Polytech Lille, a graduate school of engineering within Lille 1 University -

University - Science and Technology

campus of Lille 1 University.


Une
université

(CTI),

The Engineering degree , «Diplôme d’ingénieurs» is a title which

gives access to the profession of engineer (no need for professional registration), equivalent to a master of engineering in the other countries.

Curriculum : 5 years (300 ECTS credits),

Admission procedure based on competitive entry with a clearly stated number of places.

The title of « graduate engineer » certifies a high-level scientific and technical education.

it offers an education in management, the practice of 2

foreign languages


Close links with research

The Engineering degree gives access to PhdD studies.

Medium-sized school


Various backgrounds of the teaching staff (lecturers, researchers, experts,guests and visiting lecturers coming from industry, consultancies…),

small class work, case study, team project works, growing use

of new technologies and tools,

An important place given to student mobility abroad.

20 % of the courses are given by business professionals,
Tutorials, case studies, technical projects are provided by companies,
Various companies are present in different levels of management of the school
Polytech Lille has developed partnerships with more thatn 350 companies.

engineering graduates each year,
150 students take part in our

special « parcours des écoles d’ingénieurs Polytech (PeiP) which corresponds to the two first years of a scientific degree along with complementary modules at Polytech.
90 PhD students in the school,

160 academic staff,

70 administrative and technical staff,

17 associated research laboratories,

are given by business professionals,
Tutorials, case studies, technical projects

are provided by companies,
Various companies are present in different levels of management of the school
Polytech Lille has developed partnerships with more thatn 350 companies.
Teaching methods are based on close relationships with companies, project-based learning,
3 Internships . Third year : 1 to 2 months (work experience),
. Fourth year : 2 to 3 months (technical placement /assistant engineer placement),
. Fifth year : 4 to 6 months (engineer placement),
Forums and company visits and a final-year project.

Systems and Applied Business
Génie

Informatique
et Statistique Software Engineering and Statistics

Matériaux Materials Science

Génie
Biologique et
Alimentaire Biological and Food Engineering

Mécanique
Mechanical Engineering
r

of successfully carrying through the different construction phases ,

from the design, analysis, calculation to the realisation of different civil works thanks to their double competence : geotechnics and civil engiineering

Sectors of activity :
Construction and Public Works Companies,
Engineering and Desgin Offices,
Soil Mechanics and Geophysics Offices,
Control Offices,
Para-Public Sector,
Local communiities, administrations,
Research and Development

participating in projects based on the design, optimisation and

realisatoin of innovative products, facilities and procedures.

They use technological knowledge and state-of-the-art digital simulation tools.

Sectors of activity :
Construction and Public Works Companies,
Engineering and Desgin Offices,
Soil Mechanics and Geophysics Offices,
Control Offices,
Para-Public Sector,
Local communiities, administrations,
Research and Development

Consulting
Management…

Sectors of activity :
Automotive and railway industry
Naval and

aeronautical construction
Machine tools
Nuclear industry
Iron and steel industry
Agricultural machines…

Energy

teaching in the areas of general IT, industrial IT, microelectronics,

automatics and electrotechnics.

The focus of this problem is on

Autnomous embedded systems : mobile robots and their energy management

-Smart communicating Systems : mobile phones and wireless networks.

Given the broad nature of this program, graduates can be found in all sectors of the economy.

In major companies in the transport sector,

In major companies in the area of research, design and installation.

Main professions : project managers, design engineer, resarch and development
engineer...

are specialists in measurement and analytical instruments in the areas

of electronics, physics and chemistry.
Students have scientific courses in Photonics and Molecular Sciences, Instrumentation and Biomedical Engineering , Business Engineering on energy markets, Electronics and Telecommunications.
They are able to offer companies a global solution, combining both commercial and scientific aspects.
Main professions open to graduates : Business engineer, Application engineer and R&D engineers, Sales managers, Marketing managers.

can be found in all sectors of activity which involve

the production, sale and use of measurement and analytical instruments and /or high-level technology
Electronic instrumentation ,
Spectroscopic and physico-chemical instrumentation,
Telecommunications, networks and IT,
Business and Engineering services,

Transport, Research, Health, Energy

the processing of information, both in its statistical and computational

forms.
These enginers work mainly in the tertiary sector and for the IT aspects in the secondary sector.

Macroscopic and
Microscopic

features

Properties
And simulation

who are capable of working in a business environment where

there is a need for widely-used materials (polymers, metal alloys) or high value-added materials (composite materials, ceramics, biomaterials, micro-electonic materials).

Graduates are able to meet the specific needs of companies in the areas of quality, ageing, sustainability and innovation, irrespective of the materials used.

Engineers trained by this department work in the following areas :
Quality / Security, Production, Research/Technical studies, other.

They work both in the private and the public or para-public sectors
In metallurgy, plastic and composite mateirals, semi-conductors and components,
automobile industry, aeronautics, ceramics, glass, electricity, nuclear
Energy, the biomedical sector....

engineers who work in food processing, biotechnology, the environment, cosmetics,

personal hygiene products and retail.

Main professions :

Product development engineer
HSQE Engineer
Product manager

Main sectors of activity :
Food processing
Design offices
Chemical / Healthcare industry
Retail

Polytech Lille cover a wide range of engineering sciences and are

based around 5 poles :
- Biological and Food Engineering
Mathematics and Modelling
Mechanics and Civil Engineering
Physico-chemistry, molecular and materials science,
Information and Communication Sciences and Technologies
The Lodz
 
36
90-924 Lodz

VIL ENGINEERING
Laboratoire de Génie Civil et GéoEnvironnement (LGCGE)
Laboratoire de Mécanique

de Lille (LML)
PHYSICO-CHEMISTRY AND MOLECULAR SCENCES
Laboratoire de Spectrochimie Infrarouge et Raman (LASIR)
Unité de Catalyse et de Chimie du Solide (UCCS)
Unité Matériaux et Transformations (UMET)
x : la modélisation de systèmes mécaniques industrielles, les micro systèmes, fatigue, endommagement, rupture, comportement thermomécanique, optimisation en conception. Modélisation des écoulement de fluides complexes (non newtoniens, turbulence, couplage fluides structures).






h
e Lodz
 42 636 06 52
 

Biologiques , Génie Enzymatique et Microbien (ProBioGem),
Unité de Glycobiologie Structurale

et Fonctionnelle (UGSF)
MATHEMATICS AND MODELLING
Laboratoire Painlevé
Laboratoire d’Informatique Fondamentale de Lille (LIFL)
Institut National de Recherche en Informatique et en Automatique (INRIA)







h
e Lodz
 42 636 06 52
 

a partner of 3 competitiveness clusters : Trans (transport),
Maud

(Materials and Applications for sustainable use) and NSL (Nutrition, Health, Longevity).

Around 25 invited professors each year at Polytech Lille for one month (for research activity, conferences, courses).
The Lodz
 42 636 06 52
 

periods, project works in laboratories or industrial

internships are strongly encouraged,
About 67 % of the graduate students have carried out at least one experience abroad during their 3 years at Polytech’Lille,
About 230 mobilities abroad every year(study periods, projects in laboratory, industrial internships),
International bilateral agreements with 50 partner universities around the world.

is an essential in today’s global job market. That’s why

mobility abroad has become compulsory for each student.
Exchange programs (Erasmus for Europe, CREPUQ with Canada, BRAFITEC with Brazil, ARFITEC with Argentina, …
Funding to support student mobility (coming from the European Commission, The Ministry of Higher Education and Research, the Nord-Pas de Calais Region, the University, the School, ….).
Foreign language courses : English and German or English and Spanish +
the possibility to learn a third language (Portuguese, Japanese, Italian,…)

students coming from 18 different countries,
2 double degrees for Chinese

students coming from Hohai University and Nanjing and the Agricultural University of Nanjing (90 Chinese graduate students since 2006),
Erasmus students coming from European partner institutions for study periods,
Polytech Lille coordinates several cooperation programme with latin American countries (Brafitec with Brazil, Arfitec with Argentina, ….) in partnership with other Polytech schools
Our school belongs to « n+i » network, an international engineering program from the French Agency Campus France.

:
Participation in Erasmus Placement program which allows our students to

get a monthly scholarship during an industrial internship in Europe,
« Polytech Excellence » is an initiative launched with the support of the French Ministry of Higher Education and Research within the « Investment for the Future framework program ».
One of the objectives of this initiative is to establish long-term academic cooperation at the international level by exchanging students and academics
Through a structured network of partner institutions.

organizes an "orientation week-end" for new students,
- parties and

sporting events,
Many other clubs (theater, music, games…)
An Alumni association :  links with graduates  job opportunities  publication of a directory and a review

Engineer of Production Systems (IESP)

- Training based

on combining academic education with periods in industry,

- Engineering training course based on apprenticeship provided in partnership with professional associations.

- These courses last three years and are approved by the Engineering Qualifications Commission (CTI),

Career prospects : production engineer, Operations manager, Safety, Quality and Environment engineer, Logistics engineer, maintenance engineer, project manager…

clubs , humanitarian asssociations....





Afterwork…

you for your attention !