A NEW UNIFIED CURRICULUM · 2019-03-22 · CENTRALESUPÉLEC - ENGINEERS-ENTREPRENEURS OF THE...

A NEW UNIFIED CURRICULUM

THE CENTRALE SUPELEC ENGINEER

STARTING SEPTEMBER 2018

2TITRE DE LA PRÉSENTATION

CENTRALESUPELEC

A FEW FIGURES

1829 1894

4 200 students, 110 student organisations, 35 000 alumni

65 000 students

10 000 Masters and 4600 PhD (40% international)

9 000 researchers

120 ERC grants

11 000 publications per year

Represents 15 % of French state-funded research

20 Doctoral Schools

A LOCAL CONTEXT

CENTRALESUPELEC: GLOBAL KEY FIGURES

STUDENTS

INTERNATIONAL

RESEARCH

NETWORK

PEOPLE4200 Students

3200 Engineers

30% International

190 Partners

45 Countries

80 DD agreements

T.I.M.E./CESAER

Erasmus Mundus

International Campuses & Labs

17 Research Dept

2 LIA and 1 UMI

15 chairs

600 A-Rank Publi

50 000 active Alumni for

Ecoles Centrale Group

Strong Regional Groups

140 Corp. Partners

Executive Educ.

300 Training Programs

500 Doct

70 Post-Doc

500 Staff

70 Full Researchers

70 Full Teachers

300 Teach/Research

COMPANIES/INNO

1000 people

Incubator

Open Innovation Institute

137 WorldWide

73 WW in Eng & Techno (1st in Fr)

67 WW in Employability

8 WW among under 50 Years

CENTRALESUPÉLEC – INTERNATIONAL RANKINGS

ARWU 2018

• 18 Telecommunication Eng.

• 35 Automation & Control

• 76-100 Mechanical Eng.

• 101-150 Computer Science & Eng.

• 151-200 Electrical & Electronic Eng.

• 301-400 Energy Science & Eng.

A STRONG INTERNATIONAL SCOPE

200 international agreements – 50 core (non-inc. US/UK)

30% international students – 70 nationalities on campus

International competitive entrance exam opened in 2017

3 CAMPUSES

Metz campus

Rennes campus

Paris-Saclay campus [G] Gif [M]

A NATIONAL GROUP

2017 A NEW CAMPUS IN SACLAY

AND OTHER CAMPUSES…

Rennes

13TITRE DE LA PRÉSENTATION

CENTRALESUPELEC

ENGINEERING DEGREE: DIPLÔME D’INGÉNIEUR

CENTRALESUPÉLEC - ENGINEERS-ENTREPRENEURS

OF THE HIGHEST SCIENTIFIC LEVEL

• CS Engineers master Science & Technology with a high capacity of

abstraction and conceptualization applied to Complex Systems

• They are Leaders and Innovators in action, creating social and economic

value at an international level

• They are comfortable and innovative with major technological and

societal changes, especially in the digital world

• they are humanist, sensitive to social issues. They have a sense of

responsibility and respect for others

CENTRALESUPÉLEC – HIGHLY SELECTIVE ENTRANCE

PROCESS

Preparation for international experience

Social sciences/preparation

for professional activity

Projects and laboratory work

Classes Préparatoires

Advanced studies = 900 contact hours + thesis

Fundamental sciences (physics, mathematics, chemistry, human sciences, economics, …)

Technological and applied sciences (electronics, civil engineering, materials, information technology …)

Core courses = 1800 contact hours + internships

CPGE: 15 000 students

« Grande Ecole » 3

CPGE 2

CPGE 1

Master 2

Master 1

Bachelor 3

Bachelor 2

Bachelor 1

“Diplôme d’Ingénieur“ (Master degree)Master degree

Competitive entrance examination

PhD Programmes

University

Science Baccalauréat: 150 000 students

French 17-18 year-olds: 760 000

Admission requirements for international students

• Completion of at

least 2 years of

undergraduate

studies

• High level in

Maths and Physics

• Minimum level in

French (B1) if you

wish to take

courses in French*

* CS can also recommend a one-week to one-month intensive French language

study programs in Vichy (CAVILAM) prior to semester of study

Partner

Y1-2120ECTS

Y3180ECTS

Y4 – M1240ECTS

PartnPartner CS

Y5 – M2300ECTS

Partner

Partner CS Trng

Partner Partner TrngCS PhD

Partner

Y[6]-7-8-[9]

CS CS Partner Double

Eng. Deg

program

Master &

Exchange

program

Bachelor Master Doctorate

Partner PhD

CS CSPartner

Partner Trng

Possible

Co-tutelle

Partn CSPartner CS TrngPartn Double

Master Deg

program

Incoming exchange programs

5 ° year

4 ° year

3 ° year

2 ° year (“prépa”)

1° year (“prépa”)

5 ° year

2 ° year

1 ° year

CentraleSupélec Partner university

Diplôme d’Ingénieur CentraleSupélec

Master of home university

June 2013

6 ° year

CENTRALESUPÉLEC – DOUBLE DEGREE MOBILITY

SCHEME

MULTIDISCIPLINARITY

Alternate courses (8 weeks each)

• Science and Engineering Challenge (SEC, ST in French):

with Challenge Week (to solve a problem given by an

industrial partner)

• Academic Term (AT, SG in French)

ST 2Modelling

SG 3ST 4

Information

Semester 5 Semester 6

ST 5Functional Modelling

& Regulation

T ST 7Optimisation

Semester 7 Semester 8

1st Year

2nd Year

* BG = Business Games; IL = Introductory Lectures; PM = Project Management

GLOBAL ORGANISATION - AN INNOVATIVE FORMAT

1ST AND 2ND YEAR BASIC CURRICULUMIN

8 MAJORS

ENERGY

LARGE SCALE INTERACTING SYSTEMS

COMPUTER SCIENCE

MATHEMATICS AND DATA SCIENCE

PHYSICS AND NANOTECHNOLOGY

BIOTECHNOLOGY AND ENVIRONMENTAL ENGINEERING

COMMUNICATING SYSTEMS AND INTERNET OF THINGS

CIVIL ENGINEERING AND TRANSPORTATION

3RD YEAR

8 Professions

• Research

• Innovation /

Development / Service

• Complex Systems

Conception

• Project Management

• Operations

Management

• Business Analytics

• Sales

• Entrepreneur

ST 9Major

SG 10Specialisation

SG 11Specialisation

Des « mentions »

Au sein des

dominantes

Internship

EnergyBiotechnology and environmental eng.

Mathematics and Data Science

Large-ScaleInteractive Systems

Internet of Things and Communication Systems

Computer science

Civil engineering and Transportation

Physics and Nanotechnology

Resources [G]

Networks [G]

Environment / Sustainable p

Production [G]

Healthcare and Biomedical

Services [G]

Control Engineering

Design and System Sciences

Construction and Urban Civil

Engineering [G]

Mecanical and Aerospace

Engineering [G]

Physics and Applied Photonics

for Information Processing [M]

Quantum Engineering [G]

Energy efficiency [G]

Supply Chain and Operations

Management [G]

Smart Network Systems [G]

Connected Objects and

Embedded Systems [R]

Mobile, Electromagnetic and

Nanoelectric Communicating

Systems [G]

Math. Modelling and

Simulation [G]

Data & Information Science

Software Design [G]

Artificial Intelligence [G]

Information System

Architecture [G]

8 Majors; 2 or 3 Specialisations for every Major

Campus :

[G] Gif

[M] Metz

[R] Rennes

Concentration:

Cybersecurity [R]

YEARS 1 & 2

GLOBAL

ORGANISATION

oduction

Academic Term SG

Core course 60 HEE

28 HEE

80 HEE

Languages

Other teaching activities (including

Semester-long courses)

Elective course 60 HEE

8-WEEK SEQUENCES/TERMS – AT STRUCTURE

8-WEEK SEQUENCES/TERMS – ST STRUCTURE

oduction 2

EE ST course 40 HEE

Engineering Challenge Term ST

Common course

ST course 60 HEE

X, course related to Major

60 HEE

50% Major

28 HEE

80 HEE

Languages

Other teaching activities (including

semester-long courses)

Challe

MASTERING COMPLEX SYSTEMS

Sequences: Engineering Challenge Term (ST)

4 subjects during

1ST YEAR (semesters S5 & S6)

Modelling: ST2

Information: ST4

• Active learning based on engineering problem-solving at every step of the

curriculum: Engineering Challenge Term

• Broad understanding of the challenges

• Dedicated and coherent courses

• Team resolution of a real problem, given by a partner company, during the

Challenge Week

& 2ND YEAR (semesters S7 & S8)

Functional Modelling and Regulation: ST5

Optimisation: ST7

1ST AND 2ND YEAR

RULES AND SEQUENCES/TERMS

1st and 2nd year compulsory courses during Sequences/TermsYEAR 1 YEAR 2

Digital Environments and

Programming (BDP)SG1

Algorithms and Complexity ST2

Modelling ST2

Signal Processing ST4

Statistics, Machine Learning

and Data ProcessingST4

Automation and Control ST5

Systems Modelling ST5

OptimisationST7

YEAR 1 YEAR 2

Semester

SG1• Information Systems and

Programming

ST5• Control Engineering

• Systems Modelling

ST2• Algorithms and Complexity

• Modelling

Spring

Semester

SG3 ST7• Optimisation

ST4• Signal Processing

• Statistics, Machine Learning

and Data Processing

+ Convergence, Integration,

Probability, Partial Differential

Equations

+ Quantum and Statistical Physics

+ Management

+ Finance

+ Sociology of Organisations

+ Economics

+ Philosophy

1ST AND 2ND YEAR

COMPULSORY COURSES (DETAIL)

1st and 2nd year semester-long courses

In parallel but outside the term

Convergence, Integration, Probability, Partial Differential Equations

(120HEE, 60HEE fast, 180HEE reinforced)

Business Management

Quantum & Statistical Physics

Philosophy

Economics

Finance

Organisational Sociology

1ST AND 2ND YEAR

RULES AND SEQUENCES/TERMS

4 elective courses in Engineering Science to be chosen out of 9

(1 course corresponding to 60HEE - 36 contact hours)

1ST YEAR academic-term-elective courses (SG1 & SG3)1.1, 1.2, 1.3, 1.4 & 1.5

1ST AND 2ND YEAR

BASIC CURRICULUM = 8 SEQUENCES/TERMS

Seq. Time slotElectrical

EnergyElectronicSystems

Electro-magnetism

Transport Pheno-mena

Networks and

Security

IndustrialEng.

Thermo-dynamics

Continuum Mechanics

Materials

Elective 1.1

Elective 1.2

Elective 1.3

Elective 1.4

Elective 1.5

- 6 possible 60HEE elective courses2.1, 2.2, 2.3, 2.4, 2.5 & 2.6

> Students must follow 5, plus

- at least 1 in Industrial eng., Management, Eco.

- at least 2 in Engineering and/or Science

2ND YEAR academic term elective courses

1ST AND 2ND YEAR

- 3 possible 40HEE elective coursesélectif A, électif B, électif C

> Students must choose 2:

- 1 HSS (Humanities and Social Studies)

- 1 self-directed learning

1ST and 2ND YEAR academic-term-elective courses

1ST AND 2ND YEAR

YEAR 1

ACADEMIC TERM SG1

Information Systems and Programming 60 HEE

50%Major

Electif 1.1 60 HEE

Electif 1.2 60 HEE

Skills (20 HEE)

Introductives conference (20 HEE)

CIP-PDE (40 HEE)

Languages (28 HEE)

Sports (28 HEE)39

- In English

- English on demand

- Part in English, part in French

- Prerequisite compulsory

- Prerequisite preferable

On demand

Name of the course

ACADEMIC TERM SG1

9 elective courses corresponding to 60HEE (36 contact hours)

- Electromagnetism 1.2

- Electrical Energy 1.1

- Electronic Systems 1.2

- Transport Phenomena

- Continuum Mechanics

- Material Sciences

- Thermodynamics

- Industrial Engineering

- Networks and Security

Students must select 2 courses during SG1

Or 1 course + additional course either in Mathematics or in

Computer Science

ENGINEERING CHALLENGE TERM ST2

oduction 2

EE Algorithms and Complexity 60 HEE

Eng. Challenge Term: Modelling ST2

Core Curriculum

Modelling 60 HEE

40 HEEMajor C

Skills (10 HEE)

Business Management (30 HEE)

CIP-PED (60 HEE)

Languages (28 HEE)

Sports (28 HEE)

Core Curriculum

Elective courses corresponding to MajorsEnergy (ENE)

Large Scale Interactive Systems (GSI)

Computer Science (Info&Num)

Mathematics and Data Science (MDS)

Physics and Nanotechnology (PNT)

Biotechnology and Environmental Engineering (VSE)

Communicating Systems and Internet of Things (SCOC)

Civil Engineering and Transportation (CVT)

Students must select 1 course during ST2:

Course related to major

and 1 course (final week): Challenge Week

- In English

- English on demand

On demand

Name of the course

Course related to major & Challenge Week

Medical Robotics GSI- Dynamics of Dimensionally Stable Solids

- EI 1- Modelling and Sizing of a Mammography Machine

- EI-2 Modelling and Sizing of a Vascular Radiology Device

- EI-3 Modelling and Sizing of a Minimaly Invasive Chrugical Robot

Bioengineering: Produce, Secure, Repair VSE- Life Sciences

- Transport in Porous Media- EI-1- Multiscale Modelling of Transfer Phenomena in a Fixed Cell Proliferation

- EI-2 Biofilm: an Obstacle to Electricity Production Coupled with a Health Risk

- EI-2bis Production of Microalgae through a Biofilm Production System

- EI-3 Pollution of Groundwater

Integrative Design Approach CVT- Modelling and Experimentation

- Modelling and Numerical Simulation- EI - Performance and Hybridization of a Vehicle by Functional

Modelling

Modelling Resilient and Secure Crisis Management

Communications SCOC- Modelling of a Radio Transmission System

- Smart Antennas for Communications in Complex and Severe

Environments- EI – Conception d’un système de communication résiliant mixant

modélisation / expérimentation / simulation / mesure / identification de

paramètres

On demand

Energetic Transition ENE

- Principle and Modelling of Electromagnetic Conversion Systems

- Modelling of Energy Transfers- EI-1 Coupler Modelling for Contactless Recharging

- EI-2 Modelling the Energy Consumption of a Building

Viral Propagation MDS- Mathematical Modelling of Propagation Phenomena

- EI-1 Epidemic: Modelling, Predicting, Communicating – Case of an

Epidemic on an Island

- EI-2 Epidemic: Case of Ebola Epidemic in Africa

- EI-3 Viral Marketing Campaign

Electrical energy or

Heat and Mass Trnasfer

Non-destructive testing and diagnostic PNT

- Waves : Fundamentals for non-destructive-testing- EI1- Wave-technologies in the oil and gas industry

- EI-2 Nuclear and Non Destructive Testing

- EI-3 In-line measurement using wave engineering (Metz)

Modelling Strategic Intractions through Games Info&Num- Computational Approach to Games

- EI1- Adversarial Games for Software Design

- EI-2 Strategic Games for the Economy

- EI-3 Congestion Games for Transportation

- EI-4 Evolutionary Games for Biology

On demand

Electromagnetism or

Networks and

Security

Electromagnetism

ACADEMIC TERM SG3

50%Major

Electif 1.4 60 HEE

Electif 1.5 60 HEE

Electif 1.3 60 HEE

Skills (10 HEE)

Project A (30 HEE)

Quantum and Statistical Physics (30 HEE) + CIP-PDE (20 HEE)

Languages (28 HEE)

Sports (28 HEE)49

ACADEMIC TERM SG3

9 elective courses corresponding to 60 HEE (36 contact hours)

- Electromagnetism

- Electrical Energy

- Electronic Systems

- Heat and Mass Transfer 1.4

- Continuum Mechanics 1.3

- Material Sciences 1.4

- Thermodynamics 1.3

- Industrial Engineering 1.5

- Networks and Security 1.5

Students must select 3 courses during SG1: courses they did not

take in SG1

Or 2 courses during SG3 if they took 2 courses during SG1

oduction 2

EE Signal Processing 40 HEE

Science and Eng. Challenge: Information ST4

Common course

Stat., Machine Learning, Data

Processing 60 HEE

60 HEE

50% Major

Challe

Projet A (30 HEE)

Quantum and Statistical Physics (30 HEE) + Finance (20 HEE)

Language (28 HEE)

Sports (28 HEE)

- In English

- English on demand

On demand

Name of the course

Mathematics and Data Science (MDS)

Students must select 1 course during ST4:

and 1 course (final week): Challenge Week

Data and Statistics in Finance MDS - Introduction to the Study of Financial Data: Econometrics,

Organisation of Financial Markets, Agent Models- EI – Statistical Tools for Investment Strategies in the Financial Markets

Data@Web : web data intelligence. Creating Values

around Web Data Info&Num- Unstructured Mass Data Processing and Analysis – the Case of

Web Data- EI 1- e-reputation: Sentiment Analysis and NLP

- EI 2- e-marketing

- EI 3- e-tourisme

Energy and Climate ENE- Intermittent Renewable Energies

- Climate Models

- Components of Electrical Systems- EI 1- Forecast of Climate Change

- EI 2- Realisation of Tools for Identifying Uses and Expenses of a

Private Site

- EI 3- Estimation of the Production of an Offshore Wind Farm

- EI 4- Influence of the Meteorology on the Productivity of an Offshore

Tidal Stream (Rennes)

Electrical energy

Heat and Mass Transfer

Integrated Engineering. Digital Mockup and Life Cycle of

Works and Vehicles CVT

- Introduction to Digital Twin- EI – Processing of Information for the Design of a Work of Art

Continuum Mechanics

Information Processing for Systems and Infrastructure

Resilience GSI- Risk Assessment and Resiliency Analysis of Systems and

Infrastructures- EI 1- Algorithms for Monitoring and Decision of the State of Health of

Aircraft Engines. Apllication to the Diagnosis of the Oil Circuit of a

Turbojet

- EI 2- Résilience and PHM in the Rail Sector: Passenger Access Doors

and Switches

- EI 3- Predictive Maintenance of the Means of Energy Production

- EI 4- Application of Data Analysis for the Improvement of Steel

Manufacturing Processes (Metz)

Black Swans Detection PNT- Data Analysis in Particle Physics and Cosmology

- EI - Black swans detection in particle physics and cosmology

Data Processing for IoT Services SCOC

- Theory of Information and Complexity of Information

Processing

- Wireless Communication Neworks for IoT- EI – Sensor Network Deployment and Data Processing

Big Data & Health: from Data Acquisition to Decision

VSE- Biology and Statistics

- EI 1 Problematic Neurological Disease

- EI 2 Le système national des données de santé pour l’identification de

grandes tendances

- EI 3 Médecine de précision en cancérologie

- EI 4- Don’t let it ring! (Rennes)

YEAR 2

oduction 2

Control engineering 60 HEE

Eng. Challenge Term: Functional Modelling and Regulation

Common course

X, course devoted to Major

60 HEE

50% Major

Major Challe

Project B (30 HEE)

Philosophy (20 HEE) +Economy(40 HEE)

Languages (28 HEE)

Sports (28 HEE)

System modelling 40 HEE

- In English

- English on demand

On demand

Name of the course

Mathematics and Data Science(MDS)

Students must select 1course during ST5:

and 1 course (final week) Challenge Week

Steering and flight control in aeronautical and space

transport

GSI/CVT - Performance and flight paths

- EI 1 Control the operation of a nanosatellite

- EI 2 Control the operation of a nanolayer

- EI 3 Control the operation of an airplane

Bioreactor control for sustainable production

VSE/GSI- Process Engineering and Sustainable Development

- EI Maximizing the production of a bioprocess for environmental

applications

Continuum Mechanics

Eco-neighbourhood as a complex system. Sustainable

design & complex project management

CVT/GSI- Sustainable and Urban Planning

- EI Eco-district Urban Project

Light and matter: development of high-tech instruments

PNT- Physics of Matter

- EI 1 Beamline Design Synchrotron

- EI 2 Quantum Cascade Lasers

Electromagnetism

Control of acoustic and electromagnetic pollution

- Theory and Arlgorithms for Wave Control- EI Design of a Coating to control the Pollution of Waves

Systèmes complexes industriels et critiques à logiciels

prépondérants Info&Num- Design and verification of critical systems

- EI Design of Intelligent Systems for Transport

ElectromagnetismOn demand

Multi-energy systems

ENE- Introduction to Energy Production

- EI 1 Regulation and control of energy production and conversion systems

- EI 2 Hybrid power train

- EI 3 Turbojet and onboard energy

Autonomous and connected vehicle

SCOC- On-board electronics and communcation networks for

autonomous and connected vehicles- EI Autonomous connected vehicle: modelling and validation of a

function on a scaled-down platform

Electromagnetism

Smart energy and smart building

GSI/SCOC/ENE - High Energy radiocommunications

- EI Hierarchical control of thermal comfort

Embedded and smart systems for health purposes

GSI/VSE/SCOC- High energy performance communications

- EI Smart Systems for personalised blood glucose control

Rennes campus

Modelling and design of a sensor supervision system

Info&Num/SCOC

- Data Models and design schemes- EI Development of the information system for the supervision of a

Smart Building or the Medical follow-up of patients

Rennes campusENGINEERING CHALLENGE TERM ST5

Documents in English

UAV semi-autonomous navigation

MDS- Autonomous Robotics

- EI Building Inspection by semi-autonomous drone (quadcopter)

Smart photonics systems for control and measure (Metz)

PNT- Photonics for the control of physical systems

- EI Laser remote sensing (LIDAR) for optronic surveillance and target

detection

Metz campus

Assistance and autonomy of the person

Info&Num/SCOC/VSE (Metz)- Control of variable speed drive

- EI Design of a motorised wheelchair for disabled person

Metz campusENGINEERING CHALLENGE TERM ST5

Electronic Systems

6 elective courses: students must select 5 during

SG6+SG8

ACADEMIC TERMS SG6 + SG8

ACADEMIC TERM SG6

50%Major

Electif 2.2 60 HEE

Electif 2.3 60 HEE

Electif 2.1 60 HEE

Skills (10 HEE)

Project B (30 HEE)

Sociology of Organisations (20 HEE) + Law (20 HEE)

Languages (28 HEE)

Sports (28 HEE)73

ACADEMIC TERM SG6Electif 2.1

- Distributions et opérateurs

- Génie logiciel orienté objet

- Exposition de personnes à l’életromagnétisme et compatibilité électromagnétique

- Stratégie et Marketing et Organisation

- Design Science

- Compréhension, optimisation et simulation des procédés biotechnologiques

- Conversion d’énergie

- Structural vibrations and acoustics

- Réseaux de communication mobiles et services

- Heat Transfer75

- Machine Learning

- Gestion de données massives

- Architecture et conception des systèmes numériques

- Corporate Finance and Law

- Développement de produits : de l’idée au prototype

- Quantum and Statistical Physics part II

- Systèmes dynamiques en neurosciences

- Comportement non-linéraire des matériaux

- Compression et débruitage des signaux

On demand

- Probabilités avancées

- Calcul haute performance

- Capteurs intégrés pour l’internet des objets et les réseaux intelligents

- Économie de l’innovation et de la croissance

- Antenna design for advanced applications

- Genomics and synthetic biology in health and industrial biotechnology

- Mécanique des fluides

- Mécanique avancée pour le génie civil

- Théorie des télécommunications

On demand

ACADEMIC TERM SG6

Elective courses corresponding to 60HEE (36 contact hours)

- Introduction to Mobile Application Engineering

- Méthodes d’estimations et introduction à la théorie moderne du codage

- Analyse et traitement de données audio (parole et musique)

- Traitement d’images

- Conception de systèmes électroniques complexes : du composant au système

hétérogène

- De l’atome aux composants électroniques

- La lumière pour comprendre la matière

Metz campus

On demand

ACADEMIC TERM SG6

Electif 2.1- Architecture des calculateurs

- Economie de l’innovation

- Modelica et bond graph : modélisation multi-domaine, analyse et simulation

Electif 2.2

- Nouveaux paradigmes réseaux

- Méthodes numériques

- Model based Design of Embedded Control Systems

Electif 2.3

- Economie numérique

- Intelligence artificielle et deep learning

- Compression-protection et transmission de l’information

Electif B

- Art et Numérique

- Impact sociétal de l’autonomisation

Rennes campus

ACADEMIC TERM SG6

Rennes campus

Automatique

Modélisation Système

Modèles de données et schémas de conceptions Communication à haute performance énergétique

ACADEMIC TERM SG6

Comprendre la blockchain Informatique Electif B

Développement d'applications web et mobile Informatique Electif C

Gestion des achats Sciences de l'entreprises Electif C

Métier de l'ingénieur, Ethique et Responsabilité LMI

Individus, Travail, Organisations SHS

Enjeux de Société SHS

Science, Technologie, Société SHS

Innovation, Arts et créativité SHS

oduction 2

Optimisation 60 HEE

Science and Eng. Challenge: Optimisation ST7

60 HEE

50% Major

Challe

Project (80 HEE)

Skills (10 HEE)

Languages (28 HEE)

Sports (28 HEE)

Project 40 HEE

- In English

- English on demand

On demand

Name of the course

Circular economy and industrial systems

GSI/VSE/ENE/CVT - Circular economy and methods of industrial ecology

- EI 1 Biomaterial recycling or biorefinery

- EI 2 Heat networks

- EI 3 Treatment of excavated material in the tunnels of Greater Paris

Optimisation of passenger transport systems

GSI/Info&Num- Modelling for decision support

- EI Optimisation of of a passenger transport system

Optimisation and management of complex systems flows

GSI/VSE- Optimisation and flow management

- EI 1 Flow management in e-commerce GSI

- EI 2 Flow management in an hospital environment VSE

- EI 3 Urban flow management

Mathematical modelling of financial markets and risk

management

MDS- Financial risk modelling

- EI Minimisation of risks in the financial markets

Optimising network infrastructure for smart cities

SCOC- Optimisation of network infrastructures

- EI Smart cities: connected cities

High performance simulation for impression reduction

Info&Num/MDS- Parallel Numerical Methods; Parallel and Distributed

Algorithms and Programming- EI 1 Underwater acoustic footprint reduction to increase stealth

- EI 2 Reduced noise footprint of a car to reduce urban noise pollution

- EI 3 Reducing the carbon footprint of an aircraft by reducing energy

consumption to reduce the impact on the environment

Documents in English

Efficiency of embedded energy systems

ENE- Numerical methods and solving the optimisation problems of

embedded energy systems- EI 1 Energy efficiency of electric traction machines

- EI 2 Traction chain optimisation on road cycle

- EI 3 Optimal management of a hybrid vehicle

- EI 4 Energy efficiency of a satellite power generator

Additive Manufacturing Design CVT- Multiphysics couplings for additive manufacturing

- EI Optimisation of aeronautical parts in additive manufacturing

Electrical energy

Heat and Mass Transfer

Smart grids and energy challenge: energy management in

isolated area

ENE/GSI- Renewable energies and micro grids

- EI Insulated micro grid

Digital technology serving the human world

Info&Num/MDS/VSE- 2D – 3D image and sound analysis

- EI What you unwittingly say: decryption and automatic analysis of

nonverbal behaviours

Rennes CampusENGINEERING CHALLENGE TERM ST7

Optimisation and representation of signals for source

separation and data compression

- Sparse representation of signals- EI Learning and representations for the separation of sources;

applications in petroleum exploration, robotics, sound recording or

medical imaging

Metz campusENGINEERING CHALLENGE TERM ST7

6 electives courses: students must select 5 during

SG6+SG8

ACADEMIC TERMS SG6 + SG8

ACADEMIC TERM SG8

50%Major

Electif 2.5 60 HEE

Electif 2.6 60 HEE

Electif 2.4 60 HEE

Skills (10 HEE)

Project (80 HEE)

Languages (28 HEE)

Sports (28 HEE)92

- Calcul scientifique

- Énergies renouvelables

- Mileux réactifs

- Matériaux du vivant

- Fundamental laws of the Universe: particle physics, astroparticles and cosmology

- Traitement d’images numériques

- Management agile de projets complexes

- STG RID

- Intelligence artificielle

- Gestion des opérations de la chaîne logistique94

On demand

- Statistiques avancées

- Transferts thermiques

- Systèmes robotiques interactifs

- Urbanisme

- Physique de la matière divisée

- Du transistor au système analogique complexe

- Économie internationale

- STG RID

- Informatique théorique

- Cloud computing et informatique distribuée95

On demand

- Algèbre et cryptologie

- Ingénierie nucléaire

- Analyse, optimisation et coordination / pilotage des systèmes dynamiques multi-

agents – Drones

- Multiphysics coupling simulation

- Ingénierie des procédés au service du développement durable ; process engineering

for sustainable development

- Application de la physique statistique au traitement de l’information

- Management de l’innovation et création d’entreprise

- STG RID

- Object oriented software engineering96

On demand

ACADEMIC TERM SG8

6 elective courses corresponding to 60HEE (36 contact hours)

- Introduction to service-based applications development

- De l’élégance de la programmation C++

- Big data : collecte, stockage et analyse de données sur cluster et sur cloud

- Systèmes embarqués électroniques et informatiques robustes

- Smart photonics systems

- Chaos, fractales et complexité

Metz campus

On demand

ACADEMIC TERM SG8

8 elective courses corresponding to 60HEE (36 contact hours)Electif 2.4

- Programmation système sous linux et Windows

- Serious game

- Economie environnementale

Electif 2.5

- Systèmes d’exploitation

- Les radiocommunications

- Model based predictive control

Electif 2.6

- Systèmes embarqués et internet des objets

- Réalité virtuelle et augmentée

- Micro-grid

Electif C

- Mobilité et sciences humaines

Rennes campus

ACADEMIC TERM SG8

Rennes campus

Optimisation

Compilation Analyse 2D Energies renouvelables

A NEW UNIFIED CURRICULUM · 2019-03-22 · CENTRALESUPÉLEC - ENGINEERS-ENTREPRENEURS OF THE...

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