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Logo de l'université François Rabelais CCES : Catalogue de Cours pour Etudiants d’Echanges
Code ApogéeIntitulé du coursNiveauComposanteFilièreLangueDescriptifCrédits ECTSSemestreDétailsAjout panier
Q2ECLAO2Langue oraleL1CUEFEECertificat d’Aptitude à l’InsertionFrançaisAméliorer la compréhension et l’expression orales autour de thèmes en lien avec la culture française actuelle, enrichissement lexical et la prise de parole en continu… 42
Q1ECLT12Culture et société B1L1CUEFEEDiplôme Universitaire d’Etudes Françaises (B1)FrançaisInitier les étudiants au système politique et au système social français, Donner des clefs pour comprendre l’organisation de la société française. A partir de documents authentiques, les étudiants seront amenés à comprendre les grandes tendances de la société française. Nota bene : vous pouvez choisir une seule option complémentaire aux cours de langue orale et langue écrite, pour un total de trois cours proposés par le CUEFEE. 41
Q1ECLAO2Langue oraleL1CUEFEECertificat d’Aptitude à l’InsertionFrançaisAméliorer la compréhension et l’expression orales autour de thèmes en lien avec la culture française actuelle, enrichissement lexical et la prise de parole en continu… 41
Q2ECLAE2Langue écriteL1CUEFEECertificat d’Aptitude à l’InsertionFrançaisLangue écrite générale (de A2 à C1) et de langue écrite universitaire (C1). Langue érite générale: renforcer les compétences linguistiques à travers un travail portant sur le développement des compétences de compréhension et d’expression écrites, la maîtrise des structures grammaticales et de la syntaxe ainsi que l’enrichissement lexical. Langue écrite universitaire: développer des compétences d’expression écrite requises à l’université française (résumé, commentaire de documents, synthèse, dissertation...) 42
QE2DES18Art contemporain B2/C1L1CUEFEEDiplôme Universitaire d’Etudes Françaises C1FrançaisÉtude des grands courants artistiques du XXème et du XXIème siècles. Visite de musées et de galeries (en présentiel ou virtuellement) et rencontres avec des artistes contemporains. Nota bene : vous pouvez choisir une seule option complémentaire aux cours de langue orale et langue écrite, pour un total de trois cours proposés par le CUEFEE. 42
Q2ECLT12Culture et société B1L1CUEFEEDiplôme Universitaire d’Etudes Françaises (B1)FrançaisInitier les étudiants au système politique et au système social français, Donner des clefs pour comprendre l’organisation de la société française. A partir de documents authentiques, les étudiants sront amenés à comprendre les grandes tendances de la société française. Nota bene : vous pouvez choisir une seule option complémentaire aux cours de langue orale et langue écrite, pour un total de trois cours proposés par le CUEFEE. 42
Q1ECLAE2Langue écriteL1CUEFEECertificat d’Aptitude à l’InsertionFrançaisLangue écrite générale (de A2 à C1) et de langue écrite universitaire (C1). Langue érite générale: renforcer les compétences linguistiques à travers un travail portant sur le développement des compétences de compréhension et d’expression écrites, la maîtrise des structures grammaticales et de la syntaxe ainsi que l’enrichissement lexical. Langue écrite universitaire: développer des compétences d’expression écrite requises à l’université française (résumé, commentaire de documents, synthèse, dissertation...) 41
Q1ECLT22Culture et société B2/C1L1CUEFEEDiplôme Universitaire d’Etudes Françaises C1FrançaisRendre autonome l’étudiant dans sa lecture et son utilisation des médias français. Approfondir sa connaissance sur l’organisation et le fonctionnement du territoire françias ainsi que sur des élements clés de la société française contemporaine. Travailler sur les implicites culturels. Nota bene : vous pouvez choisir une seule option complémentaire aux cours de langue orale et langue écrite, pour un total de trois cours proposés par le CUEFEE. 41
QE1LITT2Introduction à la littérature B2/C1L1CUEFEEDiplôme Universitaire d’Etudes Françaises C1FrançaisCe cours a pour but d’initier les étudiants à différents courants et genres majeurs de la littérature française. Travailler la langue et le vocabulaire pour l’analyse littéraire tout en découvrant un large panel de la littérature française à travers des auteurs et textes majeurs. Nota bene : vous pouvez choisir une seule option complémentaire aux cours de langue orale et langue écrite, pour un total de trois cours proposés par le CUEFEE. 41
Q2ECLT22Culture et société B2/C1L1CUEFEEDiplôme Universitaire d’Etudes Françaises C1FrançaisRendre autonome l’étudiant dans sa lecture et son utilisation des médias français. Approfondir sa connaissance sur l’organisation et le fonctionnement du territoire françias ainsi que sur des élements clés de la société française contemporaine. Travailler sur les implicites culturels. Nota bene : vous pouvez choisir une seule option complémentaire aux cours de langue orale et langue écrite, pour un total de trois cours proposés par le CUEFEE. 42
QE2FRAN2Francophonie B2/C1L1CUEFEEDiplôme Universitaire d’Etudes Françaises C1FrançaisA partir de documents authentiques (articles de journaux, extraits de livres, clips vidéo, interviews, extraits de documentaires), les étudiants seront amenés à réfléchir et à travailler sur l’espace francophone dans le monde. Le cours envisagera les quatre compétences (CO/CE/EO/EE) à travers des documents écrits et oraux. Nota bene : vous pouvez choisir une seule option complémentaire aux cours de langue orale et langue écrite, pour un total de trois cours proposés par le CUEFEE. 42
QE1VID22Vidéos et société B2/C1L1CUEFEEDiplôme Universitaire d’Etudes Françaises C1FrançaisCe cours se base sur l’analyse d’extraits vidéo (vidéos d’actualité, documentaires, films…) qui illustrent certains grands faits sociaux dans la France du XXème et du XXIème siècle. Ces faits de société peuvent être des faits marquants dans l’Histoire de France et les français à travers l’analyse de documents majoritairement authentiques associés à l’analyse de supports vidéo. Nota bene : vous pouvez choisir une seule option complémentaire aux cours de langue orale et langue écrite, pour un total de trois cours proposés par le CUEFEE. 41
T3JAT022Gestion financière et budgétaireL2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançaisElaborer et analyser un bilan fonctionnel / Etablir un diagnostic financier simple / Analyser la rentabilité d’une entreprise à partir de son compte de résultat / Réaliser un tableau prévisionnel de trésorerie 21
T3J31072Droit commercialL2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançaisChoisir la structure juridique de l’entreprise / Connaître les risques juridiques liés à l’exploitation 21
T3J31012Expression communication culture 3L2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançaisSavoir valoriser un dossier de candidature / Formaliser une expérience / Rendre compte d’activités professionnelles 21
T3J32062LogistiqueL2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançaisIdentifier tous les maillons de la chaîne logistique / Acquérir le vocabulaire logistique / Réaliser un diagnostic logistique / Trouver une solution à une problématique logistique 21
T3JAT042économie générale 2L2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançaisDécrypter l’information économique / Exercer un regard critique sur les grands débats économiques 21
T3J32042Marketing direct/gestion de la relation clientL2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançaisCréer des documents d’information et de communication / Connaître les modalités d’évaluation d’une campagne / Utiliser des outils de la gestion de la relation client / Analyser des documents de suivi 21
T3J32012Marketing du point de venteL2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançaisMener une étude d’implantation / Analyser quantitativement et qualitativement l’assortiment d’un rayon / d’un univers / Aménager et animer l’espace de vente 21
T3J31022Anglais langue de spécialité 3L2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationAnglaisComprendre un document professionnel ou général (Ecrit /Oral) / Communiquer à l’écrit comme à l’oral / Acquérir les outils pour faire une présentation orale / Acquérir les outils pour interagir dans une situation professionnelle 21
T3J32032Communication commerciale 2L2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançaisElaborer un plan de communication commerciale / Evaluer une campagne de communication / Mesurer l’impact de la campagne / Accompagner la force de vente21
T3JESPA2EspagnolL2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationEspagnolComprendre un document professionnel ou général (Ecrit /Oral) / Communiquer à l’écrit comme à l’oral / Acquérir les outils pour faire une présentation orale / Acquérir les outils pour interagir dans une situation professionnelle 21
T3J32022Négociation 3L2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançaisMaîtriser l’entretien de vente dans différentes situations / Gérer la préparation de l’entretien 21
T3JAT012Statistiques probabilités appliquéesL2Institut Univ. de Technologie de ToursD.U.T. Techniques de CommercialisationFrançais"Savoir identifier la loi de probabilité régissant un phénomène / Savoir poser des hypothèses / Savoir les tester dans des situations classiques rencontrées en études et recherches commerciales" 21
L8JMED18Panorama et étude des médias anglo-saxonsM1Institut Univ. de Technologie de ToursMaster de JournalismeAnglaisApproche économique et sociologique des grands groupes de presse dans le monde anglo-saxon / Étude des enjeux éditoriaux12
L0JPRA18Ecriture d'agenceM2Institut Univ. de Technologie de ToursMaster de JournalismeAnglaisRédiger des dépêches et des papiers d'angle en anglais pour une agence de presse (Attention : des pré-requis en journalisme sont obligatoires)12
L9JEAN18Économie des médiasM2Institut Univ. de Technologie de ToursMaster de JournalismeAnglaisComprendre les enjeux marketing et éditoriaux de la presse magazine anglo-saxonne21
B4R42062Automatisation des tâches d’administrationL1I.U.T .de Blois (à 60 km de Tours)D.U.T. Réseaux et TélécommunicationsAnglais"Automated system administration" is a course of 30 hours dedicated to the 2nd year students at the Networking and Telecommunications department of the University Institute of Technology in Blois. Course objectives: - gain the fundamental understanding of the operating systems as managers of system resources - learn the basic concepts of shell scripting in order to develop automated procedures of system management The course introduces theoretical aspects of the operating systems (files management, memory management, process management, input/output device management, etc.), a complete syntax of regular expressions (extensively used in command line tools but also in many other domains of computer science) and basic principles of shell scripting. The practical labs focus on bash scripting under the Linux environment and adress command line parameters, conditional statements, loops, functions, etc. 12
B4I42012Développement multimédiaL2I.U.T .de Blois (à 60 km de Tours)D.U.T. Métiers du Multimédia et de l’InternetAnglaisEn attente de réponse12
B3I32032Programmation objet et événementielleL2I.U.T .de Blois (à 60 km de Tours)D.U.T. Métiers du Multimédia et de l’InternetAnglaisEn attente de réponse Prérequis : Programmation objet et événementielle11
B3MC3042Materials SciencesL2I.U.T .de Blois (à 60 km de Tours)D.U.T. de Mesures PhysiquesFrançais/AnglaisMaterials Sciences11
B3MC3032Techniques spectroscopiquesL2I.U.T .de Blois (à 60 km de Tours)D.U.T. de Mesures PhysiquesFrançais/AnglaisTechniques spectroscopiques11
B4I42072Programmation mobile avancéeL2I.U.T .de Blois (à 60 km de Tours)D.U.T. Métiers du Multimédia et de l’InternetFrançaisEn attente de réponse12
B2MC1052Projet personnel et professionnel 2L1I.U.T .de Blois (à 60 km de Tours)D.U.T. de Mesures PhysiquesFrançais/AnglaisProjet personnel et professionnel 21.52
B4MC2032Energie renouvelable, production et stockageL1I.U.T .de Blois (à 60 km de Tours)D.U.T. de Mesures PhysiquesAnglaisLe cours énergies renouvelables présente les différents modes de production d’énergies renouvelables ainsi que la notion d’efficacité énergétique d’un système. Une description des principes régissant les panneaux solaires, les éoliennes, l’énergie hydroélectrique. Le projet "maison passive" de ce module d’enseignement couvre les enjeux technologiques liés aux bâtiments à basse consommation d’énergie. Une partie théorique sur les fondamentaux des propriétés thermiques des matériaux ainsi que les transferts thermiques d’un bâtiment précède une campagne de mesures effectuées avec des maisons modèles réduits conçues par les étudiants.22
B4MC2082Ondes et VibrationsL1I.U.T .de Blois (à 60 km de Tours)D.U.T. de Mesures PhysiquesFrançais/Anglais2 lectures of 1.5 hrs, in French: • Introduction • Setup general equation of a wave (D’Alember Equation) • Application to Electromagnetic waves • Acoustic propagation 2 pratical courses of 1.5 hrs, in English: Direct application courses, particularly on electromagnetic waves (Maxwell equations). Evaluation: continuous assessment. 22
B4MC2062MathematiquesL1I.U.T .de Blois (à 60 km de Tours)D.U.T. de Mesures PhysiquesAnglais• révisions d’algèbre linéaire (matrices, valeurs propres et vecteurs propres) et équations différentielles linéaires. • séries : définitions, critères de convergence, séries entières. Applications.22
B3R31042Gestion d’annuaires unifiésL1I.U.T .de Blois (à 60 km de Tours)D.U.T. Réseaux et TélécommunicationsAnglaisAnnuaires électroniques sont des répertoires de données concernant des personnes, services, applications, etc. Ce module donne les fondements de gestion d’annuaires électroniques, en se basant sur le standard LDAP et son implantation open source OpenLDAP. Nous présentons le modèle LDAP (entrées, attributs, valeurs, schémas), le modèle de nommage (arbre, DN, RDN), le format standard de données LDIF, les opération LDAP (search, modify, delete, rename, etc.) et des aspects de sécurité LDAP. Nous donnons aussi des notions élémentaires de distribution et réplication d’annuaires. Les travaux pratiques, effectués sous la plateforme Linux, sont consacrés à l’installation et la configuration d’un serveur et d’un client LDAP, aux requêtes de recherche et de modification sur un annuaire existant, à l’authentification d’utilisateurs via un LDAP et à la configuration des droits d’accès ACL.31
DMS3-MATH1Mathématiques 1 : Analyse complexe / Analyse numériqueL3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives : • Initiation to functions of complex variable and some applications Course contents : • The complex number system • Elementary properties of Analytic Functions • Complex integration • Singularities of analytic functions Prérequis : No prerequisite is necessary 31
DMS3-CMConstruction mécaniqueL3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives : • Be able to design a mechanical system and to size all of its mechanisms and structural components Course contents : • Be able to interpret/draw any technical drawing (assembly drawing, detail drawing). • Be able to choose the right mechanical elements of the designed system (considering its application, cost, safety and lifetime). • Be able to size each of these elements by following the associated design rules.31
DMS3-MSOMécanique du solideL3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives : • Acquire the basic elements of the mechanics to analyse mechanisms to determine efforts and speed for the dimensioning of components such as pistons or bearings. Course contents : • Be able to interpret/draw any technical drawing (assembly drawing, detail drawing).31
DMS4-CAOConception assistée par ordinateurM1PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objective: Approach computer-aided design with problems linked to surfaces and volumes related to these surfaces. A second approach to make computer-aided design is to use software both approaching the problems of definition of parameters and programming to improve performance. Course description: Beziers curves (De Casteljau’s Algorithm) / B-Splines / We will discuss curves and surfaces in lessons (CM) and tutorials (TD) treat curves and surfaces, and we will see the definition of parameters and programming in practical courses (TP). Prérequis : No prerequisite is necessary 21
DMS4-MPOMécanique des polymèresM1PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives: • General knowledge on reactions and industrial techniques of polymerization and definitions of characteristic physicochemical aspects of these materials • Know the different polymer manufacturing techniques, as well as the main notions of physical appearance and chemistry. Course contents : • Microstructures of the polymeric materials • Elaboration of some polymers • Mechanical Behaviour of polymers • Tests and controls • Particularities of elastomers 31
DMS4-TTTransferts thermiquesM1PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives: • Introduce basic concepts related to the three modes of heat transfer (conduction, convection, radiation). • Provide tools to solve heat transfer problems in simple cases without complex software. Course contents: • Grasp the basic fundamental concept in heat transfer • Conduction: Solve a 1D steady conduction problem. • Convection: Calculate a convection exchange coefficient in simple cases. • Radiation: Establish a radiative balance between black bodies separated by transparent media. Be able to understand the behaviors of a black body and a real one • Be able to model the heat transfer behavior of systems • Be able to develop the balance equations for combined transfer • Be able to select the right boundary and initial conditions to phrase a problem. Prérequis : calculus and differential equations 31
DMS5-PLASTPlasticitéM2PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objective: be able to understand and assess the plastic behavior of metallic materials. Course description: Understand typical one-dimensional strain-stress relationship and their corresponding idealized hardening rules. Introduction to strain and stress tensors. Introduction to yield criteria and the usual three-dimensional behavior laws. Prérequis : Continuum mechanics and Strength of materials basis. 21
DMS3-CAPTCapteursL3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives: • The overall goal of this course is to familiarize students to different elements that have to be taken into account to make a measurement Course contents: • Sensors fundamental and general characteristics: sensitivity, accuracy, non-linearity, resolution, etc... • Sensing physical principles. • The uncertainty attached to any measurement. • How to electronically condition the sensor and process the signal. • A focus is on sensors and conditioners of forces, torque and temperature. Prérequis : Basic knowledge in physics and electronics22
DMS3-MF1Mécanique des fluides 1L3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse : • To know the basic properties of fluids and flows. To be able to simplify the fundamental equations. Course contents : • To understand the basic concepts of fluid statics : fundamental law and application to pressure measurement • To apply the concepts of perfect fluid dynamics • To have the knowledge of conservative equations of real fluids • to be able to simplify and to solve these equations in simple cases (such as Couette or Poiseuille flows) • To solve hydraulic problems : head loss, choice of pump 32
DMS3-MF2Mécanique des fluides 2L3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesFrançais/AnglaisCourse content: - Conservative equations of real fluids - Simplify and solve these equations in simple cases (such as Couette or Poiseuille flows) - Solve hydraulic problems: head loss, choice of pump, similitude Prérequis : Fluid Mechanics 1 course : To know the basic properties of fluids and flows. To be able to simplify the fundamental equations.22
DMS3-MSDMécanique des solides déformablesL3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesFrançais/AnglaisCourse objective: Understand the phenomenon of solid inertia. Be able to write equations of a solid movement using either general theorems or virtual work principles or Lagrangian equations. Be able to calculate link efforts via the Lagrangian formulation. Course content: - Mathematical recalls (vector calculus, notions on torsors, vector derivation) - Solid Kinematics (notion of solid rigid; torsor kinematics; particular movements: translation, rotation; field of acceleration; composition of movements; kinematics of contact between two solids) - Mass Geometry - Kinetics (mass; inertia center; inertia tensor; Huyghens Theorem; kinetic and dynamic torsors; Koenig theorem; kinetic energy) - Systems Dynamics (fundamental principle; result and dynamic instant theorems) - Introduction to analytical mechanics: Lagrange formalism (D’Alembert principle and virtual job; virtual speed compatible with holonomic and non-holonomic links; virtual job developed by mechanical actions; virtual job developed by the acceleration quantities; general form of the first equations of Lagrange Integrals) - Equilibrium - Linearization – Stability. Prérequis : Static mechanic, mathematical tools32
DMS3-PCMProjet de construction mécaniqueL3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objective: Be able to design a mechanical system. Course description: - Workshops will take place in pairs - Design the system on a CAD Software (Catia) - Select and size the mechanical elements of the system - Technical drawings - Detail all data needed for manufacturing - Cost estimation - Remark: no manufacturing nor FE simulations are considered in this project. Prérequis : Basic knowledge about technical drawing, mechanical element selection and CAD.32
DMS4-PCS1Projet de conception de systèmesM1PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives: Know how to work out specifications and requirements. Participate in a group and work according to the specifications and requirements. Use of value and functional analysis. Course content: This first part is dedicated to the study of design requirements, specifications and functional analysis of a plan. Groups shall split the work and use project management tools. In comparison with the first year when the project was mostly mechanical, this project is more global and consists in an operative part and a command part calling upon knowledge of automatism, programming and system piloting. 101
DMS4-CMOTCommande des moteursM1PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisà compléter22
DMS4-DSODynamique du solideL3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives: Acquire the understanding of solid inertia phenomenon. Know how to write equations of a solid movement using either general theorems or virtual work principles or Lagrangian equations. Know how to calculate link efforts via the Lagrangian formulation Course content : • Mathematical recalls (vector calculus, notions on torsors, vector derivation) • Solid Kinematics (notion of solid rigid; torsor kinematics; particular movements: translation, rotation; field of acceleration; composition of movements; kinematics of contact between two solids) • Mass Geometry - Kinetics (mass; inertia center; inertia tensor; Huyghens Theorem; kinetic and dynamic torsors; Koenig theorem; kinetic energy) • Systems Dynamics (fundamental principle; result and dynamic instant theorems) • Introduction to analytical mechanics: Lagrange formalism (D’Alembert principle and virtual job; virtual speed compatible with holonomic and non-holonomic links; virtual job developed by mechanical actions; virtual job developed by the acceleration quantities; general form of the first equations of Lagrange Integrals) • Equilibrium - Linearisation – Stability 22
DMS4-EFElements finisL3PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives: • This lesson introduces the finite element method in a theoretical way. This method is aimed at defining tools allowing determination of the mechanical fields within continous media of complex geometry not amenable to analytical approach. In order to do that, a space discretisation of the studied mechanical problem is accomplished. A broad part of this course requires the use of computers during practicals. Course content: • General aspects of the finite element method or isoparametric in linear case • Application of the virtual work theorem • Interpolation functions definitions • Numerical integration methods 42
DMS4-GMAGénie des matériauxM1PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objective: Understanding the relationship between microstructure and mechanical properties, knowledge of the main manufacturing processes, management of specifications for the best choice of material. Course description: Basic culture of material behavior - Second part. A particular attention is placed on the relationship between the mechanical properties and the microstructure of materials and manufacturing process: 1. Metals and alloys, ceramics, polymers 2. Thermal treatments, surface treatments 3. Environmental effects (Temperature, wear, corrosion). A bibliographic review enhances understanding of the different criteria of the choice of a material versus the development of technical and operational specifications. Prérequis : Skills about structure and crystalline microstructures, phases diagrams, chemical bonds, main mechanical properties.Basical knowledge of material sciences.22
DMS4-MSSModélisation de systèmes séquentielsM1PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesFrançais/AnglaisCourse objective: Discrete event systems like workshops can be analyzed either by using analytical models or by using simulation software. Course description: - Petri nets - Markov chains - Simulation software Prérequis : Basic knowledge of linear algebra and probability. 22
DMS4-OPTOptimisationM1PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives: • Acquire classical modelling groups, aided in most cases by graph theory and linear programming, as well as precise or approximative methods groups to resolve modelled optimization issues. Course content: • Linear programming / Linear programming methods / Simplex Algorithm / Duality • Discrete Combinatory Optimization / Graph theory notions and graph representation in computer. / Minimum spanning tree problems / Shortest way problems. / Maximum flow problems 22
DMS4-PCS2Projet de conception de systèmesM1PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCourse objectives: Know how to work out specifications and requirements. Participate in a group and work according to the specifications and requirements. Use of value and functional analysis. Course content: This first part is devoted to the study of design requirements, specifications and functional analysis of a plan. Students shall split the work and use project management concepts. In comparison with the first year when projects were mostly mechanical, this project is more global and consists in an operative part and a command part calling upon knowledge of automatism, programming and system piloting. 102
DMS5-FMRFatigue des matériauxM2PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisPrerequisites: Material science Course objectives: - To know how to determine the life of a structure in fatigue - To have notions of fatigue of materials - To know the effect of a mechanical notch on the fatigue resistance - To possess the basics of fracture mechanics - To know how to determine fracture toughness - Understanding fatigue crack propagation31
DMS5-FIABFiabilités des composants et des systèmesM2PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisPrerequisites: basic knowledge of probability and statistics. Course objective: develop the concepts, methods and tools both to evaluate and predict devices and/or systems' lifetime. Course description: topics include definitions (reliability, operating conditions and operating period, failure / failure mode / failure mechanism / failure analysis), distribution models (exponential, log-normal, Weibull), probability plotting, accelerated tests, failure mechanism and models, and failure rate prediction. Course evaluation: course grade will be based on quizzes and written tests.11
DMS5-PEXPlan d'expériencesM2PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisPrerequisites: basic knowledge of probability and statistics, quality management, and reliability. Course objectives: - Get a better understanding of the need of a design of experiments (DoE). - Build a DoE and define the links between the inputs and the process’ response(s). - Results’ analysis of a DoE and evaluation of its relevance. Course (controlled inputs, discrete and continuous uncontrolled factors, process' responses, experimental range, levels), full factorial designs, relevance of the synergistic approach, impact of the effects of a full factorial design, fractional factorial designs, fractional factorial designs' development. Course evaluation: course grade will be based on quizzes and written tests.11
DMS-SP30-S1Supervised projectM2PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisPossible topics of projects: Cutting tools Polymers-Elastomers Nano-indentation Fatigue Signal analysis Other topics can be proposed by the applicant301
DMS-SP30-S2Supervised projectM2PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisPossible topics of projects: Cutting tools Polymers-Elastomers Nano-indentation Fatigue Signal analysis Other topics can be proposed by the applicant302
DMS-SP20-S1Supervised projectM2PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCAD (design) Control, acquisition Numerical methods Simulation and experiments in solid or fluid mechanics Heat transfer Robotics Other topics can be proposed by the applicant201
DMS-SP20-S2Supervised projectM2PolytechToursDiplôme d’Ingénieur Mécanique et conception des systèmesAnglaisCAD (design) Control, acquisition Numerical methods Simulation and experiments in solid or fluid mechanics Heat transfer Robotics Other topics can be proposed by the applicant202
E4E7TSI4Analyse de Fourier et système linéaireM1PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisCourse objectives: − Tools for treatment, analysis and interpretation of signals and images Course contents: − Random signal − Spectral analysis − Digital filtering − Eliminating noise in a signal − Image treatment 31
E3E5MAT4Mathématiques : algèbre et analyseL3PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisCourse objectives: − Initiation to functions of complex variable − Solving linear system and interpolation − Use a mathematical software Course contents: − Complex Analysis: Complex functions, Holomorphic functions, Integration, Residus and applications. − Numerical analysis and formal calculations: Numerical Errors control; Non linear system; Linear system: direct methods; Polynomial interpolation.31
E4E7CPU4Circuits de puissanceM1PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisTopics include basic structures of electrical energy transformation, dc-ac conversion (inverters, operation principles, constraints, and applications), ac-dc conversion (rectifiers, operation principles, constraints, and applications), and power factor correction. The course objectives are: To develop specific know-how of static converters’ operation. To get a better understanding of the applications of inverters and power factor correctors 31
To be completedSupervised projectM2PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisThe project will focus on one of the following fields: Computer Sciences, Electronics and Energy Systems, Mechanics and System design, Urban and Territorial Planning and Environment (aquatic and/or terrestrial). It must be carried out individually in a laboratory, under the supervision of a lecturer, assistant professor or professor of Polytech Tours (possibly in collaboration with another colleague). At the beginning of the project, students will submit a work plan with the guidance of their supervisor at Polytech Tours. Caution: Before applying for this course, all students must obtain the approval of their future supervisor. Students can also directly contact international.polytech@univ-tours.fr Prérequis : First year Master students: 110 ECTS already validated in the specific scientific/engineering field. Second year Master students: 145 ECTS already validated in the specific scientific/ engineering field.201
To be completedSupervised projectM2PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisThe project will focus on one of the following fields: Computer Sciences, Electronics and Energy Systems, Mechanics and System design, Urban and Territorial Planning and Environment (aquatic and/or terrestrial). It must be carried out individually in a laboratory, under the supervision of a lecturer, assistant professor or professor of Polytech Tours (possibly in collaboration with another colleague). At the beginning of the project, students will submit a work plan with the guidance of their supervisor at Polytech Tours. Caution: Before applying for this course, all students must obtain the approval of their future supervisor. Students can also directly contact international.polytech@univ-tours.fr Prérequis : First year Master students: 110 ECTS already validated in the specific scientific/engineering field. Second year Master students: 145 ECTS already validated in the specific scientific/ engineering field.202
To be completedSupervised projectM2PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisThe project will focus on one of the following fields: Computer Sciences, Electronics and Energy Systems, Mechanics and System design, Urban and Territorial Planning and Environment (aquatic and/or terrestrial). It must be carried out individually in a laboratory, under the supervision of a lecturer, assistant professor or professor of Polytech Tours (possibly in collaboration with another colleague). At the beginning of the project, students will submit a work plan with the guidance of their supervisor at Polytech Tours. Caution: Before applying for this course, all students must obtain the approval of their future supervisor. Students can also directly contact international.polytech@univ-tours.fr Prérequis : First year Master students: 110 ECTS already validated in the specific scientific/engineering field. Second year Master students: 145 ECTS already validated in the specific scientific/ engineering field.301
To be completedSupervised projectM2PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisThe project will focus on one of the following fields: Computer Sciences, Electronics and Energy Systems, Mechanics and System design, Urban and Territorial Planning and Environment (aquatic and/or terrestrial). It must be carried out individually in a laboratory, under the supervision of a lecturer, assistant professor or professor of Polytech Tours (possibly in collaboration with another colleague). At the beginning of the project, students will submit a work plan with the guidance of their supervisor at Polytech Tours. Caution: Before applying for this course, all students must obtain the approval of their future supervisor. Students can also directly contact international.polytech@univ-tours.fr Prérequis : First year Master students: 110 ECTS already validated in the specific scientific/engineering field. Second year Master students: 145 ECTS already validated in the specific scientific/ engineering field.302
E3E6AQI4Capteurs et acquisition de donnéesM1PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisCourse objectives: − Get a better understanding of the methods used to design the components of a data acquisition chain. − Understand the issues of reliable data necessary to know the phenomena and basics of process control. Course contents: − Data acquisition concepts, methods and tools. − Conditions to design a reliable data acquisition system. − Data processing and software tools. − Data acquisition system implementation using a system-design platform and development environment (visual programming language).32
E4E7TSC4Digital communication systemsM1PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisTopics include transmission chain (transmitter, receiver, codec, transmission channel coding), types of data transmission (synchronous, asynchronous, full-duplex), digital modulation (QAM, FSK…), communication systems. The course objectives are: -To define basic knowledge of digital data transmission. -To be able to implement a communication chain between several electronic systems. -To be able to evaluate the quality of a transmission chain. Prérequis : Foundations of electronic circuits; knowledge in signal processing (Fourier analysis, deterministic signals, stationary random processes...).51
E3E5FON4Bases de l'électroniqueL3PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisCourse objectives: - Foundations of analog electronic circuits: main theorems reminder to simply electronic circuits, bias circuits for diodes and bipolar junction transistors, principles and applications of quadrupoles. - Foundations of digital electronic circuits: basic devices (CMOS cells), design of specific integrated circuits (ASIC), systems on chips, programmable circuits (CPLD, FPGA). Course objective: - Define the methods to calculate analog and digital electronic circuits. Prérequis : Analog and digital electronics concepts41
E3E5FBS4Electronique Composants et SimulationL3PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisCourse objectives: Basic functions of digital electronics, commutation of transistors, operational amplifiers, digital-analog converters, and passive and active filtering. The course objectives are: -To get a better understanding of basic functions used in analog and digital electronics. -To be able to choose, calculate and size an electronic circuit. -To be able to read and understand technical datasheets of electronic devices. Prérequis : Foundations of analog and digital electronic circuits41
E5E9UE44Projet collectifM1PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisCourse objectives: − Know how to work out specifications and requirements. − Participate in a group and work according to the specifications and requirements. − Use of Value and functional analysis. Course content: − We will study the plan through writing design requirements and specifications, as well as conducting a functional analysis. − The groups of students shall split the work and use project management tools. − In comparison with the first year when the project was usually mechanical, this project is more global and consists of an operative part and a command part, calling upon knowledge of automatism, programming and piloting of systems. 101
E5E9UE44Projet collectifM1PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisCourse objectives: − Know how to work out specifications and requirements. − Participate in a group and work according to the specifications and requirements. − Use of Value and functional analysis. Course content: − We will study the plan through writing design requirements and specifications, as well as conducting a functional analysis. − The groups of students shall split the work and use project management tools. − In comparison with the first year when the project was usually mechanical, this project is more global and consists of an operative part and a command part, calling upon knowledge of automatism, programming and piloting of systems. 102
E4E8XXXElectronique Haute FréquenceL3PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisTopics include electromagnetism and induction, transformers and their operation, and electrical machines (dc machine, asynchronous machine, synchronous machine). The course objective is: -To get a better understanding of the operating conditions of key elements used in electrotechnics. Prérequis : Electrical installations.51
E5E9OPTXXOptions avancéesL3PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisTopics include electromagnetism and induction, transformers and their operation, and electrical machines (dc machine, asynchronous machine, synchronous machine). The course objective is: -To get a better understanding of the operating conditions of key elements used in electrotechnics. Prérequis : Electrical installations.51
E4E8TBDCircuits numerique programmableL3PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisTopics include electromagnetism and induction, transformers and their operation, and electrical machines (dc machine, asynchronous machine, synchronous machine). The course objective is: -To get a better understanding of the operating conditions of key elements used in electrotechnics. Prérequis : Electrical installations.51
E5E9PFEXXRecherche Bibliographique L3PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisTopics include electromagnetism and induction, transformers and their operation, and electrical machines (dc machine, asynchronous machine, synchronous machine). The course objective is: -To get a better understanding of the operating conditions of key elements used in electrotechnics. Prérequis : Electrical installations.51
E4E7ETC4Basics of electrotechnicsL3PolytechToursDiplôme d’Ingénieur Electronique et Génie électriqueAnglaisTopics include electromagnetism and induction, transformers and their operation, and electrical machines (dc machine, asynchronous machine, synchronous machine). The course objective is: -To get a better understanding of the operating conditions of key elements used in electrotechnics. Prérequis : Electrical installations.51
UE2.S5 StatisticsL3PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisStudy of fundamental computer concepts: computer architecture, coding, Boolean algebra, operating systems, networks. Development and analysis of problem-solving algorithms (Python): sorting and complexity, distance calculation (Euclidean, spherical), Dijkstra, etc. Links will be established with geomatics and statistics for more integrated teaching. 31
UE3-S5water policies & uses (flood intervention)L3PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisInformation: Concerns only the part of the courses run by Mathilde Gralepois (Flood prevention). The objective of this unit is to explain the history of flood prevention, territorial strategies and the evolution of options between defence infrastructures and nature-based solutions. The course studies the construction of public policies, the stakeholders and the tools implemented. The course explains the transition from public action based on hazard control to current crisis management positions. 1.51
UE3-UIT-S7Territorial planning and developement stratégiesM1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThe aim of this course is to enable students to understand the main concepts involved in territorial development strategies, particularly in relation to innovation and sustainability issues. In class, students will explore these strategies and dynamics through case studies carried out by groups of 3-4 students. 21
UE1 - S7General hydrologyM1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThis course will cover the notions of the water cycle, water balance, watersheds, hydrographic networks, hydrological processes and hydrological regimes. The principle of the course is original: each student will be invited to discover the important basics of the course through personal work at home and in class, using online course material and quizzes to integrate each of the notions covered. tutorials discussions and exercises/projects will enable students to apply these basics through active learning. 31
UE 4-UIT.S7ecodesign workshop (specialisation RESEAU)M1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThe course consists of producing a project based on a commission that students must continually reformulate in order to make its modeling possible (this modeling makes it possible to dimension the project's solutions and various urban devices). The exercise applies to the design of a sustainable neighbourhood and the production of a working scale model or digital mock-up (VR) that meets the workshop specifications. 41
UE3.S9research methodology and innovation M1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThe objectives are as follows: Formulate a research question and choose a case study, a type of data and methodological tools to answer it ; Carry out data collection and analysis, adjusting initial objectives as necessary to suit the field situation ; Report on research in an intelligible and organized manner, both orally and in writing. 41
IMAGE S9 Urban and anthropized rivers in Europe and the world M2PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThis course will cover the following topics: Adaptation measures and E&S (environmental and social) risks associated with urban/anthropized rivers - international issues and approaches (Europe and outside Europe). The course includes theory and analysis of existing urban restoration/conservation projects. The aim is to: Understand the environmental and social issues surrounding watercourses and wetlands in urban and highly anthropized environments, particularly in the context of climate change ; Acquire knowledge of environmentally-friendly adaptation and mitigation approaches and techniques in civil engineering and urban planning ; Analyze specific international case studies. Where appropriate, introduction to E&S impact studies 31
Supervised projects in engineering Supervised projects in engineering : Urban and Territorial Planning and Environment M2PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglais/FrenchThe ‘‘Research apprenticeship exchange program’’ is a course unit dedicated to international exchange students coming to Tours to study engineering sciences. This individualized program enables students to carry out projects within a research laboratory of the Graduate School of Engineering ‘Polytech Tours’. It consists of a project performed in a laboratory under the supervision of a lecturer, assistant professor or professor. The students will be evaluated by means of an oral presentation, a written report and a theory test. The students can complete their study program with French courses for foreign students and with field courses taught in French or English. 151
Supervised projects in engineering Supervised projects in engineering : Urban and Territorial Planning and Environment M2PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglais/FrenchThe ‘‘Research apprenticeship exchange program’’ is a course unit dedicated to international exchange students coming to Tours to study engineering sciences. This individualized program enables students to carry out projects within a research laboratory of the Graduate School of Engineering ‘Polytech Tours’. It consists of a project performed in a laboratory under the supervision of a lecturer, assistant professor or professor. The students will be evaluated by means of an oral presentation, a written report and a theory test. The students can complete their study program with French courses for foreign students and with field courses taught in French or English. 202
TU01Group project 1M1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisIn this module, students integrate and cooperate in a work group. They undertake an interdisciplinary diagnosis, analysing the spatial situation from the perspective of morphologies, populations, the economy, urban history, etc. They acquire expertise in applied research tools. They produce an analysis grid and test it on the ground.101
TU02GeomaticsM1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThis course provides the skills that are necessary to define a GIS and its components, including the ability to model data, to create thematic maps and to choose visual variables. These skills can be applied and further developed in the research projects that are carried out in group or individually.101
TU03Research MethodologyM1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThe course helps students to design a research strategy adapted to their topic. This comprises developing research questions, identifying useful sources to conduct planning research, presenting and structuring a research dissertation to meet required norms and rules. Following this unit, students will be able to carry out a critical choice of bibliographic sources and they will understand the idea of an original contribution to research.51
UE1.S6advanced geomaticsM1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThe aim of this course is to resolve planning and environmental issues by setting up a geomatics chain of processing, analysis and output of results for practitioners, decision-makers and users. By way of example, this course will look at daily mobility and associated itineraries, the exposure of major urban issues to natural hazards, multi-criteria analysis (slope, visibility, exposure) to identify favorable sites for development, and so on. The preferred pedagogical approach is to apply the principles and functions of GIS spatial analysis (geodatabase, projection system, joins, geoprocessing, model builder, etc.) in an integrated way, according to the theme being addressed. 22
UE3.S6BiodiversityL3PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThis course focuses on the basic knowledge in animal and plant systematics necessary to carry out ecological diagnostics in the field, to understand, interpret and write management and planning documents for natural and anthropized environments.22
UE3.S6Acquatic and urban systemL3PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThis course focuses on the functioning of aquatic systems: lake ecosystems, rivers, peat bogs and marshes, the notion of hydrosystem; matter cycles and functional groups; examples of organisms, case studies. It also covers environmental approaches to urban planning with a course on urban plant communities and habitats. 22
UE2-IMATGE.S8Water law and wetland policies (multi-use and multi-function in wetlands)M1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisInformation: Concerns only the part of the courses run by Mathilde Gralepois (“multi-use and multi-function in wetlands”). The aim of this course is to show how wetlands can be multifunctional spaces, particularly in urban areas, offering opportunities to combine wellbeing, environmental education, the reduction of heat islands, the protection of biodiversity, rainwater management and so on. This course will look at projects to understand the role of the various stakeholders, tools and regulations. 32
UE3-UIT.S8group project (specialisation ITI or RESEAU) M1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisITI: Students should be able to transcribe new urban project and planning approaches to territories. The aim of the course is to teach students how to become urban project managers. The teaching method is based on workshop practice in international, multidisciplinary teams. Students work in foreign contexts and/or with international students from a variety of backgrounds. The international added value is to introduce students to innovative solutions developed abroad and to open them up to interculturality. RESEAU: The aim of the course is to introduce students to the urban project management approach. Students respond to a commission from an external player (public or private) to design a project that meets more or less formal specifications. The aim of the workshop is to produce a set of solutions combining various environmental themes, in the form of group projects. 92
TU05Urban ecology M1PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisThe concept of urban ecology is approached via the interrelationships between communities and the natural and built environments at local, regional and global scales. The society is losing its appreciation for the ecosystem services, thereby diminishing resilience in terms of mitigating problems arising out of urbanization. While urbanization has many detrimental effects on the ecosystem, it has also led to innovations aimed at reducing these effects.52
To be completedSupervised project in engineering 1M2PolytechToursDiplôme d’Ingénieur Aménagement et EnvironnementAnglaisSupervised projects in engineering: Computer Sciences, Electronics and Energy Systems, Mechanics and System design, Urban and Territorial Planning and Environment The project will be of interest for foreign students who want to improve their skills in a specific field of engineering. Fields are detailed at: https://polytech.univ-tours.fr/english-version/presentation-2 The project will be performed in a laboratory associated with the Graduate School of Engineering Polytech Tours under the supervision of a lecturer, assistant professor or professor of Polytech Tours. The language will be English or French. It is recommended that students interested attest a B1 level in English or in French (in some cases and exceptionally the A2 level can be OK). Students can directly contact Professors of Polytech Tours or be recommended by a foreign colleague. They can choose a project proposed by a lecturer, assistant professor or professor of Polytech Tours or propose a topic to the professors of Polytech Tours (in co-supervision with a foreign colleague for instance). The students will be examined by a written report and an oral presentation (in english or in french). Because this course unit will be carried out within a laboratory, there will be less pressure regarding the students’ level of French. Duration: one semester (autumn [from September to the end of January] or spring [from the end of January to the end of June] semester) Application deadline: before July, the 1rst, for students coming for the autumn semester; before December the 1rst, for students coming for the spring semester Content: The project will be focused on one of the following fields: Computer Sciences, Electronics and Energy Systems, Mechanics and System design, Urban and Territorial Planning and Environment (aquatic and/or terrestrial). It must be carried out individually in a laboratory, under the supervision of a lecturer, assistant professor or professor of Polytech Tours (possibly in collaboration with another colleague). At the beginning of the project a work plan will be submitted by the student with the guidance of his/her supervisor at Polytech Tours. Caution: Before applying for this course all students must obtain the approval of their future supervisor. Students can also directly contact: international.polytech@univ-tours.fr Prerequisite: For First year of Master students: 110 ECTS already validated in the specific scientific/engineering field. For Second year of Master students: 145 ECTS already validated in the specific scientific/engineering field.301