4 th year course description

Transcription

1 ESIEA th year course description 2 nd semester Susan Loubet Director of International Relations and Language Teaching 1

2 TABLE OF CONTENTS The 4 th year in ESIEA... 3 Program table... 5 Core program: Humanities and Corporate Culture... 6 Core program: Science and Technology Specific teaching in the elective program Embedded Systems Specific teaching in the elective program Information Systems

3 The 4 th year in ESIEA The objective of this study year is to acquire knowledge and skills that will be directly applicable in the workplace in an international and complex environment. Students can tailor their studies to correspond to their talents, personality and personal and professional projects. In the 4th year, our future engineers begin to specialise in order to be better prepared for their entry into the world of work. The students deepen their scientific and technical skills through the technical lectures in the core program. Stochastic processes, digital optimisation, computing networks, systems management and programming, estimation, Windows CE embedded systems. They attend specific lectures depending on their elective program. Embedded systems Signal processing, design of programmable components (expanding area in consumer electronics, aerospace, automotive industry, robotics), robotics, serial transmission (electronic data processing), identification and control (modelling of complex systems) or Information systems Database management systems, Frame Work Dot Net, Business intelligence, digital imaging, virtual reality, IT security and virology, data analysis, neural computing (neural network: programming techniques used for example for the Wii), object oriented application design and architecture. They consolidate their general engineering profile with lectures linked to business culture: the challenges of sustainable development, European policy, project management, one-week-seminar on psychology of human relations and language labs emphasising professional communication. The core humanities program is completed by lectures and conferences on economy, law and business management. The business administration lecture contains a game simulation over several weeks bringing several student groups into competition. During the seminar environment and business strategy (during a week in a ski resort) people from industry present issues occurring in companies which the students develop in team work. The students then present their work to the experts. 3

4 This is an important and intense moment in the 4th year as the students are in contact with the business world for a whole week. The scientific project in the 4th year is called PAIR (Industrial Application Project or Research Application Project). It is done in teams of 3 or 4 students in partnership with a company or a research laboratory. This multidisciplinary project must be sustainable and must contain an innovative component. At the end of the 4th year, each student is ready for his/ her first real work experience and leaves for a technical internship for 4 months. The objective of the internship is to apply the acquired knowledge and skills in their program to corresponding software or hardware. 4

5 Program table Module Code Module Title Status weighting credits work load hours in class HUM4BS2 Core program - Humanities and Corporate Culture ,5 MAN4301C Seminar compulsory LAN4082AN English - New Technology compulsory TOEIC4A TOEIC compulsory 1,5 2 2 MAN4308 APIC (Actions to Promote Information and Communication) optional 4,5 LANXX84XX 2nd foreign language; French for foreigners, reinforced English optional ENT4110 Company management compulsory 1, TEC4BS2 Core program - Science and Technology ,5 PLU4191 Industrial applications and research project compulsory ,5 IMA4134 Virtual reality compulsory SYS4044 Real time programming compulsory FSE4BS2 Elective program - Embedded Systems LAB4412 Lab on software real time OS elective SYS4043 Control elective SYS4045 Estimation and identification elective SYS4046 Design of progammable components elective LAB4411 Serial transmission elective FSI4BS2 Elective program - Information Systems INF4043 Software architecture elective ICO4168 Neural networks elective INF4034 Digital imaging elective INF4036 Information security and virology elective MAT4056 Estimation and data analysis elective

6 Core program: Humanities and Corporate Culture MAN4301C SEMINAR Core program - Humanities (HUM4BS2) 2.0 ECTS, 24 hours on site lectures To discover the various aspects of company culture through contacts with professionals. 1 - First contact with the major functions of a company 2 - Making new contacts creating a professional network 3 - A real-life experience of written and oral expression I PEDAGOGICAL The seminar takes the form of a stay on a site and has three main pedagogical objectives: 1- A first contact with the major functions of the company The seminar on the company environment and strategy will give you some keys to understand the major functions of a company necessary for your engineering training. Moreover, your knowledge of the major functions in a company will allow you to enlarge your employment opportunities. Thus, while having a scientific and technical training, you will be able to choose one of these functions. 2 - Making new contacts creating a professional network The seminar is an opportunity for you to meet students, professors and alumni in a different atmosphere and to meet company managers to prepare yourself for the 5 th year and your entry into professional life. 3 - A real-life experience of written and oral expression On the one hand, this seminar enables you to put professional writing techniques into practice, and on the other hand, to experience public speaking in front of a huge group. II- PEDAGOGICAL ACTIVITIES II-1 Before the seminar II-1.1 Meeting with our industry partners 6

7 II-1.2 Document research and exploitation II-1.3 Visit of companies in groups II-1.4 Research report II-2 The seminar II-2.1 The oral presentation II-2.2 Handwritten report on the seminar None LAN4082AN English New Technologies Core program - Humanities (HUM4BS2) 2.0 ECTS, 21 hours on site lectures Taught in English To acquire some elements of the specific business and negotiation language. To be able to speak about the latest technological developments: descriptions, impact on society. To improve report-writing and presentation skills in English. NEW TECHNOLOGIES Students read articles and watch videos to observe and acquire technological vocabulary in a linguistic context. Students write individual reports based on their 4 th year scientific project and give a presentation before a jury on their work and results None 7

8 MAN4308 APIC (Actions to Promote Information and Communication) Core program - Humanities (HUM4BS2) ECTS, 4,5 hours on site lectures Continuation of the course started in the first semester. Continuation of the course started in the first semester. None LAN1234FR FRENCH FOR FOREIGNERS Core program - Humanities (HUM4BS2) 2.0 ECTS, 21 hours on site lectures, workshops in language lab The objectives are twofold: on the one hand, the students acquire a sufficient level in French to be autonomous in its day to day use on the other hand, the students learn how to write and present orally scientific and technical reports in order to facilitate their scientific and technical studies in France. TARGET COMPETENCES to be able to understand and speak in day to day situations to be able to write and present orally a technical or scientific report Workshops on writing of scientific and technical reports Focus on cultural competency Study of authentic texts Understanding of audio and video segments Speaking about personal or professional issues Writing about personal or professional issues Grammar exercises 8

9 Vocabulary acquisition Presentation of personal work orally or in written form Interactive speaking/ debates Workshops in the language lab B1 level ENT4110 COMPANY MANAGEMENT Core program - Humanities (HUM4BS2) 1.5 ECTS, 18 hours on site lectures To acquire basic knowledge in business management and accountancy and get a vision of the main management functions. Introduction The different point of views of company life The market, Marketing policy, Forecasts, How to make previsions and their evolution, what are the results The presentation of the current and future health of a company Organisation and operational management in the company Company organisation (customised, functional, divisional, matrix, mixed structure) Financial statements (accounting and analytic organisation, balance sheet, result, appendix, table of treasury flow) Working capital, needs for working capital, treasury, self-financing capacity Tax return The importance of the company s sector code (code NAF in French) How to register tax accountancy, The balance sheet and the income statement The customer and supplier accounts, VAT management, Payrolls and their accountancy, Fixed assets Stocks 9

10 Other accounts Provisions, reserves Principles of operational management and human resources management The importance of sales qualification, The importance of purchasing and production management, The importance of customer and supplier payment terms, The importance of general costs supervision, The importance of treasury, influence on the financial result, The importance of recruitment plans, payrolls, influence on the treasury, The importance of investment plans and extraordinary result, Research and development, tax credit for research work, General principles of human resources management Controlling Introduction: The evolution of controlling CHAPTER 1: The budget process CHAPTER 2: Creating a financial architecture CHAPTER 3: How to set up an operating forecast None 10

11 Core program: Science and Technology PLU4191 INDUSTRIAL APPLICATIONS AND RESEARCH PROJECT Core program - Science and Technology (TEC4BS2) 4 ECTS, 82,5 hours on site lectures The objective is to carry out a technical and scientific project of industrial and innovative nature. Students must put into practice techniques of team project management and present their results orally to a board of examiners. PROGRAM This lecture consists of team work activity on an industrial issue or a research issue. Students carry out a study or a development (in teams of three or four) supervised by a teacher in cooperation with external research laboratories or in partnership with companies. The best projects are shown at the ESIEA Excellence Show to people from various industrial areas. None IMA4134 VIRTUAL REALITY Core program - Science and Technology (TEC4BS2) 2 ECTS, 9 hours on site lectures Introduction to virtual reality: fields of application and systems. Knowing systems, understanding of stereoscopy and tracking. System presentation (displays, peripherals, complete systems), presentation of their use, presentation of principles linked to virtual reality (stereoscopy, tracking ). 11

12 EVALUATION METHOD: Multiple choice test Space geometry (3D vector space) SYS4044 REAL TIME PROGRAMMING Core program - Science and Technology (TEC4BS2) 2 ECTS, 18 hours on site lectures Deepen knowledge about OS learned in the 3 rd year, make students aware of the complexity of virtual memory and multitask mechanisms. The lab work is done on an embedded system in order to better understand cross processing and needs in terms of embedded systems development. Know how to choose OS components Understand the cartography of a process memory map How to make best use of dynamic memory Know how to build a multitask architecture Know how to put in place synchronization mechanisms Cyclical scanning IT programming Knowledge about OS Multitask programming Task management, context change Scheduling (EDF, RMS, priorities) Problems Synchronization objects: Mutex, semaphore, event Virtual memory and pagination Protection mechanisms Architectures, flat models, monolithic, microkernel OS construction Application development Languages, runtimes & APIs 12

13 EVALUATION METHOD: Lab work and case studies C programming Knowledge of pointers and dynamic memory Architecture of simple systems (API, runtime, threads) 13

14 Specific teaching in the elective program Embedded Systems 4th year 2nd semester Elective program: FSE4BS2 EMBEDDED SYSTEMS 15,15.0 ECTS, 96 hours on site lectures LAB4412 LAB ON SOFTWARE REAL TIME OS Elective program Embedded Systems (FSE4BS2) 3 ECTS, 18 hours on site lectures Exploration and operation of a calculator for multi-task hardware management. The system has to manage the three following tasks: - correct the rotation of a steel disc - display the correction parameters on the screen - activate an emergency stop signal by detecting a movement close to the disc Basic real time notions, management of multi-task interruption, notion and question of priority Interruption processing (microprocessor architecture) Real time processing by OS Notions in analogical and numerical electronics (performed tasks) Algorithms and programming 14

15 SYS4043 CONTROL Elective program Embedded Systems (FSE4BS2) 3 ECTS, 18 hours on site lectures In this module, control laws which try to minimize a quadratic criterion as the linear quadratic control and the general predictive control are approached. Chapter I.- State representation of systems by state variables and modelling I.1.- Introduction I.2.- Linearization of nonlinear systems I.3.- Representation by state vectors I differential equation and state representation I Transfer function and state representation (different canonical forms) I.4.- Resolution of a state equation I.5.- Calculation of the transition matrix Chapter II.- Controllability and observability of invariant linear systems II.1.- Introduction II.2.- Controllability II.3.- Observability II.4.- Controllability and canonical forms of controllability II.5.- Observability and canonical forms of observability II.6.- Minimal realisation Chapter III.- Stability of invariant linear systems III.1.- Stability of a non controlled system III.2.- Stability of a controlled system Chapter IV.- The canonical form of controllability or companion form Chapter V.- Stabilisation and trajectory tracking of linear invariant systems V.1.- Stabilisation V Case of a controllable system V Case of a non controllable system V.2.- Trajectory tracking Chapter VI.- The observers 15

16 VI.1.- Introduction VI.2.- Synthesis of an observer VI.3.- Separation principle Chapter VII. Optimal control and quadratic linear problem PREREQUISITES : Automated systems, 1) vector space: definition, properties - linear applications, endomorphism, - kernel subspace, image, injectivity, surjectivity, bijectivity - basis of an e.v. - sum (direct) of an e.v. - scalar product, orthogonality, projector 2) Matrix : - basic matrix calculation (sum, product, rank...) - square matrix, determinant, inverse matrix (general formula), nilpotent matrix - structures: values and eigenvectors, diagonalisation, trigonalisation: Jordan s form Physical laws which govern electrical systems (node equation, mesh equation, electromagnetism...) and mechanical systems (Newton s laws, Alembert s law, potential energy, kinetic energy, energy balance,...). Examples (direct current motor and alternating current motor, spring mass system...) Matlab SYS4045 ESTIMATION AND IDENTIFICATION Elective program Embedded Systems (FSE4BS2) 3 ECTS, 24 hours on site lectures The objective is to approach state system representation, corrector structures by return from state observers. Chapter I Modeling and identification 1. Modeling 1.1. Definition 16

17 1.2. Modeling objectives 1.3. Model classes Chapter II Identification by the model method 1. Principle 2. Stages of model building 3. Parametric space 4. Topology in the parametric space 4.1. Structure distance 4.2. State distance 5. Analysis of state distance near nominal point 6. Gradient method 7. Characteristic locations of parametric space: valleys, edges, Problem 8. Sensibility 8.1. Definition 8.2 Sensibility function or coefficient 8.3. Sensibility equation 8.4. Sensibility and identification Problem Chapter III Direct identification by step response STREJC model Chapter IV Real time identification Automated systems, 1) vector space: definition, properties - linear applications, endomorphism, - kernel subspace, image, injectivity, surjectivity, bijectivity - basis of an e.v. - sum (direct) of an e.v. - scalar product, orthogonality, projector 2) Matrix : - basic matrix calculation (sum, product, rank...) - square matrix, determinant, inverse matrix (general formula), nilpotent matrix - structures: values and eigenvectors, diagonalisation, trigonalisation : Jordan s form Physical laws which govern electrical systems (node equation, mesh equation, eelectromagnetism...) and mechanical systems (Newton s laws, Alembert s law, potential energy, kinetic energy, energy balance...). Examples (direct current motor and alternating current motor, spring mass system...) Matlab 17

18 SYS4046 DESIGN OF PROGAMMABLE COMPONENTS Elective program Embedded Systems (FSE4BS2) 3 ECTS, 18 hours on site lectures To consolidate the knowledge of the 1st semester module (VHDL coding, development process FPGA,...) To master the simulation step RTL To understand the requirements definition and the design inside a mini-project RTL simulation: principle, tools and implementation Mini-project: requirements definition, specification and design (coding, simulation, target test) None LAB4411 SERIAL TRANSMISSION Elective program Embedded Systems (FSE4BS2) 3 ECTS, 18 hours on site lectures Basic knowledge about serial communication and introduction to serial transmission. Basics of serial communication, general principles of serial transmission, presentation of serial transmission. Study and development project on serial transmission. Communication support: wire and optical fiber Architecture of a microprocessor system Error detection codes Serial links, receiver and emitter interfaces 18

19 Interface for optical fiber link Assembler C Language Network architecture 19

20 Specific teaching in the elective program Information Systems 4th year 2nd semester Elective program: FSI4BS2 INFORMATION SYSTEMS 15,15.0 ECTS, 96 hours on site lectures INF4043 SOFTWARE ARCHITECTURE Elective program Information Systems (FSI4BS2) 3 ECTS, 18 hours on site lectures Revise the concepts of object oriented programming Introduction to software architecture, test driven development Introduction to design patterns and framework conception To understand and master object oriented programming Understand the meaning and the design of a framework Revision of object oriented programming concepts Java Collection frameworks Introduction to unit tests Principles of application architecture Introduction to object design Framework conception EVALUATION METHOD Multiple choice test, group project validation POO, Java language 20

21 ICO4168 NEURAL NETWORKS Elective program Information Systems (FSI4BS2) 3 ECTS, 18 hours on site lectures Students following this course won't be expert in the neural computing field. The goal of this course is to understand the basics of neural computing theory. To be able to identify problems that can be solved by these techniques, and to be able to implement such solutions with software libraries. Neural computing techniques are said to be «bio-inspired/bio-mimetic», this means they are inspired from known biological phenomena. The goal is to use the learning and autoorganization capabilities of living organisms to exploit them through classic algorithmic problems. Applications are: Artificial Intelligence, classification, Identification, biometry,... The course is twofold: a short theoretical part a practice part using open-source libraries to solve «real-life» problems Presented techniques Supervised learning Perceptron feed forward multi-layer neural network Non-supervised learning Kohonen network (Self Organising Maps) Hybrid method (supervised and non-supervised) Knowledge about continuity and differentiability. Basic skills in function optimisation, using the derivative in order to find a minimum or a maximum. C programming INF4034 DIGITAL IMAGING Elective program Information Systems (FSI4BS2) 3 ECTS, 18 hours on site lectures 21

22 This module focuses on two aspects of digital imaging: - Introduction to real image processing, - Computer graphics and virtual imaging. The part on image processing is structured around the following points: - General remarks on digital imaging - Optical image acquisition for example through the presentation of essential differences between analogic and digital sensors. - Histogram change (expansion and equalisation) - First thresh-holding methods - Fourier transform and application to image - Image filtering (convolution product, linear and non-linear filtering) - Outline detection (first and second order derivative operators ) - Mathematical morphology None INF4036 INFORMATION SECURITY AND VIROLOGY Elective program Information Systems (FSI4BS2) 3 ECTS, 18 hours on site lectures To use modern techniques of data mining in the area of information security (applications in virology and especially in cryptology) 1. Introduction to data mining and security problems 2. Methods of supervised learning 3. Partitioning techniques 22

23 4. Combination and algebraic techniques in data mining 5. Applications in virology and cryptology PREREQUISITES : Statistics probabilities mathematics C programming MAT4056 ESTIMATION AND DATA ANALYSIS Elective program Information Systems (FSI4BS2) 3 ECTS, 24 hours on site lectures To learn the basics of parametrical estimation, linear and non-linear regression and their applications. Know how to use the free software R (statistical software). Univariate descriptive statistics: characteristics of position, dispersion and form parameters Point estimation and ensemblist estimation on the average, the variance and the proportion Parametrical tests on the average, the variance and the proportion Variance analysis with two factors General linear and multiple model: estimation of the model parameters and hypothesis tests on its validity Knowledge the centred limit theorem, Knowledge about expected value, variance and moments. Knowledge about the distinction between discrete random and random continuous variables Knowledge about discrete probability laws (Bernoulli, binomial, Poisson) and and continuous probability laws (normal, Fisher, Student). EVALUATION METHOD Written exam with authorised documents 23