ENSIACET

A7 Plaq UK 2009 xpress8:A7Plaq UK 12/06/09 15:54 Page4
Ensiacet courses
Post Bac years
More details are available on the syllabus on our website www.ensiacet.fr
under the selective section
ENSIACET selective institute
University equivalence
7
Initial post-graduate level employment
PhD
Doctorate
8
4
3
Work placement
External 3rd year
Core modules + project
(France, abroad)
Optional modules
Work placement
Chemical
Process
Industrial
Chemistry
Materials
engineering engineering engineering
M2
M1
Work placement
Core modules
L3
L2
2
Preparatory schools
L1
1
Degree
5
Masters
6
The Ensiacet approach
Selection and progress
International thinking
A7 was initially founded as a means of
federating a set of high-level skills and
specialities. The institute covers all fields
relating to matter and energy, ranging from
chemistry to industrial engineering. Demand
logically increased and selection therefore
became stricter.
INP-ENSIACET targets multidisciplinarity by
combining scientific and technological learning with the reality awaiting A7 graduates in
companies. All A7 students actively participate in group projects combined with work
placements in the industrial sector.
We accept foreign students and A7 students must spend a period in another
country, learning to handle a different
lifestyle and culture. Students have two
options:
• one or several work placements in
a company or institution, to rapidly
acquire an international experience; these periods count for the three mandatory work placements included in courses,
• one or two semesters in a foreign university.
A7 aims to transmit more than the acquisition of knowledge and methods, and
encourages students to show initiative and
team spirit and to be adaptable in the workplace.
All students acquire a global and systembased vision of industrial operations relating
to the physical, chemical or biological transformation of matter, companies and the
corporate environment
Selective institutes in France
A specific environment
Only a limited number of students are accepted via high-level national and
international recruitment processes. Courses include professionalisation components in the form of practical work cycles and projects ensuring direct relations with industrial actors, particularly during work placements. Teaching
content is strongly based on research skills.
French "A" level equivalent (end of High School)
4
5
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6
DUCTS•CONTROLLING•THE ENVIRONMENT•THE AERONAUTICAL AND AUTOMOBILE INDUSTRIES•THE ENERGY PRODUCTION INDUSTRY•METALLURGY•ELECTRONICS
One planet, 5 continents
Students can
select one major
from the 5
offered by A7.
Materials engineers have the basic scientific,
technical and socio-economic background to
lead projects based on the intelligent selection
of materials and related preparation processes.
These engineers have solid theoretical and
practical knowledge of the 4 groups of
materials (metals, polymers, ceramics and glass,
semi-conductors) and composites.
Materials
Chemistry graduates have a solid basic scientific and technical
grounding. These graduates understand the strategies for the
synthesis of complex and synthetic molecules or molecules taken
from natural products and used in various applications. Requirements
inherent to manufacturing processes are taken into account right
from the start: selection of the process and financial considerations,
environmental impact, use of co-products and by-products.
Chemical engineering
Exhaustive knowledge of materials
Double competences in chemistry
and processes
Chemistry
Industrial engineers hold technical competences and are able to implement these
skills throughout industrial processes, enabling them to adapt to any sector
involved in industrial development: ranging from the physical system applied
by the company (engineering, industrialisation, production), to more multidisciplinary
functions (quality, information systems, logistics) and to a more global vision
of the industrial process (project management, creation of companies).
Process engineering
Solid scientific background in chemistry
P R O D U C T I O N • M A I N T E N A N C E • L O G I S T I C S • I N S P E C T I O N , Q U A L I T Y, S A F E T Y • T H E E N V I R O N M E N T • R E S E A R C H • D E S I G N & E N G I N E E R I N G • P R O C E S S
Graduates with double training in
chemistry and processes can handle any
aspect of development, from chemical
methods to industrial production.
These graduates are able to track all
stages of industrialisation and production
control, including the management of
risks and safety for processes.
Process design
and application management
Industrial engineering
These multidisciplinary graduates have solid
grounding in Process engineering, are 100%
run in for mathematical, digital
and computerised tools, and have received
general training in social and human sciences
and economics.
Processes graduates can innovate and design
new, profitable, clean and safe processes
and thereby contribute to sustainable
development, create, model and simulate
the plants of the future.
A global vision of an engineer
in the corporate environment
DE V E L O P M E N T • P R O D U C T S • D E S I G N & E N G I N E E R I N G • I N F O R M AT I O N T E C H N O L O G I E S • R E S E A R C H • P R O C E S S D E V E L O P M E N T
O P E R AT I O N A N D S U P E RV I S I O N O F I N S TA L L AT I O N S • Q U A L I T Y • S A F E T Y • T H E E N V I R O N M E N T
ENGINEEERING•PRODUCTION•QUALITY-LOGISTICS•INFORMATION SYSTEMS•PROJECT MANAGEMENT
CHEMICAL INDUSTRY•HEALTH, COSMETICS•NATURAL AND SYNTHETIC POLYMERS•ORGANIC MATERIALS•PARACHEMISTRY: ADHESIVES, PAINTS, PHYTOSANITARY PRO
7
8
EcoEnergy
Environmental Engineering
Fluids and Processes
General hydrology, Reactive transport,
Dispersion of pollutants (vectoring codes),
Atmospheric pollution, Water physico-chemistry,
Water treatment,
Geographic information systems,
Remote detection,
Environmental law and economics,
Waste management and re-use.
Two-phase and gas-particle flows,
granular and porous environments,
Rheology of complex fluids, Filtration and separation,
Interfacial phenomena, Mass transfer,
Water treatment,
Turbine engineering and industrial processes,
Agitation and separation techniques,
Fluid mechanics and turbulence,
Digital modelling and vectoring codes,
Industrial engineering.
EcoEnergy
Green chemistry
Analytical overview of energies,
Energy mixes and reuse sectors,
Sustainable development,
Fossil and hydraulic electricity,
Nuclear energy, wind turbine electricity,
Photovoltaic electricity, Climatic,
Solar thermal,
Energetic and home engineering,
Oil and engines, bioenergies, transport,
The gas and hydrogen sectors,
Gases and the greenhouse effect.
Fluids and Processes
Physico-chemical Analyses
Physico-Chemical Analyses
Green Chemistry
Laboratory quality, Line analysers,
Data and statistical analyses, Sampling,
Instrumentation methods and techniques,
Analysis methodologies, environmental
Management systems, Health and safety in the
workplace, Applied information technologies.
Tools for the Green Chemist: 12 Principles,
Life cycle analysis, « REACH », Substitution
products policy, Renewable resources & clean
solvents, Clean Processes and Low Energy
Technologies, Innovative Synthetic Routes for
Fine Chemicals, Stereoselective and
Sustainable Chemistry, Chemical Products
from Renewable Resources, CO2-effective
Sustainable Development
Design and Analysis of Processes
Design of processes,
Optimisation and optimal design,
Intensification of processes, CAD, Computer tools,
Unit-based operations, Batch workshops.
Processes for Fine Chemistry and
Bio-Industries
Synthesis of complex organic molecules,
biotechnologies, Formulation,
Chemical and biological reactions,
Separations, Design and application of
batch processes.
…an exceptional range
Complex Projects and Information systems
Industrial systems
Quality-Safety-Environment
Industrial Systems
Quality, health and safety in the workplace,
Industrial pollution, Clean processes,
Safe processes, Management systems,
Regulatory and legislative frameworks,
Human and organisational factors.
Purchasing, Functional analysis of value,
Risk analysis, Operation research,
Assessment of costs, Profitability, Controlling,
Data bases, Quality assurance, Communication,
Organisation of meetings, Project software,
Personnel and their rights, Contract law,
Industrial property.
Management of Complex
Projects and Information Systems
Complex Project Management,
Enterprise Resource Planning,
Decision Support, Supply Chain
Management, Innovation Management,
Business Process Management,
Strategic planning,
Information Technologies and
Information Systems, Quality,
System Engineering.
Management
Durability
of Materials and of Structures
of
industrial systems
Functional Materials
3rd ENSIACET year options ...
Quality-Safety-Environment
Students may
choose any
one-semester
option
Processes
Environmental Engineering
A7 Plaq UK 2009 xpress8:A7Plaq UK 12/06/09 15:54 Page8
Management of Industrial Systems
Durability of Materials and of Structures
Functional Materials
Topics: Supply Chain Management, Production
Planning, Production Scheduling, Production Control
Tools and Methodology: Operation Research,
Mathematical Programming, Constraint Programming
(CSP), MultiObjective Optimisation, Discret Event
Simulation, Dynamic Hybrid Simulation, Petri Nets.
Structural Materials, Material properties,
Durability and material damaging,
Materials under complex sollicitations,
Synergy between mechanical sollicitations,
chemical environment and material microstructure,
Assembling and systems,
Material recycling,
Modelling and simulation of material mechanical
behaviour with finite element methods.
Thin layers, Technical polymers and
multi materials, Organic matrix
composites, Manufacturing and
processing thin layers, Deposition
process and surface treatments, Plasturgy,
Process technology in microelectronics,
Modelization by the finite elements method,
Simulation of process,
Analytical techniques of materials,
Ageing and recycling.
9
A7 Plaq UK 2009 xpress8:A7Plaq UK 12/06/09 15:54 Page10
Entry
Integration of foreign students
• Via
exchange
programs:
ERASMUS LLP,
CREPUQ,
TASSEP,
bilateral
agreements:
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se yea
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UL
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• Via the N+i
programme
O
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CO
• Via
traditional
selective
courses (on
the basis of
an entrance
examination or
qualifications
held)
10
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M1
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ERASMUS : Life Long
Learning
• Aims to ensure the mobility of
students and lecturers throughout Europe
• Encourages cooperation
between universities and partnerships between universities
and companies
Bilateral exchanges
• Enable the mobility of
students for 1 or 2 semesters.
• Natal university in Durban
and Sydney university
TASSEP
Exchange program for science
students within a network of
universities in Canada, the USA
and Europe.
Agreement with Tianjin
university (China)
DHET (Higher diploma in technology) for GSI graduates (M1).
•
M
Qualification-based courses,
students undertaking engineering training or on a
master's course (N+i), selective-institute students.
Some students integrate our selective courses via entrance
examinations or on the basis of previous qualifications; these
students take the same courses as French students, leading to a
post-graduate diploma.
I
D
N+i
Integration of foreign
students holding a degree
in a network of selective
French institutes,
BRAFITEC
Program promoting the mobility
of engineering students between
France and Brazil for one or two
semesters with the University of
São Paulo and UFRN (Federal university of Rio Grande do Norte) in
Natal.
•
O
PL
Mobility programs
This program governs
university exchanges between
France and Quebec
• One or two semesters
•
A
Mobility programs
CREPUQ
(Conference of Rectors
and Principals of Quebec
Universities)
•
• •
•
t
ec
During the 3rd year, for one or two semesters,
foreign final-year students generally take 3rd year modules in
their field during the first term; they may then carry out an
industrial work placement or research and a project, depending
on their personal preferences and the requirements of their
home university.
• Via bilateral
double-degree
agreements
• Via the
agreement
with Tianjin
university
(China): DHET
(Higher
diploma in
technology).
•
•
During the 1st or 2nd year, for one or two semesters,
students currently following a course can take a
few freely chosen modules.
Double degree
agreements
Milan polytechnic and the
University of São Paulo.
• Duration of the course:
two years
• 1 semester to learn basic
French and refresh knowledge
in the selected field
• Followed by 18 months with
a selective institute
including a work placement,
• These courses lead to M2.
Where do
they come
from?
• Europe
• Australia,
Brazil, India,
China
• French-speaking
countries
or sectors
(Canada-Quebec,
Bulgaria,
Romania, etc.)
• North Africa.
11
A7 Plaq UK 2009 xpress8:A7Plaq UK 12/06/09 15:55 Page12
Courses to learn research skills via research, with 4 laboratories on one single site
Quality research
Research at ENSIACET is
supported by many industrial
actors and focuses on
improving knowledge, with
priority accorded to industrial
applications, and the use and
transfer of technology.
According to the "Industry and
Technology" enquiry carried out
in November 2005, A7 is the
leading selective institute in
France in the field of
transformation of matter, with
6 M euros in turnover generated
via industrial contracts. A7 is the
second selective institute in the
Midi-Pyrenees region and ranks
9th in France if all disciplines
are considered.
Resource
laboratories
All four laboratories are fitted
out with ultra high technology
equipment and specifically
designed structures.
The laboratories are located
nearby on the same site at
Toulouse-Labège, ensuring
optimum synergies between
teams.
The media library
A7 students can access a
wide range of educational
resources: more than 10,000
specialist publications in
chemistry, processes and
industrial engineering, not to
mention the best scientific
and technical data bases
available.
y
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74 individuals
including
17 researchers and
lecturer-researchers
12
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240 individuals including
89 researchers and
lecturer-researchers
14 researchers
and
6 lecturer-researchers
y
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180 individuals including
66 researchers and
lecturer-researchers
s
n
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“M2”,
a gateway to
research
- Processes and the
environment
- Molecular chemistry
- Living chemistry
- Nanomaterials and
multimaterials
- Automatic, computerised
and decision-making
systems
- Hydrology, hydrochemistry,
soils and the environment
D
•
Ph
PhD
Doctorate
This is the preferred
qualification of
foreign students and
requires an extra
3 years of study.
Successfully passing
a PhD requires the
presentation of a
thesis.
This research masters can be
obtained during the 3rd
year, in parallel to the main
selective institute course.
This course involves
3 months of specialisation
plus 6 months of experience
with recognised laboratories.
13
A7 Plaq UK 2009 xpress8:A7Plaq UK 12/06/09 15:55 Page14
Industrial relations…
THE INDUSTRIAL RELATIONS SERVICE
A winning service… !
WHAT
DOES THIS SERVICE
DO EXACTLY?
The A7 board and the
A7 advanced board are
chaired by industrial
actors and include many
representatives of large
groups
14
A7 works in partnership with leading companies: these companies sponsor our students, offer research topics, and are the first
to test the innovations and processes of our laboratories. This special and interactive relation with industry ensures the strength
of Ensiacet and is a point we are proud of.
ENSIACET is targeted by industrial actors. 3500 former students are currently employed in
industry and A7 can boast 4 research laboratories working directly on applied research.
• This service meets the
requirements of
companies in terms of
recruitment, work
placements,
professional training,
research and
development, and
documentation.
• The service
establishes long-term
relations between
industrial partners and
ENSIACET engineers.
• The service
anticipates future
requirements by
involving partner
companies in the
definition of A7
programs and values,
teaching objectives and
disciplines.
…on the hard edge of training
Top 15 companies having concluded a research contract with A7
Sectors of A7 partners
NUMBER OF A7 CONTRACTS
Top 15 companies employing A7 graduates
ADEME
14
THE ENVIRONMENT
AREVA
7
TOTAL
113
THE AERONAUTICAL INDUSTRY
AVAMIP
7
ARKEMA
92
ENERGY PRODUCTION
CEA
6
AREVA
90
THE CHEMICAL INDUSTRY
IFP
6
CEA
75
67
NUMBER OF A7 GRADUATES
PARACHEMISTRY
RHODIA
6
SANOFI AVENTIS
POLYMERS (NATURAL AND SYNTHETIC)
EADS
5
RHODIA
61
ELECTRONICS
BR CONSULTANT SOCIETE
4
TECHNIP
58
ANALYTICS
COMPAGNIE INDUSTRIELLE DE LA MATIERE VEGETALE
4
EXXONMOBIL
45
ENGINEERING AND ENGINEERING FIRMS
TOTAL CRAY VALLEY S.A.
4
EDF
41
AIR LIQUIDE
3
LOGICA
39
AUBERT ET DUVAL-FORTECH
3
INEOS
34
INERIS
3
AIR LIQUIDE
31
LAPEYRE
3
AXENS
29
SNECMA PROPULSION SOLIDE
3
EADS
26
ALTEN
25
CONSULTANCY AND SERVICES
15
A7 Plaq UK 2009 xpress8:A7Plaq UK 12/06/09 15:56 Page16
Professional courses
2
•
2
•
•
L3
Professional
degrees (L3)
Chemistry processes, pharmaceutics, the environment,
and the use of agroresources
This national diploma can be
taken as initial training or
professional training and is
based on a partnership between
the IUT (university-level
technological institute) in
Chemical engineering,
Déodat de Séverac high school
and UPS (Paul Sabatier
university).
16
M
Specialized
Masters (MS)
Specialised Masters are
high-level courses approved
by the French Conference of
Selective institutes
- Economic intelligence and
Corporate Strategies (coassigned with ESC Toulouse
(business school))
- Global management of technological and environmental risks
(co-assigned with the INSA of
Toulouse (National institute of
applied sciences))
- New energy technologies (coassigned with the ENSEEIHT of
Toulouse (Higher National
School of electrical engineering, electronics, computer
science, hydraulics and
telecommunications)
2
•
M
DHET
(Higher diploma
in technology)
This course is open to
French or foreign students
holding a M2 or post-graduate diploma and in-depth
scientific knowledge.
-
New energy technologies
Processes
Industrial systems
Sampling and physicochemical analyses
- Global management of
technological and environmental risks
- Quality, Safety,
Environment
- Materials (science and
techniques)
M
Professional
Masters
Production processes,
quality and inspection of
health products
Targeting future managers in
the pharmaceutical industry in
all health product, formulation
and galenic development
sectors, industrial production
processes, the development of
processes, testing and requests
for notices of compliance.
Aerospace materials and
structures
This masters aims to train
senior management with full
understanding of the technical
aspects of the implementation,
inspection and tracking of the
specific metal and ceramic
materials and composites used
in the aerospace field and provide top quality training using
the substantial resources available in the region CEAT
(Aeronautical test centre) test
resources, CNES (National
centre for spatial research)
spatial simulation, participation
of the ISAE (Higher institute of
aeronautics and space).
What our students say…
90% of graduates find
employment within 6
months of graduation
Priscila P. Cruz
I am a Brazilian student on an exchange program at ENSIACET.
I have generally been impressed with the teaching methods used at A7, which are
not always applied in Brazil. I feel this makes a real difference. Time spent abroad is undoubtedly a worthwhile
experience, both personally and professionally. Work placements enable us to apply and improve the knowledge
gained at A7. Living abroad means students learn to adapt to a different culture. Toulouse is a great place to
live, with many ERASMUS students. I have gained new and beneficial experience thanks to the mixed cultural
environment. This period spent in France has been very worthwhile and motivating.
Marcello Tognola
I finished my “diplôme d'ingénieur” at ENSIACET
in 2006 and currently, I am doing PhD under the
contract CIFRE in collaboration with ICSI, LGC, INP
and several French chemical companies. I choose to
do my “diplôme d’ingénieur” in “génie chimique”
at ENSIACET to give my career an international
touch. I was attracted by the reputation of “grande
école”, which are known for their excellence and
elitist approach. I found the syllabus of "génie
chimique" in perfect continuation to my previous study
of Bachelor in Chemical
Engineering in India. The course
work is nicely balanced between the theory, "do-it-yourself" and the practical work.
Nishant PANDYA
There two unique features
which I like the most at ENSIACET. First, it offers
several options in the last year. And second, the
industrial training which, I think is a key factor for
beginning a career in a chemical industry.
I believe that my perspective has been widened
ever since I have been a student at ENSIACET.
The skills and "know-how" I learnt at ENSIACET
will really be helpful to fulfil my professional
objectives.
I am an Italian
student, from the
chemical engineering
department of "Politecnico
di Milano". The need to learn, to see and to live
new experiences induced me to join an international
double degree project during my last year of studies. As
a participant I went to ENSIACET in Toulouse and spent
two years learning process engineering, computer science
and, of course, French! It was an incredible opportunity to
meet people from all over the world, to share, to cope with and
to understand differences in cultures, mostly with a massive
amount of laughs! At the university the welcome from the students was warm and the support from the teachers was excellent.
They always found stimulating activities to propose, with industrial projects, training periods and alternative ways of teaching.
Furthermore at the end of the studies also graduated students
are followed by the university associations which care about
putting them in contact with companies looking for new
engineers to hire!
Moreover, all of this staying in the nice city of Toulouse
with its historical sites, its numerous pubs and
the astonishing traditional food. Definitely an
experience worth trying!
I graduated with a
diploma in civil engineering and a second
diploma in law in China.
Suling DAI
After graduating,
I worked in a construction company between 1995 and 1999.
I then changed employer and switched to project
management. I joined the industrial engineering department
of ENSIACET in 2005 on a course on the Management
of industrial systems.
I then carried out a period of work placement with a French
company, FM LOGISTIC, in China, where the company was
investing. The company now has 3 projects underway in
China, two near to SHANGHAI, and a third near to BEIJING.
I was recruited by FM Logistic China after a 6-month work
placement. I started out as works foreman, and subsequently
became project manager. I am now purchasing manager and
buy equipment (racks, levelling docks, pumps, low power
systems, etc.). My logic was straightforward:
- I came to France to gain experience,
- Toulouse is a beautiful town, and the second largest
university town in France. Several selective institutes
exist in the area.
- I am thrilled to study at ENSIACET, my lecturers are very
professional and friendly, and I also get on well
with my colleagues.
17
A7 Plaq UK 2009 xpress8:A7Plaq UK 12/06/09 15:57 Page18
A7 has recently acquired
new buildings on the
An ultra modern brand new site
Toulouse-Labège campus
designed and constructed
specifically to meet its
The campus lies on a green area surrounded by trees.
The site is laid out over a north-east to south-west grid.
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Student halls
The student halls are ideally located in the heart of Toulouse-Labège and include 300 new and furnished
accommodation units. This new generation of student residences offers a wide range of services, such as
an automatic laundrette, a rest area and a television lounge, wifi internet access and even study rooms,
not forgetting a private car park and bike shed. Students can relax in the residence in the knowledge that
security is guaranteed thanks to a management system and an on-call 24/7 security service.
The architecture of the building distributes all the devices on the
same structure, conceived so that the trafficcan be made from
a point to the other one with harmony and fluidity.
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The new building is 100% accessible for the disabled.
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We build a greener
chemical world
Juin 2012
One of the 7 INP schools
Juin 2012
One century of history
Two historic engineering schools merged in synergy
Since 1960
Since 1905
Since 2001
Ecole Nationale Supérieure des Ingénieurs
en Arts Chimiques Et Technologiques
Juin 2012
Synergy
5 missions, 3 worlds
ENSIACET
Discover
MOLECULES
Imagine
Conceive
PRODUCTS PROCESSES
Control
EQUIPMENTS
Manage
PROJECTS
Chemistry
Chemical
Engineering
Industrial
Engineering
Juin 2012
From Molecule to Industry
5 missions, 5 major degrees
ENSIACET
Discover
MOLECULES
Imagine
Conceive
PRODUCTS PROCESSES
Control
EQUIPMENTS
Manage
PROJECTS
Eng. in Chemistry
Eng. in Materials
Chemical Engineering
Process Engineering
Industrial Engineering
Juin 2012
Faculty
Ecole Nationale Supérieure des Ingénieurs
en Arts Chimiques Et Technologiques
Dean:
Pr. Jean-Marc LE LANN
Deputy Dean:
Pr. Christine CECUTTI
Academic Dean:
Administrator:
Pr. Françoise SILVESTRE
Mr Etienne GOMEZ
93 Lecturers/Researchers
39 Full Professors, 54 Associate & Assistant Professors
40 Full-time Researchers
Juin 2012
5 Departments
ENG. CHEMISTRY
ENG. MATERIALS
Pr. Martine Urrutigoïty
Dr. Sophie Thiebaud-Roux
Pr. Bernard Viguier
Dr. Corinne Dufaure
INDUSTRIAL ENG.
Pr. Philippe Duquenne
Dr. Stéphane Negny
PROCESS ENG.
CHEMICAL ENG.
Pr. Pascal Floquet
Dr. Joël Albet
Pr. Patrick Cognet
Pr. Anne-Marie Billet
Also: Education by alternance in Industry
Pr. Xavier Joulia & Dr. Carole Coufort-Saudejaud
Juin 2012
2 + 3 years Eng. Degree
48 students per year
per Department
National
concourse
230 students
among the
top 1000 (out of
15000 candidates)
Local
selection
based on
excellence
Juin 2012
3 sessions of research project in the
laboratories present at ENSIACET
Time dedicated to
research project
3rd year:
45 slots of 3h30
2nd year:
12 slots of 3h30
1st year:
9 slots of 3h30
Juin 2012
3 sessions of intership in industry or
laboratory, in France or abroad
Internship
duration
3rd year:
6 months
2nd year:
2-3 months
1st year:
1 month
Juin 2012
Integrated in INP campus
© Michel Rémon, Architect
Juin 2012
New building since 2009
Juin 2012
Education + Research
Juin 2012
Research
Inter-university center for research & engineering of materials
Powders, nanomaterials, nanocomposites
Functional films, protective coatings, deposition processes
Surface reactivity, structure-mechanics-environment
Behaviour laws in Polymers, ageing, organic composites
Laboratory of agri-industrial chemistry
Division and transformation of agri-resources
Lipochemistry and chemical reactivity of agri-molecules
Analytical engineering and environmental future of agri-constituants
Laboratory of coordination chemistry
Fine Chemistry and Catalysis
Molecular Materials
Bioinorganic Chemistry
Laboratory of chemical engineering
Reaction, Mixing and Separation
Interface and Particle Interaction Engineering
Electrochemical Processes and Material Engineering
Process System Engineering
Bioprocesses and microbial systems
Juin 2012
Links with Industry
- Sponsors :
Rhodia (bulk chemicals): promotion 2010
Total (petrol): promotion 2011
SanofiSanofi-Aventis (pharmaceutics): promotion 2012
Safran (engineering services): promotion 2013
Veolia (environment): promotion 2014
- Visits to industries
- Seminars given by engineers from industry
- Team projects in connexion with industry
- Internships in industry (3 to 11 months)
Juin 2012
National recognition
ENSIACET degrees are accredited by
CTI
(Commission des titres d’ingénieur)
and the Ministry of Higher Education & Research
ENSIACET participates to 3 national networks of Engineering Schools:
Conférence des Grandes Ecoles (CGE)
Fédération Gay-Lussac (FGL)
Conférence des Directeurs des Ecoles
Françaises d'Ingénieurs (CDEFI)
Juin 2012
Mens sana in corpore sano
-
Half a day sports per week : mandatory for our students
-
Besides :
- Tournaments,
- One-week skiing in the Pyrénées,
- Other activities.
We host professional sportsman/woman
Cédric Berrest,
bronze medal
Olympic Games Beijing 2008
Juin 2012
International Relations
www.ensiacet.fr/international
Juin 2012
The International team
Carlos
Vaca-Garcia
Ludovic
Montastruc
Coordinator
Vicecoordinator
Philippe
Serp
CHEM.
Jérôme
Durand
Sylvie
Balladore
Aurélie
Rouaix
Administrative
assistant
Special
missions
Christèle
Combes
Séverine
Camy
Marion
Alliet-Gaubert
Raphaële
Théry-Hétreux
ENG.
MAT.
CHEM.
ENG.
PROCESS
ENG.
INDUST.
ENG.
Lydia
Laffont
Sébastien
Teychené
Ludovic
Montastruc
Nelly
Olivier
Juin 2012
International mobility
IN
Whole last year
60 ECTS
Specialisation
programs
in 3y1s = 30 ECTS
Juin 2012
Specialisation programs
Analyses physico-chimiques
APC
Conception et analyse des procédés
CAP
Green Chemistry
100% in English
CHV
Durabilité des matériaux et des structures
DMS
Eco-énergie
EcoE
Fluides et procédés / Fluids and processes
50% in English
FP
Génie de l'environnement
GE
Génie des systèmes industriels
GSI
Maîtrise des projets complexes et d’information
MPCI
Procédés pour la chimie fine et les bioindustries
PCB
Pilotage des systèmes industriels
PSI
Qualité - Sécurité - Environnement
QSE
Matériaux fonctionnels
MAFO
Juin 2012
International mobility
IN
OUT
Whole last year
60 ECTS
Academic Mobility
in 3y1s = 30 ECTS
Specialisation
programs
in 3y1s = 30 ECTS
Summer internship:
3 months
Academic Mobility
in 2y2s = 30 ECTS
3 months
mandatory,
6 months
preferred
Juin 2012
Foreign Language skills
-
English is mandatory for our students
- B2 level required
- TOEIC test: > 750/990 points
-
Optional languages:
- Spanish & German: higher-intermediate (B2)
-
Portuguese, Japanese: beginners (A2)
Juin 2012
French grading system
• The French grading system is a 20-point scale with the
following honours:
•
•
•
•
•
10=correct (minimum to validate)
12=satisfactory,
14=good,
16=very good,
18 and above=congratulations.
– In practice, ENSIACET outstanding students get a score >15.
Juin 2012
Our website
• For all the practical information
– Syllabus
– Logistics
– Forms to fill in
– And more…
www.ensiacet.fr/international
Juin 2012