Ingénieur / Master of Engineering program 2013/ Ing en... · Ingénieur / Master of Engineering program 2013/ 2014 totally taught in french year 1 and year 2 ... GIPAD Computer Science

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totally taught in french

year 1 and year 2

Contact email [email protected]

mailto:[email protected]

2

10

Masters (Engineering Diploma)

Scientific field : Computer Science, Information and Production Systems

AII Control Engineering and Industrial Information Technology (p.3-4)

GIPAD Computer Science for Decision Support (p.7-8)

GOPL Operations Management in Production and Logistics (p.9-10)

GSI Information Systems Engineering (p.13-14)

OMTI Organization and Management of Information Technology (p.17-18)

QSF Quality and Reliability Engineering (p.19-20)

Scientific field : Environment, Energy and Nuclear engineering

GE Environmental Engineering (p.5-6)

GSE Energy Systems Engineering (p.11-12)

NTSE Nuclear Engineering: Technologies, Safety and Environment (p.15-16)

STAR Systems and Technologies Applied to nuclear Reactors (p.21-22)

3

AII Control Engineering and Industrial Information Technology

(Courses in French)

Head of Program: Ass. Prof. Mohamed Yagoubi - [email protected] In this option, students learn the skills needed to develop and monitor automated

systems. These skills include modeling and simulation to understand how the systems work; instrumentation and industrial information technology to collect, process and transmit information in real time; finally control engineering to design the systems. AII engineers have a global vision of systems and play a key role in all phases of project management, including design, development, implementation, installation and maintenance. Their work also involves taking into account all factors, including human factors.

Career opportunities: Thanks to technological progress (increasingly powerful digital control systems), and organizational improvements (project structure) there is a growing industry demand for AII engineers. Since this option was created in 1995, graduates have found two major types of job opportunities. Half the graduates have found jobs with large corporations (PSA, Matra, Alstom, Dassault, CNES, Renault, etc.) and sometimes with innovative SMEs. One third of the graduates have joined IT engineering and consulting firms (BII, IPSIS, Auxilio, Altran, etc.). Others have been hired by information and communication technologies firms.

Jobs for Tomorrow and the Future: Traditional jobs include Technical sales engineer, Control engineer, Modeling engineer, Test and validation engineer, and Development engineer.

After a few years, most engineers move into:

Project leadership positions,

Specific expertise (research engineer, then senior engineer, R&D manager),

Customer support (marketing, training, sales / pre-sales).

4

SEM1 SEM2

Software Integration M.Tisi 3

Software engineering and object oriented programming M.Salaun 3

Complex System engineering B.Castanier 4

Signals and robust dynamic systems : analysis and design P.Chevrel 4

Digital Signal Processing and Control F.Claveau 4

Industrial Automation M.Porez 4

Physics-based models and numerical simulation F.Boyer 4

Systems Control R.Rabah 4

Social Science and Management coursesOrganization studies S.Ghaffari 4

Social Science and Management courses (only one to be choosen!) 3

Innovation Management S.Ghaffari

Industrial Design G.Minguet

Human, Technology and Society AF. Kogan

Innovation economics S.Bretesche

Business history M.Devigne

Negociation M.Devigne

Generic Methods for Engineers courses (only one to be choosen!) A. Villot 4

Statistics --------------------------------------------------------Optimization

Statistics --------------------------------------------------------Data Analysis

Statistics --------------------------------------------------------Experimental MethodologyIntroduction to industrial engineering, tools and methods from

industry courses (only one to be choosen !) D.Lemoine 3

Industrial and Logistic Process of the Vast Company--------------Working in an international context

Industrial and Logistic Process of the Vast Company--------------Managing a project

Industrial and Logistic Process of the Vast Company--------------Quality, Safety and Environment

Industrial and Logistic Process of the Vast Company--------------Entrepreneurship

Industrial and Logistic Process of the Vast Company--------------Managing commercial relations

Health and Safety at work (compulsory for all)

Foreign Languages courses S.Evans

English and Second Foreign Language 3 3

Project 3 E.Voisin

Short Project in Industry 5

Project 4 M.Tazerout

Scientifical and Technical project (60h) 5

Training for the corporate world N.Poedras

International Internship 3

Sports Activities L.Mony

Sports Activities +2 +2

SEM1 SEM2

Multivariable Control System Design P.Chevrel 3

Non Linear and Robust Control P.Chevrel 3

Robotics F.Boyer 3

Embedded Systems F.Boyer 3

Dynamic Systems Modelisation and Simulation M.Yagoubi 3

Dynamic Systems Identification M.Yagoubi 3

Project M.Yagoubi 6

Social Science and Management courses

Law and Sociology S.Brétesché 3

Strategy and Management S.Brétesché 3

Training for the corporate world

End of study project E.Vois in 30

DEFI (Elective) A.Pichon X

(Student centred process of reflection on competencies and professional objective)

Master Year 1Control Engineering and Industrial Information TechnologyAII

Scientific and Technical courses

General Scientific and Technical course

Scientific and Technical courses European Crédit - ECTS

Scientific and Technical courses (specialization)

European Crédit - ECTS

AII Control Engineering and Industrial Information Technology Master Year 2

5

GE Environmental Engineering

(Courses in French)

Head of Program: Ass. Prof. Aurélie JOUBERT – [email protected] In this option, students learn to be engineers in a dynamic sector: the treatment of

nuisances and pollution (water, air, waste, noise) and environmental management (eco-assessment, eco-design). The GE option looks both at process engineering, involving the processes themselves, which help limit emissions by industry, and treatment processes, once pollution has occurred. It also involves environmental management, integrated systems (quality, safety, environment), sustainable development policies, environmental assessments and impact reports, as well as regulatory watch.

Career opportunities: In a sector where national spending is growing by nearly 5% per year, the number of jobs is increasing steadily. There are numerous employment opportunities with organizations involved in environmental management: Eco-industries, which manufacture and manage waste recycling and treatment facilities; Businesses, which due to their size and their impact on the environment, have dedicated departments (often in conjunction with health and safety), in particular Classified Facilities for Environment Protection; Public or private organizations and laboratories, doing research and development in these fields; engineering, auditing or consulting firms, including public agencies such as the Agence de l’Eau, Ademe, BRGM, etc.; Governments, local or central governments (cities, counties, DRIRE, etc.) ; Consulting firms that provide environmental engineering and design services.

Jobs for Tomorrow and the Future: In light of changes in environment-related jobs, the Environmental Engineering option trains engineers to be able to:

Design, model, optimize and implement effluent treatment processes (water, waste, air) and make sustainable use of resources (clean processes);

Develop and implement environmental and sustainable development policies in businesses (ISO 14000, Integrated Management, Eco-Design, Life Cycle Analysis);

Integrate economic, technical and regulatory requirements into solutions for environmental problems (classified facilities, energy efficiency management);


6

SEM1 SEM2



Energy and Environment : challenges and strategies B.Bourges 4

Fundamentals of Fluid mechanics C.Solliec 4

Complex Flow Modeling C.Solliec 4

Ecodesign and Life Cycle Analysis V.Hequet 4

Chemical engineering for environment and energy P.Pré 4

Pollutant Behavior and Fate C.Gerente 4


Organization studies S.Ghaffari 4





















Project 3 E.Voisin








SEM1 SEM2

Urban Wastewater Treatment Processes C.Gerente 3

Urban and Industrial Air and Soil Remediation A.Joubert 3

Waste Management and Renewable Energies A.Joubert 3

Sustainable cities V.Hequet 3

Environmental and Risk Management A.Joubert 3

Modelling for Environmental Impact Reduction A.Joubert 3

Project V.Hequet 6


Labor Law and Sociology Applied to Environmental Issues S.Ghaffari 3

Strategic Business Management S.Ghaffari 3








GE Environmental Engineering Master Year 2

GE Environmental Engineering Master Year 1


7

GIPAD Computer Science for Decision Support

(Courses in French)

Head of Program: Ass. Prof. Xavier Lorca– Xavier.Lorca @mines-nantes.fr Decision making processes in business are becoming increasingly complex. There is so much data involved and the human and financial issues are so important that information technology has become a strategic tool. Decision-making systems that process and utilize data are already common in business. Today there are powerful new analytical and optimization methods. The GIPAD option trains engineers who can design, implement and integrate IT solutions for each phase of the decision making process, from data collection to the production and analysis of decisions. Career opportunities: Decision-making is crucial in science, industry and the service sector, with the greatest demand coming from finance, telecommunications, logistics, production, health care, energy and electronics. Information systems development and integration can be done in-house, in businesses that need a dedicated department or if they handle sensitive information, or can be outsourced. GIPAD engineers can join:

IT R&D for major accounts

General or specialized IT consulting firms

Software publishers Jobs for Tomorrow and the Future: Decision-making jobs involve two main activities, the functional analysis of a problem and developing and implementing the IT solution. These activities are generally performed simultaneously, in the context of a team project designed to solve a problem. Generally, GIPAD engineers start out as design and development engineers, and then quickly move into leadership positions such as IT project or product managers, or technical expert jobs such as consultants or research engineers. Decision-making has a wide range of applications, so engineers can focus on a specific area (finance, logistics) where their skills will be highly appreciated, or a technical specialty (optimization, visualization, decision-making).


8

SEM1 SEM2



4

Introduction to decision making system F.Lehuede

introduction to information system A.Lebre

Graph and Algorithms X.Lorca 4

Operations research 2 C.Lalhou 4

Software engineering and software quality JC Royer 4

Modelling languages and techniques P.David 4

Constraint solving methods P.David 4























Project 3 E.Voisin



Nuclear Science and Societal issues 5





SEM1 SEM2

Artificial Intell igence and Constraint Programming T.Peti t 3

Software Architectures and Quality H.Gral l 3

Combinatorial Optimisation T.Peti t 3

Business Intell igence X.Lorca 3

Data Visualization X.Lorca 3

Project Management H.Gral l 3

Project X.Lorca 6


Law and Sociology S.Bretesche 3

Strategy and Management S.Bretesche 3






GIPAD Computer Science for Decision Support Master Year 2


General Scientific and Technical course (only one to be choosen!)

GIPAD Computer Science for Decision Support Master Year 1


9

GOPL Operations Management in Production and Logistics

(Courses in French)

Head of Program: Ass. Prof. Odile Morineau – [email protected] This option has existed since the School was founded, and was originally focused on the optimization of production systems. The curriculum has evolved and now covers the entire logistics chain, including sourcing, production and distribution. In all cases, the goal is to optimize complex flows of materials and information to achieve maximum quality of service at minimum cost and lead times. But certain costs related to human and environmental issues are difficult to measure, and not all solutions can be applied on the ground. Hence the difficulties of this field, which is based on mathematical models but must also take into account the human factor. Career opportunities GOPL engineers can find employment as: Production team manager, logistics engineer, in charge of quality and time elements. Sourcing or distribution manager, in charge of managing relations with suppliers and/or customers, to ensure efficient logistics flows based on a variety of parameters (inventory, transportation, price fluctuations, time elements). Information systems consultant, providing ERP software integration services for businesses. There are numerous job opportunities, with services now being one of the primary fields. GOPL graduates work for large corporations, for logistics service providers, and in consulting. Accenture is one of the top employers.

Jobs for Tomorrow and the Future: Logistics engineers acquire more and more responsibilities during their careers. After starting as production shop managers, they move on to manage the entire production or supply chain process. Engineers starting out in production and logistics discover the ins and outs of a business. This is an excellent way to move up to strategic management positions.


10

SEM1 SEM2



4

Complex system engineering B.Castanier


Operations research I D.Prot 4

Operations research 2 C.Lalhou 4

Quality: Management and SPC T.Yeung 4

Operation management O.Peton 4

performance evaluation L.Truffet 4






















Project 3 E.Voisin








SEM1 SEM2

Operation Research 3 O.Morineau 3

Production Management O.Morineau 3

Transportation and Logistics Network Design O.Morineau 3

Logistics Operations Management O.Morineau 3

Supply Chain Management O.Morineau 3

Supply Chain Efficiency Under Uncertainties O.Morineau 3

Project O.Morineau 6








GOPL Operations Management in Production and Logistics Master Year 1





GOPL Operations Management in Production and Logistics Master Year 2

11

GSE Energy Systems Engineering

(Courses in French)

Head of Program: Prof. Camille Solliec [email protected] Created in 1997, the GSE option is highly successful, with exciting challenges and career opportunities driven by increasingly strict environmental requirements (greenhouse gas reduction, etc.) and rising fossil fuel prices. In this context, there is real scientific progress and technological change, even if they may seem too slow in coming. Improvements are being made constantly, both as regards machine energy efficiency and the design and management of energy systems. The option trains engineers who can meet these challenges thanks to their ability to manage complex technical and financial projects. Career opportunities: The GSE option has wide-ranging applications, and trains engineers who can work on any system where energy conversion occurs.

Vehicle engines

Electric power plants

Industrial boiler rooms

Cogeneration systems

Air conditioning systems

Wind and solar energy facilities

Waste-to-energy sites

Whatever their size, these are complex systems with complicated interactions. Engineers who design or operate them must deal with regulation and control problems, along with crucial environmental, regulatory and financial issues. Jobs for Tomorrow and the Future: GSE engineers work both on the design and the operation of facilities. The principal positions are:

Design and process engineer for energy producers and power plant operators;

Project engineer or business engineer for engineering and design firms and original equipment manufacturers.

Designer and developer of new products for power conversion equipment manufacturers.


12

SEM1 SEM2



4

Energy and Environment : challenges and strategies B.Bourges

Fundamentals of Fluid mechanics C.Solliec 4

Complex Flow Modeling C.Solliec 4

Ecodesign and Life Cycle Analysis V.Hequet 4

Applied Thermodynamics & Combustion K.Loubar 4

Energetics of Thermal & Hydraulic Machines M.Tazerout 4























Project 3 E.Voisin








SEM1 SEM2

Thermodynamic Cycle for Energy Systems K.Loubar 3

Renewble and Carbon-Free Energy K.Loubar 3

Modeling, simulation and Control of Energy Systems O.Le Corre 3

Conversion and Transport of Electricity O.Le Corre 3

Energetic Building Performance C.Sol l iec 3

Energetic Systems Efficiency C.Sol l iec 3

Project M.Tazerout 6


Labor Law and Sociology S.Ghaffari 3

Strategic Project Management S.Ghaffari 3





GSE Energy Systems Engineering Master Year 1





GSE Energy Systems Engineering Master Year 2

13

GSI Information Systems Engineering

(Courses in French)

Head of Program: Ass. Prof. Hervé Grall - [email protected] Born from the explosion of the Web in 1998, the GSI option trains engineers who build information systems, which are now an essential component of business strategy. To stay robust and agile, IT systems must evolve and adapt, and to stay competitive, new products must be complex systems containing high added value IT components. GSI engineers have expert skills in the concepts and technologies making it possible to meet these two challenges, offering global solutions that are safe, reliable, robust, innovative, easy to integrate and upgradeable. Career opportunities: The GSI option does not target any one field in particular, but instead provides the fundamentals to build a solution in any sector as needed. GSI engineers have skills that are in high demand in all types of industrial and financial business. Consulting firms are the leading recruiters of GSI graduates, but there are other types of employers as well: Software developers and publishers, R&D labs, both in major corporations and innovative SMEs.

Large corporations (Air France, Dassault, EADS, PSA, TF1, Thalès, Total)

Finance and Banking industry (BNP Paribas, GAN, Société Générale),

Consulting firms (Accenture, Improve, SII, Sodifrance, SQLI, Teamlog, T-Systems, Unilog)

Software Publishers (ILOG, IST, Microsoft, PolySpace, VirtualLogix, WindRiver)

Research labs (INRIA, France Telecom R&D, IBM, Nokia Research). Jobs for Tomorrow and the Future: GSI engineers generally start out as design and development engineers. They then move quickly into architecture positions (applications integrator, then technical architect) to design and implement technical infrastructures for information system integration in a distributed and mobile context. If they are interested in communication, they may become IT project leaders or managers. GSI engineers interested in innovation may join companies with high growth potential to develop expertise in cutting edge, innovative technologies. Target jobs:

Applications integrator, Technical architect

IT Manager Technical expert


14

SEM1 SEM2



4


New-Generation Programming Languages J.Noyé 4

Structure and Execution of Programming Languages J.Noyé 4


Design patterns and software architectures JC Royer 4

Concurrent and distributed systems M.Sudholt 4













Statistics --------------------------------------------------------Experimental Methodology

Introduction to industrial engineering, tools and methods from










Project 3 E.Voisin








SEM1 SEM2

Operating Systems JM.Menaud 3

Software Architecture and Quality H.Gral l 3

Model Driven Engineering J.Cabot 3

Software Integration H.Gral l 3

Cloud Computing JM.Menaud 3

Project Management H.Gral l 3

Software Development Project H.Gral l 6








GSI Information Systems Engineering Master Year 1





GSI Information Systems Engineering Master Year 2

15

NTSE Nuclear Engineering: Technologies, Safety and Environment

(Courses in French)

Head of Program: Ass. Prof. Christoph Hartnack – [email protected]

The principal mission of the NTSE option naturally consists of training engineers to work in the major corporations and institutions in the nuclear sector. France, where electricity is largely nuclear in origin, is present in all the phases of the cycle and has a full range of facilities presenting various risks. The safety systems at these facilities must be designed according to the nature and magnitude of the hazards. But the option is not limited to the field of power production. It also covers other nuclear applications, including industrial, geological and medical applications. Career opportunities The option covers all nuclear applications, and trains engineers for a wide range of occupations essentially relating to the nuclear sector, where energy applications are predominant. The principal recruiters are: Major French nuclear groups: AREVA, through many of its subsidiaries, EDF, for power production activities (nuclear power plants) and decommissioning activities (EDF CIDEN). Consulting, engineering, testing and service firms such as ENDEL, ITENA, ALTRAN, ATR-Ingénierie, SOFREN, APTUS and Hémisphères, in particular in project management applied to decommissioning of nuclear facilities. Public industrial and commercial establishments such as the IRSN (French Institute for Radiological Protection and Nuclear Safety), ANDRA (French Agency for Radioactive Waste Management) and administrations such as the ASN (French Nuclear Safety Authority). The medical sector is likely to continue recruiting heavily, in particular in radiological protection. Students interested in becoming medical physicists can enroll in the Masters program in medical physics. Jobs for Tomorrow and the Future:

The industrial sector offers a wide range of jobs:

Safety engineer

Project engineer

Test engineer

Control engineer

Radiation protection engineer Technical sales engineer.


16

SEM1 SEM2



4


Physics of ionizing radiation V.Métivier 4

Instrumentation for Nuclear Physics D.Thers 4

Simulation in the nuclear field JP.Cussonneau 4

Fuel cycle and environment A.Abdelouas 4

Radiochemical methods and metrology J.Champion 4












Statistics --------------------------------------------------------Experimental Methodology

Introduction to industrial engineering, tools and methods from










Project 3 E.Voisin








SEM1 SEM2

Nuclear Safety 3

Radiation protection and Environment J.Champion 3

Dismantling and Retreatment C.Hartnack 3

Nuclear Waste Management A.Abdelouas 3

Reactors: Technologie, Operation and Simulation C.Hartnack 3

Irradiation and Materials T.Suzuki Muresan 3

Project C.Hartnack 6

Social Science and Management coursesStrategic Business Management S.Til lement 3

socio-organizational analysis of safety S.Til lement 3





NTSE Nuclear Engineering : Technologies, Safety, Environment Master Year 1





NTSE Nuclear Engineering : Technologies, Safety, Environment Master Year 2

17

OMTI Organization and Management of Information Technology

(Courses in French)

Head of Program: Ass. Prof. François De Corbière – [email protected]

Introduce information and communication technologies (ICT) in business? Of course! But to truly take advantage of these new technologies, the changes they bring must be managed carefully. OMTI engineers have expertise in both organizations and managing IT-related projects. They understand business environments and operations, as well as the strategic and organizational challenges of ICT management. Career opportunities This option was created in 2000. The students are evenly distributed in three sectors, where they participate in the evolution of information systems and related reorganizations:

Consulting and service firms

Banking and insurance

Industrial companies or industrial consulting firms. Jobs for Tomorrow and the Future:

In business, for example at the head of the organization or the IT department, all functions related to project ownership support, including expressing requirements, modeling solutions, drawing up specifications, defining changes during the project, and assisting users.

Project owner support, again, for making recommendations, designing and applying the user assistance plan, writing documentation, and anticipating and management social impacts.

In audits, organizational engineering and consulting, including overhauling business processes, optimizing business tools, informing and educating the general management and end users.


18

SEM1 SEM2



4


New-Generation Programming Languages J.Noyé 4

Information system and business management S.Bretesche 4


Design patterns and software architectures JC Royer 4

Concurrent and distributed systems M.Sudholt 4























Project 3 E.Voisin








SEM1 SEM2

IT, Organization and Strategy F.De Corbière 3

Managing IS Project F.De Corbière 3

Enterprise Systems F.De Corbière 3

IS and Extended Enterprise F.De Corbière 3

Capitalization and decision support systems F.De Corbière 3

Control and Management Tool F.De Corbière 3

Projects F.De Corbière 6











OMTI Organization and Management of Information Technology Master Year 2

OMTI Organization and Management of Information Technology Master Year 1


19

QSF Quality and Reliability Engineering

(Courses in French)

Head of Program: Ass. Prof. David Lemoine – [email protected] The quality of a product or service is measured by its ability to satisfy a stated need. To achieve quality, businesses have to make sure that the solutions provided are appropriate and that the entire organization is working to improve quality. While quality used to simply consist of a final verification that a product met specifications, it is now a cross-functional issue involving all partners through to the end user. Since 1995, the QSF option has been training engineers capable of assisting businesses and consulting firms implement and improve quality systems, This includes designing management systems in an integrated context involving all types of risks (occupational, industrial, economic and environmental), setting up tools and methods for defining and designing products and quality assurance, and ensuring customer satisfaction. Career opportunities This program is more methods- than technology- oriented, and seeks to respond both to the traditional concerns of industrial firms and the new aspirations of consulting firms. QSF engineers do not focus on one specific area of activity. Their skills are appreciated in a number of industries: Automotive (PSA, Renault, Valéo…) , Aviation (Airbus, Safran Group…), Banking and Insurance (BNP Paribas, MAAF Assurances…), Transportation (SNCF, GEFCO…), Telecommunications (France Telecom…), Food Processing (Danone Group…) ...and of course in consulting and service firms. QSF engineers will be in charge of: Organizing and managing the quality of products or production processes (management systems, standards, economic costs, customer satisfaction, etc.) - Quality control using statistical tools - Quality optimization, during the design or improvement phases - Assessing and improving the reliability of products or production processes - Defining and implementing a maintenance policy - Ensuring the safety of products or production processe. Jobs for Tomorrow and the Future: Though most young QSF engineers start out as Product or Systems Quality engineers in SME’s or major corporations, a number get jobs as consultants in Operational Safety (engineering experts who often work with R&D departments) or in Supply Chain Optimization. QSF engineers are generally quickly promoted to senior positions such as: Environmental safety and quality manager - Quality Manager for products, suppliers, etc. - Engineering and quality tools expert working directly with project teams - Consultant - Internal or external auditor in charge of measuring discrepancies between practices and guidelines, and accrediting the quality management system


20

SEM1 SEM2



4



Industrial Engineering: Introduction to Lean Manufacturing D.Lemoine 4

System Reliability C.Lalhou 4

Quality: Management and SPC T.Yeung 4

Operation management O.Peton 4

Performance evaluation L.Truffet 4






















Project 3 E.Voisin








SEM1 SEM2

Issues and Systems for Quality D.Lemoine 3

Risk Management D.Lemoine 3

Methods for the Risk Analysis B.Castanier 3

Performance in Design B.Castanier 3

Maintaining in Operation Condition D.Lemoine 3

Operational Efficiency D.Lemoine 3

Projects B.Castanier 6


Labor law ans Sociology apply to Safety S.Ghaffari 3

Strategic Business Management S.Ghaffari 3





QSF Quality and Reliability Engineering Master Year 1





QSF Quality and Reliability Engineering Master Year 2

21

STAR

STAR Systems and Technologies Applied to nuclear Reactors

(Courses in French)

Head of Program: Ass. Prof. Lydie Giot – [email protected]

The principal objective of the STAR option (Systems and Technologies Applied to nuclear

Reactors) consists of training engineers to work in the nuclear industry in France and on the international stage (firms, safety authorities, independent experts). The option is focused on the nuclear reactors and covers: operation and maintenance of the current reactors, developing and installing third-generation reactors (EPR and other competitors), and design of the fourth-generation reactors. The option offers a full range of highly skilled jobs, in the nuclear engineering industrial sector : plant operating engineer, safety engineer, control systems engineer, R&D engineer, reactor core performance engineer, neutronics engineer, design engineer, modelling engineer (core neutronics, thermohydraulics systems). This requires the joint teaching of a variety of disciplines with content that is both scientific and technological in the following fields: nuclear physics, nuclear materials, safety, control systems, neutronics, thermohydraulics, human factors and organizationnal reliability.


22

SEM1 SEM2



4



Physics of ionizing radiation V.Métivier 4

Instrumentation for Nuclear Physics D.Thers 4

Simulation in the nuclear field JP.Cussonneau 4

intermediate course in nuclear physics PB. Gossiaux 4

Reactors G.Batigne 4






















Project 3 E.Voisin








SEM1 SEM2

Reactor Physics L.Giot 3

Thermal Hydraulics L.Giot 3

Materials : Components and Fuel L.Giot 3

Nuclear Power Safety E.Lys 3

Reactor Operation L.Giot 3

Nuclear Plant Design and Simulations L.Giot 3

Projects N.Thiol l ière 6


Legal and Strategic Management S. Til lement 3

Socio-organizational Analysis of Safety S. Til lement 3





STAR Systems and Technologies Applied to nuclear Reactors Master Year 1





STAR Systems and Technologies Applied to nuclear Reactors Master Year 2

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Ingénieur / Master of Engineering program 2013/ Ing en... · Ingénieur / Master of Engineering program 2013/ 2014 totally taught in french year 1 and year 2 ... GIPAD Computer Science