indonesia, Belgium, Russia, Morroco, China, Chile, West Africa
RESEARCH
GROUPE de RECHERCHE en SCIENCES POUR L’INGENIEUR
( EA 4694 ) U.F.R. Sciences Exactes et
Naturelles, REIMS
-Thermodynamics
-Multiscale thermophysics characterization
-Packaging materials, processes and systems
-Applied and numerical mechanics
-Civil engineering
Staffs- 60 permanent teacher-researchers
- 9 engineers, technicians, administration
- 30 PhD students
Research at school …
Mechanical behavior :
All along the logistic global chain :- static stress- vibration stress- impact- drop
Simulation of mechanical behavior of packagings
Polymer materials
- polymer blends, multilayer, composits
- from renewable / petroleum ressources
- active, intelligent materials
Polymer processing
- Extrusion, injection and thermoforming
- reactive extrusion
Properties
- viscoelasticity (DMTA, ...), mechanics (elongation,
compression,…), thermics (DSC, ATG,...), physico-chimistry
(morphology, contact angle, ...) and rheology
- microstructure determination (microscopy, image
analysis
- Interphase studies
migration and absorption - characterization of absorbed products or additives thanks to
critical CO2 extraction, soxlet, ultrasound, chromatography
- chemical analyzis after extraction
- FTIR analyzis
Transfer of matter : permeability, diffusion, solubility- Oxygen, water vapor and aroma measures on flat samples of final
products.
Biodegradability measurement
- fast and predictive method of biodegradability
measurements.
- Conception of automatized equipment for carbon cycle study
and interactions between material and micro-organisms ;
measurements on solid et liquid medium
- Adjustment of knowledges on mechanisms of biodegradation
EQUIPMENTS
Paper / Carboard
Traction compressionpermeability Dynamic flexion Static flexion
abrasionShort crush test compression
burst
tearingfriction
Prototyping
3D prototypingComptuter room
Cutting table
Polymer processing
Injection moldingTwin screw extruder
Internal blender
thermoforming
One screw extruder
Heated plate press
Waffle molding
Tests on final packaging
compression
Transport simulation
dropVibration table
Properties of polymers
Angle contactviscosity
H2O permeabilityDimension
measurement
traction sealingDSC ATG
DMA Stress rheometer IR
Identification
Gas chromatography (mass detection)
CO2 extractor
Desorption chromatography
Aging and biodegradation
Accelarating UV aging
Suntest accelerating aging
biodegradation