Ecole Supérieure d Ingénieurs de Reims ESIReims Engineering School Graduate School

Transcription

1 ESIReims Ex ESIEC Ecole Supérieure d Ingénieurs de Reims ESIReims Engineering School Graduate School Packaging speciality Ex ESIEC Thermics et Energetics - TE

2 Academic curriculum Admissions 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 fiveyear Master Degree in packaging Engineering.

3 Packaging speciality

4

5 Consultancy for the companies Industrial graduation projects Research Continuing education International relation

6 FIRST YEAR Mathematics Physics Chemistry Microbiology Toxicology Electronics Packaging materials and process Material resistance Computer science English and second foreign language Communication skills Design and development CAD-CAM Internship

7 SECOND YEAR Corrosion Packaging machinery Interaction migration Mechanical engineering Inks, varnishes, adhesives Printing technology Cost analysis Packaging functions and analysis Statistics and industrial controls Industrial technology Automation Robotics English and second foreign language Design and development Internship

8 THIRD YEAR Sustainable development Quality Negotiation skills Value analysis Production Financial management Purchasing Prototyping Legislation Logistics Design English and second foreign language Marketing Industrial Graduation Project

9 Supplier purchaser Marketing Packaging Engineer Production Designer Quality Logistic

10 Jobs after Packaging speciality graduation 64 % packaging users : perfume, food, car industries, retailors 36 % packaging manufacturers : R&D, conception/creation. retailors 5% Others 22% Materials 16% Pharmaeutics7% Cosmetics 20% food 30% Some of the factories that trusted with us L OREAL GIVENCHY DANONE UNILEVER NESTLE SANOFI CARREFOUR LVMH LACTALIS PSA 3 M KNAUF BOLLORE HENKEL KRAFT FOODS PROCTER

11 Thermics and energetics speciality Answer to present needs in engineer in energetics skills and thermics skills

12 Car industry Thermic motor, passenger compartment Ovens, burners aeronautics Propulsion, flows Industrial processes R&D Ceramics, plastics Injection, thermoforming Metallurgy Thermic cycle, high temperature Food processing - agrobusiness Manufacture, dehydratation, Drying, Thermics engineer

13 Energy production and supply Buildings Thermics balance, lightings, scaling Energy transport Heat net inside town Grenelle Law (august 3rd 1999) Renewable energies, sustainable dvpt Industries Global warming effect, carbon footprint Quality control, evaluation Standards, labels, Energetics engineer

14 FIRST YEAR Mathematics Physics Chemistry Material resistance Thermic transfers Fluid mechanics Hydraulic nets Heat transfers Building thermics Applied thermodynamics Computer science English and second foreign language Communication skills Internship

15 SECOND YEAR Mechanical engineering Heat transfers 3D simulation Ovens, heaters, motors Car thermics Industrial thermics Renewable energy Meteorology Climatic engineering Cost analysis Statistics and industrial controls Industrial technology English and second foreign language Internship

16 THIRD YEAR And. Sustainable development Quality Negotiation skills Value analysis Production Financial management Purchasing Legislation Acoustic and thermic systems IR thermography Numerical simulation English and second foreign language Marketing Industrial Graduation Project

17 THIRD YEAR Specializations Energetics : -Carbon footprint -Building energetic consumption -Dynamic heat loss -Lightings -Renewable ernergies Thermics : - Advanced Heat transfers -Dual systems -Complex flows

18 The school Staffs -29 permanent teachers -15 exteriors (industrials) -14 engineers, technicians, administration Students -50 students (packaging) - 25 students (thermics and energetics)

19 INTERNSHIPS

20 April May June July August September October November 1 st year placement : 3 years studies in Higher Education 1 Graduation project : 5 years studies in Higher Education 2 nd year placement : 4 years studies in Higher Education 2 3

21 INTERNATIONAL POLITIC

22 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

23 RESEARCH GROUPE de RECHERCHE en SCIENCES POUR L INGENIEUR ( EA 4694 ) U.F.R. Sciences Exactes et Naturelles, REIMS

24 -Thermodynamics -Multiscale thermophysics characterization -Packaging materials, processes and systems -Applied and numerical mechanics -Civil engineering

25 Staffs - 60 permanent teacher-researchers - 9 engineers, technicians, administration - 30 PhD students

26 Research at school Mechanical behavior : All along the logistic global chain : - static stress - vibration stress - impact - drop Simulation of mechanical behavior of packagings

27 Polymer materials - polymer blends, multilayer, composits - from renewable / petroleum ressources - active, intelligent materials

28 Polymer processing - Extrusion, injection and thermoforming - reactive extrusion

29 Properties - viscoelasticity (DMTA,...), mechanics (elongation, compression, ), thermics (DSC, ATG,...), physico-chimistry (morphology, contact angle,...) and rheology analysis - microstructure determination (microscopy, image - Interphase studies

30 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.

31 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

32 EQUIPMENTS

33 Paper / Carboard Traction compression permeability Dynamic flexion Static flexion abrasion Short crush test compression burst tearing friction

34 Prototyping 3D prototyping Comptuter room Cutting table

35 Polymer processing Injection molding Twin screw extruder Heated plate press One screw extruder Internal blender thermoforming Waffle molding

36 Tests on final packaging compression Transport simulation Vibration table drop

37 Properties of polymers Angle contact viscosity H2O permeability Dimension measurement traction sealing DSC ATG DMA Stress rheometer IR

38 Identification Gas chromatography (mass detection) CO2 extractor Desorption chromatography

39 Aging and biodegradation Accelarating UV aging Suntest accelerating aging biodegradation