Cursos
39034 Cursos
| Fullname | Shortname | Summary | |
|---|---|---|---|
| Pedagogical management | ENSPS_PHYS_M1_Mona_C00 | This Master Course offers an original qualification in the highly innovative domain of molecular photonics for applications in biology. Skills will be acquired at the strongly interdisciplinary level needed to master emerging technologies and to develop original concepts and applications aiming at novel technological breakthroughs in this domain. | See course |
| Fundamentals in Biology | ENSPS_PHYS_M1_Mona_C01 | FunBio lectures provide a basic training to non-biologists and offer them a quick initiation to the various fields of life sciences. This training will allow students to choose biology-oriented modules of the Erasmus Mundus Master at the interface of physical sciences and molecular/cell biology. This course is mandatory for students having a limited background in Biology, (e.g. electrical engineers, computer scientists, mathematicians, physicists) Related courses: For non-biologists, prerequisite of the “Fluorescence in Biology” courses and all courses with a strong content in Biology | See course |
| Fundamentals in Chemistry | ENSPS_PHYS_M1_Mona_C02 | See course | |
| BioMolecular Photonics | ENSPS_PHYS_M1_Mona_C04 | See course | |
| Nanophotonics | ENSPS_PHYS_M1_Mona_C06 | See course | |
| Light-Matter interactions | ENSPS_PHYS_M1_Mona_C07 | See course | |
| Microfluidics | ENSPS_PHYS_M1_Mona_C09 | See course | |
| ICR-Biodevices : Ion Channel Recording and cell treatment on a chip | ENSPS_PHYS_M1_Mona_C10 | See course | |
| Python Programming for Biological data Analysis | ENSPS_PHYS_M1_Mona_C11 | See course | |
| Image analysis for biology | ENSPS_PHYS_M1_Mona_C13 | See course | |
| Modeling structure and dynamics of biomolecules | ENSPS_PHYS_M1_Mona_C14 | See course | |
| Quantum sensing | ENSPS_PHYS_M1_Mona_C15 | See course | |
| Tissue and organ bioengineering | ENSPS_PHYS_M1_Mona_C16 | See course | |
| Analyse des données textuelles | ENSPS_SHS_M2_SQD_C01 | Introduction à la textométrie en sociologie. |
See course |
| Calcul économique_2020-21 | APT_8152_EN2173_2020_21 | La décision d'investir, de lancer un projet, d'immobiliser des capitaux à long terme est une décision importante. En raison des sommes mises en jeu et des répercussions futures que ces décisions entraînent, l'entreprise se trouve confrontée à au moins deux points d'interrogation : Comment se décide un investissement ? Comment évaluer la rentabilité d'un investissement ?. Pour répondre à ces questions, ce cours se présente comme une synthèse de quelques techniques d'évaluation et met l'accent sur l'aspect pratique du calcul économique Les enseignements comprennent : - Principes généraux de choix d'investissement - Choix d'investissement et conventions comptables - Prise en compte du risque et introduction à l'évaluation économique des projets industriels | See course |
| APM_4MA02_TP - Markov chains and time series | TPT_UE_2085 | Language of teaching: English We introduce Markov chains on gneral state spaces and focus on homogeneous Markov chains. We relate the stationarity property to invariant measures in this case and establish the strong Markov property. Then we introduce weakly stationary time series and establish their spectral representations. | See course |
| APM_5CL22_TP - Communications avancées | TPT_UE_14997 | The course provides advanced knowledge in a number of transmission techniques and technologies in wirelesscommunications. It covers the fundamentals on MIMO communications ranging from single-user MIMO to multi-user MIMO and cooperative communications, then addresses massive MIMO and mmwave MIMO in contemporarywireless communication standards. Other advanced topics are also viewed to update students with emergingtechniques and developments in 5G including: IoT technologies and communications, D2D communications,caching, green communications and various network architectures. |
See course |
| TOEIC INTERNE - TOEIC INTERNE | TPT_UE_15272 | See course | |
| TOEIC INTERNE - TOEIC INTERNE-S1 (S1 - 2020-21) | TPT_OCC_16946 | See course | |
| TOEIC INTERNE - TOEIC INTERNE-S2 (S2 - 2020-21) | TPT_OCC_16947 | See course | |
| C2i Niveau 2 Métiers de l'enseignement UFR Sciences | UPSUD_2020_980_ANNEE_UC2I2E-100-UC2I2E-100 | RESUME COURS : | See course |
| Techniques Numériques-M1 mention E3A Par Apprentissage | UPSUD_2020_940_UE_OMRE3A-900-O4EA01-904-D4PHT33 | RESUME COURS : | See course |
| Forces fondamentales de la nature-L1 Physique, Chimie | UPSUD_2020_940_UE_OLDPC-900-O1DPC-900-DLPH138 | RESUME COURS : | See course |
| Aide à la décision-M2 MIAGE - Informatique Décisionnelle (Apprentissage) | UPSUD_2020_940_UE_OMRIG-910-O5IGID-914-O5IGM01 | RESUME COURS : | See course |
| Architecture des systèmes d'information-M2 MIAGE - Informatique Décisionnelle (Apprentissage) | UPSUD_2020_940_UE_OMRIG-910-O5IGID-914-O5IGM08 | RESUME COURS : | See course |
| Informatique Industrielle 1-M1 mention E3A Filière André Ampère | UPSUD_2020_940_UE_OMRE3A-900-O4EA01-903-D4PHT41 | RESUME COURS : | See course |
| Actionneur électrique, machine synchrone autopilotée M1 E3A-M1 mention E3A Formation inititale | UPSUD_2020_940_UE_OMRE3A-900-O4EA01-901-D4PHT11A | RESUME COURS : | See course |
| Activité entreprise S1 M1 E3A Apprenti-M1 mention E3A Par Apprentissage | UPSUD_2020_940_UE_OMRE3A-900-O4EA01-904-D4PHT98B | RESUME COURS : | See course |
| Méthodes Numériques-DU L1DD Physique, Chimie | UPSUD_2020_940_UE_ODUPC-900-O1UPC-900-OLPH151 | RESUME COURS : | See course |
| Initiation à l'astrophysique-L1 Physique, Chimie | UPSUD_2020_940_UE_OLDPC-900-O1DPC-900-DLPH131 | RESUME COURS : | See course |