Webpage for incoming students coming to Bordeaux

This page is hopefully helping you to find some modules.
1. Nomenclature
French people like ACRONYMS. They are always written in capital letters. Usually they are
created to be pounouncable words, and often existing ones (but with a different meaning) ...
so, for example ACRONYM could be an acronym meaning something different (but it does not).
More importantly: once you learn them all, they will be changed right away, to keep you confused :)
Anyways, there are some useful words.
Steps to get your learning agreement
- Find out which module you would follow if you stayed in your home university
- Look in both module lists below (step 2a and step 2b) for similar modules.
- Check the module content in step 3 to be sure.
- If you don't speak French, send me a mail to see what is taught in English.
- Setup a proposition with your local coordinator, using steps 2 & 3, and have it validated by your local coordinator
1. Nomenclature
French people like ACRONYMS. They are always written in capital letters. Usually they are
created to be pounouncable words, and often existing ones (but with a different meaning) ...
so, for example ACRONYM could be an acronym meaning something different (but it does not).
More importantly: once you learn them all, they will be changed right away, to keep you confused :)
Anyways, there are some useful words.
- "CM" = "cours magistral", means main lecture in amphitheatre.
- "TD" = "travaux dirigés", means problem sessions in smaller groups (generally by a different teacher than CM)
- "CI" = "cours intégré", means lecture / problem sessions are done in smaller groups, all is done by the same teacher.
- "UE" = "module / lecture" There is a name and a code UE (see list below)
- "fiche UE" = "content of a lecture / module" (see point 3 below)
First year: is called Licence 1 Semesters 1, 2 Second year is called Licence 2 Semesters 3, 4 Third year is called Licence 3 Semesters 5, 6 Forth year is called Master 1 Semesters 7, 8 Fith year is called Master 2 Semesters 9, 10 - Please realise: semester 2N+1 means: WINTER TERM (September-January), while semester 2N means SPRING TERM (February-May).
- The codes are of the form 4***N***U where N=semester number. The first semester is 1, and semester 10 is coded with a 0.
University calendars are important for planning your travels.
Here you (should) find the relevant calendars of "Sciences et Technologies" for your courses.
2a. Module list
We have two types of modules. The first, main list below is
for regular math students. It is generated by PHP scripts out of the "apogee" teaching catalogue. I try to correct errors in my copy of this database, but I cannot guarantee correctness.
However, if a lecture is not in this list, then
- either it is not taught by a math colleague,
- or the lecture name changed. The correct one is then the one in my list.
- or the lecture is a "database zombie" and does not exist (any more).
However, I can try to find a contact for you.
Since the "module content" is on a university website that I cannot control / deeplink : once you know the lecture
title / code, please go down to step 3 and look it up "by hand".
Language info: if you need english taught lectures, please write an email to make me check once more.
Database ages: APOGEE database snapshot: June 5, 2025. Teacher database is extracted at Sept 2,2025. Language database: Sept, 2023. It is almost impossible to treat and cross inconsistend databases automatically: if you miss information or detect errors, please tell me!
Semester | Code UE | French name | Language | ECTS | Responsible/Teacher |
---|---|---|---|---|---|
1 | 4TOP101U | Grands domaines de l'optimisation | ![]() | 3 | ? |
1 | 4TPU123U | Introduction aux Sciences de Gestion et Sciences Cognitives | ![]() | 6 | Gagnou |
1 | 4TPU155U | Mathematical tools | CM : ![]() TD : ![]() ![]() | 6 | ? |
1 | 4TPU124U | Mathématiques approfondies | ![]() | 6 | Ricotta |
1 | 4TPU102U | Mathématiques générales | ![]() | 6 | Kupin |
1 | 4TPU101U | Outils mathématiques | ![]() | 6 | Haak |
1 | 4TPU125U | Probabilités et Statistiques | ![]() | 6 | Patouille |
2 | 4TPU221U | Algèbre | ![]() | 6 | Bonnefont |
2 | 4TPU207U | Algèbre linéaire 1 | ![]() | 6 | Parent |
2 | 4TPU210U | Analyse | ![]() | 6 | Bruneau |
2 | 4TPU219U | Analyse appliquée | ![]() | 6 | Burie |
2 | 4TPU211U | Analysis | CM : ![]() TD : ![]() ![]() | 6 | ? |
2 | 4TPU223U | Bases biologiques du comportement / Systèmes sensoriels | ![]() | 6 | |
2 | 4TPU276U | Histoire et Méthodes des Sciences Cognitives | ![]() | 6 | ? |
2 | 4TOP201U | Initiation à l'ingénierie de l'optimisation | ![]() | 3 | |
2 | 4TPU224U | Introduction aux Sciences Economiques | ![]() | 6 | ? |
2 | 4TPU225U | Introduction aux Sciences Humaines et Méthodologies | ![]() | 6 | |
2 | 4TPU208U | Linear Algebra 1 | CM : ![]() TD : ![]() ![]() | 6 | ? |
2 | 4TPU212U | Mathématiques approfondies S2 | ![]() | 6 | Ricotta |
2 | 4TPU213U | Mathématiques discrètes | ![]() | 6 | Balandraud |
2 | 4TPU222U | Microéco 1 / Gestion comptable et fiscale de l'entreprise | ![]() | 6 | |
2 | 4TPU220U | Programmation 1 | ![]() | 3 | |
2 | 4TPU275U | Programmation et Applications | ![]() | 6 | Blasi |
2 | 4TPU218U | Projet Professionnel de l'étudiant | ![]() | 1 | |
2 | 4TPU227U | Remédiation personnalisée Semestre 2 | ![]() | 3 | ? |
3 | 4TMH303U | Algèbre Linéaire | ![]() | 3 | |
3 | 4TTI302U | Algèbre linéaire 2 | ![]() | 9 | Ricotta |
3 | 4TTI303U | Analyse 2 pour Math-Info | ![]() | 3 | Kupin |
3 | 4TMQ305U | Assistant d'Education 1 | ![]() | 3 | |
3 | 4TMH320U | Bases de Neurobiologie et de Neuroanatomie, fondamentaux cog | ![]() | 6 | ? |
3 | 4TMH306U | Fonctions de plusieurs variables et optimisation | ![]() | 6 | Bendahmane |
3 | 4TMQ312U | Introduction to Numerical Analysis | CM : ![]() TD : ![]() ![]() | 6 | |
3 | 4TMQ301U | Introduction à l'analyse numérique | ![]() | 6 | Weynans |
3 | 4TMH312U | Introduction à l'épidémiologie | ![]() | 3 | |
3 | 4TTI307U | Linear Algebra 2 | CM : ![]() TD : ![]() ![]() | 9 | ? |
3 & 5 | 4TMQA01U | Maths, Sciences et Société | CM : ![]() projet : ![]() ![]() | 3 | Balandraud |
3 | 4TMH316U | Probabilités (A) et statistique inférentielle (B) | ![]() | 6 | Genadot |
3 | 4TMQ309U | Sequences and series of functions and the improper integral | CM : ![]() TD : ![]() ![]() | 9 | ? |
3 | 4TMQ308U | Séries, suites de fonctions et intégrales généralisées | ![]() | 9 | Jaming |
3 | 4TMH317U | Séries et intégrales multiples | ![]() | 6 | Dordan |
3 | 4TMH318U | Techniques d'enquêtes | ![]() | 3 | ? |
4 | 4TMH417U | Algèbre 2 (A) et espaces euclidiens (B) | ![]() | 6 | Bendahmane |
4 | 4TMQ405U | Algèbre bilinéaire et géométrie | ![]() | 6 | Paicu |
4 | 4TTI401U | Analyse 3 pour Math-Info | ![]() | 3 | Arnaiz |
4 | 4TMQ411U | Assistant d'Education 2 | ![]() | 3 | |
4 | 4TMH401U | Bases de données et Conception de sites web dynamiques | ![]() | 6 | ? |
4 | 4TMQ413U | Calculus in several variables | CM : ![]() TD : ![]() ![]() | 6 | ? |
4 | 4TMH409U | Entrepreneuriat | ![]() | 3 | |
4 | 4TMQ412U | Fonctions de plusieurs variables | ![]() | 6 | Tucsnak |
4 | 4TMQ404U | Géométrie affine | ![]() | 3 | Jehanne |
4 | 4TMH407U | Informatique pour les Mathématiques | ![]() | 3 | |
4 | 4TMH421U | Initiation au droit de l'entreprise | ![]() | 3 | ? |
4 | 4TMQ414U | Introduction à l'optimisation linéaire | ![]() | 3 | Froger |
4 | 4TMQ415U | Introduction à l'optimisation non linéaire | ![]() | 3 | Froger |
4 | 4TMH411U | Macroéconomie 1, Droit de l'Entreprise | ![]() | 6 | |
4 | 4TMH419U | Microéconomie et macroéconomie 1 | ![]() | 6 | ? |
4 | 4TMH406U | Mise à niveau L2 | ![]() | 3 | ? |
4 | 4TMQP01U | Optimisation | ![]() | 6 | |
4 | 4TMH410U | Perception, Action, Mémoire et Fonctions exécutives | ![]() | 6 | ? |
4 | 4TMH420U | Philosophie des sciences et épistémologie | ![]() | 3 | ? |
4 | 4TMQ407U | Programmation pour le calcul scientifique | ![]() | 6 | Pesneau |
4 | 4TCM403U | Projet de Programmation CMI ISI | ![]() | 6 | ? |
4 | 4TMQ401U | Structures algébriques 1 | ![]() | 9 | Parent |
4 | 4TTI406U | Structures algébriques pour Math-Info | ![]() | 6 | Tossici |
4 | 4TMH418U | Tests d'hypothèse et régression | ![]() | 6 | Poix |
5 | 4TTI501U | Algorithmique Mathématique 1 | ![]() | 6 | |
5 | 4TTI502U | Algorithmique Mathématique 2 | ![]() | 6 | |
5 | 4TTI506U | Algorithmique des entiers et des polynômes | ![]() | 6 | Lezowski |
5 | 4TTI504U | Algorithmique matricielle | ![]() | 6 | Poyeton |
5 | 4TGM506U | Analyse matricielle appliquée | ![]() | 3 | Weynans |
5 | 4TMH510U | Apprentissage machine et Imagerie numérique | ![]() | 6 | Schlick |
5 | 4TMF506U | Assistant d'éducation 3 | ![]() | 3 | |
5 | 4TOP502U | Challenges algorithmiques (industriels) | ![]() | 6 | ? |
5 | 4TSQ503U | Connaissances et représentations, langage et TAL | ![]() | 6 | ? |
5 | 4TMQ501U | Equations différentielles et calcul différentiel | ![]() | 6 | Jaming |
5 | 4TGM505U | Equations différentielles et calcul différentiel appliqué | ![]() | 6 | Coudière |
5 | 4TMH501U | Etudes de cas, Statistique appliquée | ![]() | 3 | |
5 | 4TEG502U | Finance et stratégie d’entreprise | ![]() | 6 | ? |
5 | 4TMH511U | Informatique pour les Mathématiques | ![]() | 3 | ? |
5 | 4TMH502U | Informatique théorique 2 et Programmation 2 | ![]() | 6 | |
5 | 4TMQ504U | Intégration appliquée | ![]() | 6 | Haak |
5 | 4TEG501U | Macroéco 2, calcul actuariel et financier et analyse financ | ![]() | 9 | |
5 | 4TMF508U | Mathématiques pour l'enseignement 1 | ![]() | 6 | Herr |
5 | 4TEG503U | Microéconomie et Macroéconomie 2 | ![]() | 6 | ? |
5 | 4TSQ502U | Modèles et mesures des fonctions cognitives de haut niveau | ![]() | 9 | |
5 | 4TMH509U | Méthodes Numériques Linéaires et Non linéaires | ![]() | 6 | Ainseba |
5 | 4TMH505U | Méthodes numériques linéaires et Modélisation statistique | ![]() | 6 | |
5 | 4TSQ504U | Neuropsychologie, neuropathologie et imagerie cérébrale | ![]() | 6 | ? |
5 | 4TGM502U | Programmation avancée pour le calcul scientifique | ![]() | 6 | VAC |
5 | 4TMH513U | Santé Publique | ![]() | 3 | ? |
5 | 4TMH512U | Sciences des données | ![]() | 3 | ? |
5 | 4TGM504U | Statistique descriptive | ![]() | 3 | Richou |
5 | 4TMF505U | Structures algébriques 2 | ![]() | 6 | Autissier |
5 | 4TMF507U | Théorie de l'intégration | ![]() | 6 | Arnaudon |
5 | 4TMH507U | Théorie de la mesure et Probabilités | ![]() | 3 | |
5 | 4TMF504U | Topologie | ![]() | 6 | Raissy |
6 | 4TGM601U | Analyse fonctionnelle | ![]() | 6 | Provenzi |
6 | 4TSQ602U | Approches conceptuelles et méthodes d'étude du fonctionnemen | ![]() | 9 | |
6 | 4TTI603U | Arithmétique et cryptologie | ![]() | 6 | VAC |
6 | 4TTI601U | Codes correcteurs | ![]() | 3 | Balandraud |
6 | 4TEG602U | Economie Appliquée et Calcul Actuariel | ![]() | 6 | ? |
6 | 4TMH606U | Econométrie, Séries Chronologiques | ![]() | 3 | Barbieri |
6 | 4TMF601U | Espaces de Hilbert - Analyse de Fourier | ![]() | 6 | Autissier |
6 | 4TSQ603U | Facteur Humain et Ergonomie | ![]() | 6 | ? |
6 | 4TTV606U | Groupe de travail applicatif | ![]() | 5 | |
6 | 4TMF607U | Géométrie différentielle élémentaire | ![]() | 6 | |
6 | 4TMF603U | Géométrie et topologie | ![]() | 6 | Lecureux |
6 | 4TTI602U | Image | ![]() | 3 | Castera |
6 | 4TMH605U | Imagerie numérique | ![]() | 3 | |
6 | 4TMH611U | Informatique Avancée | ![]() | 6 | Blasi |
6 | 4TMH602U | Intelligence artificielle | ![]() | 3 | Corsini |
6 | 4TTI604U | Mathématiques pour l'enseignement | ![]() | 6 | |
6 | 4TMF605U | Mathématiques pour l'enseignement 2 | ![]() | 6 | Herr |
6 | 4TMH604U | Méthodes numériques non linéaires et Systèmes dynamiques | ![]() | 6 | |
6 | 4TGM603U | Méthodes numériques pour l'intégration et les équations diff | ![]() | 6 | Decoene |
6 | 4TMQ601U | Probabilités | ![]() | 6 | Arnaudon |
6 | 4TMH609U | Processus, Analyse de données, Sondages | ![]() | 6 | |
6 | 4TMH612U | Processus Aléatoires et Séries Chronologiques | ![]() | 6 | Poix |
6 | 4TSQ604U | Psychophysiologie, Neuroergonomie / Traitement du Signal | ![]() | 6 | ? |
6 | 4TEG601U | Stratégie d'entreprise, Gestion des Ressources Humaines | ![]() | 9 | |
6 | 4TMH613U | Systèmes dynamiques et Modélisation Biomathématique | ![]() | 6 | Ainseba |
6 | 4TMH614U | TER et Stage | ![]() | 6 | |
7 | 4TSS701U | Analyse de survie et de fiabilité | ![]() | 3 | |
7 | 4TMF708U | Analysis 1 : Lp spaces, distributions and Fourier transform | ![]() | 6 | |
7 | 4TMA709U | Approximation des EDP 1 | ![]() | 6 | Bouharguane |
7 | 4TMS713U | Approximation of PDEs 1 | ![]() | 6 | |
7 | 4TCY703U | Arithmétique | ![]() | 6 | Zemor |
7 | 4TSC707U | Bases Scientifiques | ![]() | 6 | ? |
7 | 4TSS702U | Bases de données, logiciels statistiques et outils de simula | ![]() | 6 | |
7 | 4TMA701U | Calcul formel | ![]() | 6 | Bombar |
7 | 4TSC702U | Communication | ![]() | 3 | ? |
7 | 4TMS714U | Continuous optimisation | ![]() | 6 | |
7 | 4TSC705U | Ergonomie | ![]() | 6 | ? |
7 | 4TMA711U | Espaces Lp, analyse de Fourier | ![]() | 6 | Thieullen |
7 | 4TSC704U | Fonctionnement de l'Entreprise | ![]() | 3 | ? |
7 | 4TSC706U | Fonctions Cognitives en situation et Handicap | ![]() | 6 | ? |
7 | 4TMF709U | Functions of one complex variable | ![]() | 6 | |
7 | 4TOD706U | Graphes et algorithmes | ![]() | 6 | Froger |
7 | 4TMA710U | Géométrie différentielle 2 | ![]() | 6 | Bessieres |
7 | 4TOD707U | Introduction à la programmation en variables entières | ![]() | 3 | Pesneau |
7 | 4TMS709U | Management et théorie des organisations | ![]() | 3 | Gagnou |
7 | 4TMA702U | Modules et algèbre commutative | ![]() | 6 | Brinon |
7 | 4TMS718U | Modèles de régression | ![]() | 6 | Barbieri |
7 | 4TMS708U | Modèles de régression et tests d'hypothèse | ![]() | 6 | |
7 | 4TMS716U | Modélisation pour le traitement d'images | ![]() | 6 | Aujol |
7 | 4TMS717U | Outils informatiques pour le traitement des données | ![]() | 6 | Schlick |
7 | 4TSC701U | Physiologie du travail | ![]() | 3 | ? |
7 | 4TMS706U | Probabilités et Statistique | ![]() | 6 | Richou |
7 | 4TMS715U | Programmation Fortran pour le calcul scientifique | ![]() | 3 | Coudière |
7 | 4TOA702U | Programmation linéaire | ![]() | 3 | ? |
7 | 4TMS710U | Représentation de données et statistique multidimensionnelle | ![]() | 3 | Couallier |
7 | 4TOD710U | Statistiques inférentielles et R - Remédiation | ![]() | 3 | |
7 | 4TMS719U | Tests d'hypothèses et estimation non paramétrique | ![]() | 3 | Lecestre |
7 | 4TMA703U | Théorie de Galois et représentations | ![]() | 6 | Benois |
7 | 4TCY702U | Théorie de l'information | ![]() | 6 | |
7 | 4TMF701U | Théorie des groupes | ![]() | 6 | |
7 | 4TMA705U | Théorie des probabilités et statistiques | ![]() | 6 | Feral |
7 | 4TMS702U | Utilisation de Plateforme Industrielle /Ouverture monde pro | ![]() | 3 | |
8 | 4TOD814U | Algorithmes pour l'optimisation en nombres entiers | ![]() | 3 | Pesneau |
8 | 4TMS821U | Algorithmes stochastiques | ![]() | 3 | Fredes |
8 | 4TMA806U | Analyse complexe | ![]() | 6 | Kellay |
8 | 4TMS820U | Analyse de Fourier appliquée | ![]() | 6 | VAC |
8 | 4TSC806U | Analyse ergonomique du travail | ![]() | 6 | ? |
8 | 4TMF804U | Analyse fonctionnelle, analyse spectrale | ![]() | 9 | |
8 | 4TMA808U | Analyse fonctionnelle et spectrale | ![]() | 6 | Haak |
8 | 4TMF808U | Analysis 2 : Functional and spectral analysis | ![]() | 9 | |
8 | 4TMS813U | Approximation of PDEs 2 | CM : ![]() TD : ![]() | 6 | VAC |
8 | 4TRG802U | Bases de l'intervention en ergonomie | ![]() | 3 | ? |
8 | 4TMS804U | Calcul Haute Performance / Ouverture professionnelle | ![]() | 6 | |
8 | 4TMA801U | Calcul formel | ![]() | 6 | Bombar (?) |
8 | 4TMS807U | Chaînes de Markov | ![]() | 3 | Fredes |
8 | 4TOD813U | Complexité des problèmes | ![]() | 3 | Clautiaux |
8 | 4TCY802U | Cryptology | ![]() | 6 | Castagnos |
8 | 4TMS814U | Equations aux Dérivées Partielles 2 | ![]() | 6 | Koenig |
8 | 4TMS818U | Etude bibliographique et veille documentaire 1 | ![]() | 9 | |
8 | 4TOD811U | Etudes de cas industriels | ![]() | 3 | Pesneau |
8 | 4TSC802U | Facteurs humains et interactions homme/machine | ![]() | 3 | ? |
8 | 4TTH802U | Fondements et méthodes en neuroergonomie | ![]() | 3 | ? |
8 | 4TMA805U | Formes quadratiques et groupes classiques | ![]() | 6 | Lecureux |
8 | 4TOD808U | Gestion portefeuille 1 | ![]() | 3 | |
8 | 4TMF805U | Géométrie | ![]() | 9 | |
8 | 4TMF810U | Géométrie | ![]() | 6 | |
8 | 4TSC803U | Handicap et NTIC | ![]() | 3 | ? |
8 | 4TMA804U | Hilbert spaces methods | CM : ![]() TD : ![]() | 6 | |
8 | 4TSC807U | Informatique cognitive | ![]() | 3 | |
8 | 4TMA812U | Martingales | ![]() | 3 | Arnaudon |
8 | 4TMS810U | Martingales et algorithmes stochastiques | ![]() | 6 | |
8 | 4TTH801U | Modélisation computationnelle des fonctions cognitives | ![]() | 6 | ? |
8 | 4TSC805U | Modélisation des fonctions cognitives | ![]() | 6 | |
8 | 4TQM802U | Modélisation pour la physique et la biologie | ![]() | 6 | Decoene |
8 | 4TOD812U | Métaheuristiques | ![]() | 3 | Corsini |
8 | 4TMS816U | Méthodes MCMC | ![]() | 3 | Fredes |
8 | 4TOD810U | Optimisation continue sous contraintes | ![]() | 3 | Detienne |
8 | 4TMS805U | Optimisation convexe pour les problèmes inverses | ![]() | 6 | Aujol |
8 | 4TOD806U | Outils logiciels pour l'optimisation | ![]() | 6 | |
8 | 4TMF809U | Probability and Statistics | ![]() | 6 | |
8 | 4TMS808U | Projet d'expertise en Statistique et Probabilités | ![]() | 6 | |
8 | 4TOD815U | Projet d'optimisation | ![]() | 3 | ? |
8 | 4TMS817U | Projet de statistique pour données environnementales | ![]() | 3 | ? |
8 | 4TMS819U | Projet en traitement d'images | ![]() | 6 | ? |
8 | 4TAQ803U | Spectral Analysis | ![]() | 3 | |
8 | 4TRG801U | Stage en entreprise | ![]() | 1 | ? (?) |
8 | 4TMS815U | Statistique computationnelle pour l'exploration de données | ![]() | 3 | Chavent |
8 | 4TMS809U | Statistique nonparamétrique | ![]() | 3 | |
8 | 4TMS812U | Stochastic simulation | ![]() | 6 | |
8 | 4TSC804U | TER | ![]() | 1 | Castera (?) |
8 | 4TCY806U | Théorie de l'information | ![]() | 6 | VAC |
8 | 4TMF806U | Théorie des nombres | ![]() | 9 | |
8 | 4TMA807U | Théorie des nombres | ![]() | 6 | VAC |
8 | 4TSC801U | Traitement et analyse des données | ![]() | 3 | Burie |
9 | 4TMA901U | Algorithmique Arithmétique | CM : ![]() TD : ![]() | 6 | |
9 | 4TRN907U | Algèbre et calcul formel 1 | ![]() | 6 | |
9 | 4TRN905U | Algèbre et géométrie 1 | ![]() | 1 | ? |
9 | 4TMS924U | Analyse de survie et de fiabilité | ![]() | 3 | Couallier |
9 | 4TRN904U | Analyse et probabilités 1 | ![]() | 1 | ? |
9 | 4TTV907U | Analyse harmonique, analyse complexe, théorie des opérateurs | ![]() | 6 | |
9 | 4TRG902U | Anglais professionnel | ![]() | 3 | |
9 | 4TMS911U | Apprentissage supervisé | ![]() | 6 | |
9 | 4TOD904U | Approximation and Big Data | ![]() | 3 | ? |
9 | 4TCY901U | Carte à puce | ![]() | 6 | |
9 | 4TMS921U | Classification supervisée / apprentissage automatique | ![]() | 6 | Chavent |
9 | 4TMS923U | Climate Risks and Finance | CM : ![]() TD : ![]() | 3 | |
9 | 4TMA902U | Courbes elliptiques | CM : ![]() TD : ![]() | 6 | |
9 | 4TCY902U | Cryptanalyse | ![]() | 6 | Bombar |
9 | 4TCY903U | Cryptologie avancée | ![]() | 6 | Bombar |
9 | 4TMS904U | Datamining | ![]() | 3 | |
9 | 4TOD907U | Files d'attente | ![]() | 3 | Meurdesoif |
9 | 4TRG904U | Fonctionnement de l'homme individuel et collectif | ![]() | 3 | ? |
9 | 4TOD903U | Gestion des opérations et planification de la production | ![]() | 6 | Froger |
9 | 4TMA905U | Géométrie | CM : ![]() TD : ![]() | 9 | |
9 | 4TMA904U | Géométrie Algébrique | CM : ![]() TD : ![]() | 9 | |
9 | 4TTH906U | Handicap, Autonomie, Cognition et Technologies | ![]() | 6 | ? |
9 | 4TMA914U | Harmonic analysis, Operator theory and control | ![]() | 6 | |
9 | 4TOD902U | Integer Programming | CM : ![]() TD : ![]() | 6 | Clautiaux |
9 | 4TRG908U | Intervention ergonomique | ![]() | 6 | ? |
9 | 4TMS919U | Intro à l'apprentissage profond et défi sciences des données | ![]() | 3 | Castera |
9 | 4TMS926U | Macroeconomic Risks and forecasting | CM : ![]() TD : ![]() | 3 | |
9 | 4TMS903U | Management et éthique | ![]() | 3 | Gagnou |
9 | 4TMS925U | Modèles linéaires mixtes et applications en bio-statistique | ![]() | 3 | Barbieri |
9 | 4TTH901U | Multiples formes du métier | ![]() | 6 | ? |
9 | 4TTH903U | Méthodologie scientifique | ![]() | 3 | ? |
9 | 4TTH904U | Neurosciences computationnelles applications à l'ingénierie | ![]() | 6 | Bendahmane |
9 | 4TOD901U | Optimisation dans l'incertain | ![]() | 6 | Detienne |
9 | 4TMS918U | Optimisation en grande dimension | ![]() | 3 | Castera |
9 | 4TMS902U | Outils d'analyse pour les EDP | ![]() | 6 | |
9 | 4TQD903U | Partial Differential Equations in population dynamics | ![]() | 6 | |
9 | 4TMA918U | Post Quantum cryptography | CM : ![]() TD : ![]() | 6 | Zemor |
9 | 4TRN906U | Probabilités et statistiques 1 | ![]() | 6 | |
9 | 4TDH906U | Problèmes inverses et méthodes adjointes | ![]() | 6 | Iollo |
9 | 4TRG903U | Professionnalisation | ![]() | 6 | ? |
9 | 4TMS927U | Programmation par contraintes | ![]() | 3 | Prunet |
9 | 4TDH907U | Projet de modélisation ou calcul scientifique | ![]() | 6 | ? |
9 | 4TTH905U | Réalité virtuelle, Interaction et applications à la santé | ![]() | 6 | Schlick |
9 | 4TRG907U | Stage 1 | ![]() | 6 | ? |
9 | 4TMS905U | Statistique et analyse de données en grande dimension | ![]() | 6 | Bigot |
9 | 4TMS929U | Stochastic calculus | ![]() | 3 | |
9 | 4TAQ907U | Stochastic calculus, deterministic and stochastic | ![]() | 6 | Richou |
9 | 4TMA903U | Théorie des Nombres | CM : ![]() TD : ![]() | 9 | |
9 | 4TMS917U | Transport optimal computationnel pour la science des données | ![]() | 3 | Bigot |
9 | 4TTV912U | Variational methods, PDEs and optimisation for image process | CM : ![]() TD : ![]() | 6 | |
10 | 4TRN010U | Algèbre et calcul formel 2 | ![]() | 4 | |
10 | 4TRN007U | Algèbre et géométrie 2 | ![]() | 4 | |
10 | 4TRN006U | Analyse et probabilités 2 | ![]() | 4 | |
10 | 4TTH003U | Applications en neuroergonomie | ![]() | 6 | ? |
10 | 4TRG003U | Conception des situations de travail | ![]() | 6 | ? |
10 | 4TRG002U | Ergonomie et conduite de projets | ![]() | 6 | ? |
10 | 4TMA021U | Introduction to research | ![]() | 6 | |
10 | 4TRG005U | Pratiques de l'ergonomie | ![]() | 6 | ? |
10 | 4TRN009U | Probabilités et statistiques 2 | ![]() | 4 | |
10 | 4TOD001U | Projet d'optimisation pour insertion professionnelle | ![]() | 6 | ? |
10 | 4TMS006U | Projet données massives | ![]() | 3 | ? |
10 | 4TMS005U | Projet en apprentissage profond (approfondissement) | ![]() | 3 | ? |
10 | 4TAQ003U | Reading seminar on functional inequalities | ![]() | 6 | Thieullen |
10 | 4TMA016U | Reductive groups | ![]() | 6 | |
10 | 4TRN014U | Soutenance | ![]() | 3 | |
10 | 4TOD002U | Stage | ![]() | 2 | ? (?) |
10 | 4TTH001U | Stage, Mémoire et Soutenance | ![]() | 2 | |
10 | 4TRG004U | Stage en entreprise | ![]() | 1 | ? |
10 | 4TMS002U | Stage en entreprise ou Préparation de Mémoire | stage : ![]() ![]() | 2 | |
10 | 4TMA017U | p-adic Hodge theory | ![]() | 6 |
2b. Module list 'minors' in the international track.
Minors are additional pluridisplinary lectures.
They are always taught in English. You cannot take minors of your main subject: as a math student you must not take
math lectures as minors, as a biology student you must not take biology, etc.
If you have some interdisciplinary/ cultural ECTS to chose, please consider "4TMQA01U Maths, Sciences et Société" first:
We have set it up to have foreign students work in projects with Bordeaux students who want to leave next year.
This helps you to get to know Bordeaux better and simultaneously prepares them for their own exchange programme !!
Finally, we have the
They are always taught in English. You cannot take minors of your main subject: as a math student you must not take
math lectures as minors, as a biology student you must not take biology, etc.
If you have some interdisciplinary/ cultural ECTS to chose, please consider "4TMQA01U Maths, Sciences et Société" first:
We have set it up to have foreign students work in projects with Bordeaux students who want to leave next year.
This helps you to get to know Bordeaux better and simultaneously prepares them for their own exchange programme !!
Semester | Code UE | Cleartext name | Language | ECTS | Subject | Contact |
---|---|---|---|---|---|---|
1 | 4TPU137U | The cell, unity within diversity | ![]() | 6 | Biology | Sophie Javersat |
1 | 4TPU136U | Resource management and renewable resources | ![]() | 6 | Biosourcing | Véronique Coma |
1 | 4TPU138U | History of Science | ![]() | 6 | Epistémology | Jérôme Pierrel |
1 | 4TPU140U | Basic Algorithms & Programming | ![]() | 6 | Computer Science | Guillaume Blin |
1 | 4TPU141U | Linear Algebra | ![]() | 6 | Mathematics | Bernhard Haak |
1 | 4TPU157U | The product | ![]() | 6 | Engineering | Bruno Vallespir |
2 | 4TPU256U | The cell within the body | ![]() | 6 | Biology | Sophie Javersat |
2 | 4TPU253U | Introduction to biological systems | ![]() | 6 | Biosourcing | Véronique Coma |
2 | 4TPU254U | Science Communication 1 6 ECTS | ![]() | 6 | Epistémology | Jérôme Pierrel |
2 | 4TPU257U | DATA MANAGMENT & WEB DESIGN | ![]() | 6 | Computer Science | Guillaume Blin |
2 | 4TPU255U | Euclidian Spaces | ![]() | 6 | Mathematics | Bernhard Haak |
2 | 4TPU294U | The industrial enterprise | ![]() | 6 | Engineering | Bruno Vallespir |
3 | 4TTV305U | Genetics of physiological and pathological processes | ![]() | 6 | Biology | Sophie Javersat |
3 | 4TTV319U | Methods for bio-syntheses | ![]() | 6 | Biosourcing | Véronique Coma |
3 | 4TTV306U | Philosophy of Science | ![]() | 6 | Epistémology | Jérôme Pierrel |
3 | 4TTV313U | INTRODUCTION TO SIMULATION OF DYNAMIC PROCESS | ![]() | 6 | Computer Science | Guillaume Blin |
3 | 4TTV310U | Probability Theory & Statistics | ![]() | 6 | Mathematics | Bernhard Haak |
3 | 4TTV329U | The industry of the future | ![]() | 6 | Engineering | Bruno Vallespir |
4 | 4TTV408U | Biology and interdisciplinarity | ![]() | 6 | Biology | Sophie Javersat |
4 | 4TTC418U | Environmental impact | ![]() | 6 | Biosourcing | Véronique Coma |
4 | 4TTV407U | Science Communication 2 | ![]() | 6 | Epistémology | Jérôme Pierrel |
4 | 4TTV414U | INTRODUCTION TO IMAGE PROCESSING | ![]() | 6 | Computer Science | Guillaume Blin |
4 | 4TTV410U | Integration & Differential Equations | ![]() | 6 | Mathematics | Bernhard Haak |
4 | 4TTV428U | The enterprise Modelling | ![]() | 6 | Engineering | Bruno Vallespir |
4 | 4TTV415U | The infinitely large and infinitely small | ![]() | 3 | General Science | Jonathan Braine |
4 | 4TTV417U | Artificial intelligence | ![]() | 3 | Computer Science | Guillaume Blin |
3. Module content.
Here is how to find lecture content:
Have a look here (complete course description Licence 1-3) of here for acomplete description of most master courses
You may also navigate trough the course catalogue.- Step one: find the webpage I do not give a direct link, they might change it. Instead:
- search "Bordeaux Math Licence" in a search engine if you look for the regular Licence,
- search "Bordeaux MIASHS Licence" for MIASHS or
- search "Bordeaux Math Master" for Master courses.
- Step 2 (that the hidden part) click on the word "organisation".
- Step 3:Select the " Licence " that you found above in the forth column.
- Step 4 Click on the lecture title to get its content.