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Our engineering & Master degrees


School of engineering in Physics, Applied Physics, Electronics & Materials
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Our engineering & Master degrees
Our engineering & Master degrees

> Studies > Engineering degree

Course list - english version


 
First year (bachelor)
- 3PMMTCH9:Heat Transfer2.0Semestre 2
- 3PMCPEM9:Solid State Physics2.5Semestre 2
- 3PMMTPE9:Electronic Labwork1.5Semestre 1
- 3PMCSAN9:Remedial English for B2 Level(optional)0.0Semestre 1 EN, Semestre 2 EN
- 3PMESPM9:Materials structure and properties2.0Semestre 1
- 3PMCITB9:Introduction to spreadsheet program 0.0Semestre 1
- 3PMPOLN1:Préorientation - PNS : Magnétisme(S2)3.0Semestre 2
- 3PMPOLS1:Préorientation - SICOM : Traitement du Signal et Multimedia (S2)3.0Semestre 2
- 3PMCANG9:English (Compulsory)2.0Semestre 1 EN
- 3PMCTPI9:Introduction labwork (Incertitudes, Oscillo, Measures, Risk)1.0Semestre 1
- 3PMMPST9:Statistical physics2.0Semestre 1
- 3PMMTPM9:Labwork Material science and Physical chemistry 2.5Semestre 1
- 3PMCECO9:Macroeconomy2.0Semestre 1
- 3PMELOG9:Logics 2.5Semestre 1
- 3PMMCRI9:Crystallography and crystal chemistry2.0Semestre 1
- 3PMPOLG1:Préorientation - GEN : Physique nucléaire et Réacteurs nucléaires (S2)3.0Semestre 2
- 3PMCPEL9:Electronic Design1.0Semestre 1
- 3PMMALG9:Structured programming - Algo2.5Semestre 1
- 3PMPOLT1:Préorientation - Telecom :Communication and networks3.0Semestre 2
- 3PMPOLBA:Préorientation - SMPB : Biotechnologies et Instrumentation (S2)0.0Semestre 2
- 3PMEPQS9:Quantum and statistical phenomena2.0Semestre 1
- 3PMMSUI9:Surfaces and interfaces1.0Semestre 2
- 3PMPOLP1:Préorientation - EPEE : Transformation de la matière et de l'énergie (S2)3.0Semestre 2
- 3PMPOLE1:Préorientation - SEI : Conception analogique et numérique (S2)3.0Semestre 2
- 3PMPOLM1:Préorientation - SIM : De la matière au matériau (S2)3.0Semestre 2
- 3PMMMEC9:Solid and Fluid Mechanics2.5Semestre 2
- 3PMMPHQ9:Quantum physics2.5Semestre 1
- 3PMMELC1:Electrochemistry of corrosion2.0Semestre 1
- 3PMMPCC9:Electronics2.5Semestre 1
- 3PMEAUT1:Automatics 2.0Semestre 2
- 3PMMTPP9:Physic Labwork2.5Semestre 2
- 3PMMDYN1:Thermodynamics1.5Semestre 2
- 3PMPOLL1:Préorientation - SLE : Circuits numériques (S2)3.0Semestre 2
- 3PMMTDS9:Signal Processing2.0Semestre 2
- 3PMCIST9:Scientific and technical information 0.0Semestre 1
- 3PMCEP19:Sport1.5Semestre 1
- 3PMCEP29:Sport1.5Semestre 2
- 3PMCODE9:Introduction to business management1.5Semestre 2
- 3PMCPGR9:Team Project4.0Semestre 2
- 3PMCAN29:English 2.0Semestre 2 EN
- 3PMCPEL1:Electronic Design2.5Semestre 2
- 3PMEELC9:Electronics2.5Semestre 1
- 3PMEOMP9:Computers and microprocessors2.5Semestre 2
- 3PMETDS9:Signal Processing 2.5Semestre 1
- 3PMETPA9:Labwork in Signal Processing and Automatic Control2.5Semestre 2
- 3PMETPEE:Electronic Labwork2.0Semestre 1
- 3PMCPBS9:Probabilities & Statistics2.0Semestre 2
- 3PMCTIN9:Integral Transforms2.0Semestre 1
- 3PMEAL29:Structured programming - Algorithmic2.5Semestre 2
- 3PMEALG9:Structured programming - Algo2.5Semestre 1
- 3PMEEPH9:Guided Electromagnetism2.0Semestre 2
- 3PMETPP9:Physic Labwork2.5Semestre 1
- 3PMMAL29:Structured programming - Algorithmic2.5Semestre 2
- 3PMCIGP9:Introduction to the project management 0.0Semestre 1
- 3PMPFIL1:Presentation of 2A degrees0.0Semestre 1
- 3PMCO139:CO1 Energies : ressources, vecteurs et impacts écologiques0.5Semestre 1
- 3PMCO149:CO1 Histoire et civilisations0.5Semestre 1
- 3PMCO189:CO1 Introduction aux sciences cognitives0.5Semestre 1
- 3PMCO169:CO1 Introduction photovoltaïque0.5Semestre 1
- 3PMCO159:CO1 Les enjeux sociétaux et technologiques du développement durable0.5Semestre 1
- 3PMCO179:CO1 Physique et nanosciences au quotidien0.5Semestre 1
- 3PMCO199:CO1 Systèmes embarqués et évolutions de la vie quotidienne0.5Semestre 1
- 3PMCO129:CO1 du sable au MP30.5Semestre 1
- 3PMCO219:CO2 Biométrie ou identification par le corps0.5Semestre 1
- 3PMCO229:CO2 Génération Télécoms0.5Semestre 1
- 3PMCO239:CO2 Introduction aux microsytèmes0.5Semestre 1
- 3PMCO259:CO2 Le monde de la microélectronique0.5Semestre 1
- 3PMCO232:CO2 Les avancées technologiques dans le sport0.5Semestre 1
- 3PMCO269:CO2 Physique et nonosciences de demain0.5Semestre 1
- 3PMCO249:CO2 Signal et Environnement0.5Semestre 1
- 3PMCO279:CO2 Système intégrés: infiniment petit à infiniment utile0.5Semestre 1
- 3PMCO289:CO2 Union économique et monétaire0.5Semestre 1
- 3PMCLV29:Second language - LV2 1.5Semestre 1, Semestre 2
- 3PMMSTH9:Update Thermodynamics0.0Semestre 2
- 3PMCSMM1:M1: Trigonométrie et Nombres Complexes0.0Semestre 1
- 3PMCSMM2:M2: Analyse0.0Semestre 1
- 3PMCSMM3:M3: Dérivées0.0Semestre 1
- 3PMCSMM4:M4: Algèbre0.0Semestre 1
- 3PMCPPPE:Professional Education Module : EIE Visit 0.0Semestre 1
- 3PMCPPPI:Professional Education Module : Intro0.0Semestre 1
- 3PMCPPPD:Professional Education Module : CV Tutorials0.0Semestre 2
- 3PMCPPPS:Professional Education Module : Work Experience1.5Semestre 1
- 3PMCEPPG:Presentation of team projects0.0Semestre 1
- 3PMCEPPS:Presentation 1A Internship0.0Semestre 1
- 3PMCOTPE:Electromagnetism upgrade0.0Semestre 1
- 3PMCO1DS:open course 1 evaluated by written exam 1hour0.0Semestre 1
- 3PMCO2DS:open course evaluated by 1hour written examen0.0Semestre 1
- REU RI:International meeting 1Y-2Y-3Y0.0Semestre 1
- 3PMSPOR1:Forum of sports0.0Semestre 1
- 3PMPOLDS:-3.0Semestre 2
- 3PMCO119:CO1 L'histoire des matériaux dans l'aéronautique0.5Semestre 1
- 3PMCO262:CO2 Stockage et conversion électrochimique de l'énergie0.5Semestre 1
- 3PMCERS9:Introduction to ethics, responsability, security0.0Semestre 1
- RENTREE1:Comeback 1Y0.0Semestre 1
- 3PMAMAT4:Maths3.0Semestre 1
- 3PMAPMA4:Physique de la matière (orienté e)2.0Semestre 1
- 3PMAPEG4:Electromagnétisme général 1.0Semestre 1
- 3PMAEME4:Epistémologie & méthodologie(Ap-S1)1.0Semestre 1
- 3PMAIAP4:Algorithmique et Programmation structurée orientée objet3.0Semestre 1
- 3PMARCC4:Réalisation et caractérisation des composants actifs intégrés2.0Semestre 1
- 3PMAMEC4:Modélisation électrique des composants actifs intégrés1.0Semestre 1
- 3PMAAMC4:Architecture et modélisation des composants passifs intégrés1.0Semestre 1
- 3PMAPGR4:Propagation guidée (lignes) et rayonnement (antennes) 1.0Semestre 1
- 3PMATSI4:Traitement du signal2.0Semestre 2
- 3PMAAUT4:Automatique1.0Semestre 2
- 3PMALDM4:Langage de description de matériel1.0Semestre 2
- 3PMAIVA4:Initiation à VHDL-AMS1.0Semestre 2
- 3PMACAN4:Circuits analogiques4.0Semestre 2
- 3PMACLO4:Circuits logiques1.0Semestre 1
- 3PMABCN4:Bases de la Conception Numérique Intégrée1.0Semestre 2
- 3PMAANU4:Architectures numériques (Proc)2.0Semestre 2
- 3PMAANG4:English1.5Semestre 1 EN, Semestre 2 EN
- 3PMACCO4:Créativité & communication1.0Semestre 1
- 3PMAECO4:Economy1.0Semestre 2
- 3PMARE14:Retour sur Expérience (REX)4.0Semestre 1
- 3PMASIN4:Suivi individualisé 14.0Semestre 2
- 3PMARAC4:Collective returns of alternation and analysis of the practices4.0Semestre 1, Semestre 2
- 3PMAEEE4:L'entreprise dans son environnement économique1.0Semestre 2
- 345PCPVE:CPVE0.0Semestre 2
- ForumFiL:forum cursus0.0Semestre 1
- Inscript:Registrations0.0Semestre 1
- 3PMARE24:Retour sur Expérience4.0Semestre 2
- 3PMCO213:CO2- Approche transversale0.5Semestre 1
- 3PMCTSTA:English input test0.0Semestre 1
- 3PMCBULA:Bulats 1A-TC0.0Semestre 1
- 3PMPOLBB:Preo SMPB 0.0Semestre 2
- 3PMPOLBC:PREO SMPB Practical work0.0Semestre 2
- 3PMPOLBD:Preo SMPB 0.0Semestre 2
- 3PMPOLBE:Preo SMPB labview0.0Semestre 2
- 3PMPOLBF:Preo SMPB0.0Semestre 2
- 3PMPOLBG:Preo SMPB 0.0Semestre 2
- 1AccINP:Welcome INP0.0Semestre 1
- RENT1AAP:Apprentice Input0.0Semestre 1
Second year (master 1)
- 4PMGIPM9:Introduction to materials science 2.0Semestre 3
- 4PMNSPP2:Symetry and physical properties2.0Semestre 4
- 4PMPPEX9:Design of experiments- DOE 2.0Semestre 4
- 4PMPGDQ9:Quality management 2.0Semestre 4
- 4PMBCIM9:CIME labwork (clean room & characterization)2.0Semestre 4
- 4PMGPNU2:Nuclear physics 1A 0.0Semestre 3
- 4PMNPSC3:Physic of semiconductors2.5Semestre 3
- 4PMCDFI3:Financial management1.0Semestre 4
- 4PMBPJI9:Instrumentation Lab 2.5Semestre 4
- 4PMBIRM9:Particle-Rays Matter Interaction 2.0Semestre 4 EN
- 4PMGMQU2:Quantum mecanics 1A 0.0Semestre 3
- 4PMGPSC9:Semiconduct 2.0Semestre 3
- 4PMGMEF9:Fluid mecanics 2.5Semestre 3
- 4PMGTHM9:Macroscopic thermodynamics2.0Semestre 3
- 4PMGTRN9:Nuclear reactor technology2.0Semestre 4
- 4PMBPNU9:Numerical methods : simulation project 2.0Semestre 4 EN
- 4PMBAUT9:Automatics if PMP common core1.0Semestre 3
- 4PMMCAR9:Méthodes de caractérisation analytique et microstructurale4.0Semestre 4
- 4PMSFIL9:Filtering 1.5Semestre 4
- 4PMSTNS9:Numerical signal processing 3.0Semestre 3
- 4PMBPJB9:Molecular biology project 2.0Semestre 4
- 4PMEM3F9:Microelectronic Design Flow1.5Semestre 3
- 4PMMPMC4:Constitutive equations5.0Semestre 4
- 4PMEM5R1:Networking1.0Semestre 4
- 4PMEM1P0:Semiconductor Physics1.5Semestre 3
- 4PMEM3T1:TP Analog Design Lab Works2.0Semestre 3
- 4PMEMST9:Informatics Project 4.0Semestre 3
- 4PMEM3G1:Integrated System Architectures1.5Semestre 4
- 4PMEM6O9:Microelectronic Digital Signal project6.0Semestre 4
- 4PMEM1C1:Microelectronics technology0.5Semestre 4
- 4PMCDRT1:Law1.0Semestre 4
- 4PMPTEL0:Electrochemical thermodynamics and kinetics 2.0Semestre 3
- 4PMMTS34:TP obligatoires élaboration, microstructures et propriétés3.5Semestre 3
- 4PMBOPT9:Optics 2.0Semestre 3 EN
- 4PMBTDS9:Devices technology 0.0Semestre 4
- 4PMBTBE9:Signal processing 1.5Semestre 4 EN
- 4PMNMPC9:Materials for components2.0Semestre 4
- 4PMBVHD9:VHDL conception 2.0Semestre 4
- 4PMBTPP9:Instrumentation & systems labwork 2.5Semestre 4
- 4PMBRMN9:Radiation nuclear matter interaction 2.0Semestre 4 EN
- 4PMBTPB9:Instrumentation for biotechnology labwork 2.0Semestre 4 EN
- 4PMMTRA9:Mass Tranfer2.0Semestre 3
- 4PMNPQS9:Quantum and statistical physics 2.0Semestre 3
- 4PMNCR19:Crystallography 2.0Semestre 3
- 4PMNPRO9:Research project2.0Semestre 3
- 4PMEM4T1:TP Communication system Labwork1.5Semestre 4
- 4PMECCP3:Microwave and Optoelectronic Passive circuits1.5Semestre 3
- 4PMNCCM9:Microwave components 2.0Semestre 4
- 4PMNPHS9:Statistical physics 2.0Semestre 4
- 4PMPGCM9:Materials families 1.5Semestre 4
- 4PMPCOR9:Physicochemistry of corrosion 1.5Semestre 4
- 4PMPTPP9:Process engineering 3.0Semestre 4
- 4PMPECH9:Heat exchanger 2.0Semestre 4
- 4PMPTDM9:Mass Transfer 2.5Semestre 3
- 4PMPAPC9:Physicochemical analysis laboratory 2.0Semestre 3
- 4PMPPAC1:Fuel Cell and battery 1.5Semestre 4
- 4PMPGEM2:Materials processing 1.5Semestre 4
- 4PMSTPE9:Electronic lab tutorials2.5Semestre 3
- 4PMBEM10:BE Electronics for measurement systems1.0Semestre 3 EN
- 4PMEM2T9:Labworks Optical and microwave lab sessions (PHOG)1.5Semestre 4
- 4PMEM4C1:Communication and Digital modulation systems2.0Semestre 4
- 4PMEM5S1:Operating systems 2.5Semestre 4
- 4PMPAPE1:Practical applications of electrochemical engineering 2.0Semestre 3
- 4PMGNEC1:Neutronics clips 1.5Semestre 4
- 4PMSTCN9:Transmission and digital communication1.5Semestre 4
- 4PMBIO29:Biology 2 1.5Semestre 4 EN
- 4PMMTS44:TP Traitements thermomécaniques et lois de comportement 4.5Semestre 4
- 4PMPPCM0:Physico-chemistry of materials 1.5Semestre 3
- 4PMGNEU1:Neutronics 2.5Semestre 4
- 4PMMNUM9:Numerical methods4.5Semestre 3
- 4PMBTP19:Labwork : Molecular biology & Biochemistry 3.0Semestre 3 EN
- 4PMBIMM9:Immunology 1.5Semestre 4
- 4PMBIO19:Molecular Biology 3.0Semestre 3 EN
- 4PMNPHQ9:Quantum physics 3.0Semestre 3
- 4PMNOPT9:Optical Instrumentation 2.0Semestre 4
- 4PMEM1D9:Labworks technology in clean room characterisation1.5Semestre 4
- 4PMSTPA9:Signal Processing lab session - advanced level I 2.0Semestre 3
- 4PMGOGT1:Graphical tools and industrials technologies2.0Semestre 3
- 4PMSTPB9:Signal processing lab session - Basic module 1.5Semestre 4
- 4PMGMTN9:Material for nuclear science 2.0Semestre 4
- 4PMEM3N9:VLSI Digital Design Numerical Conception2.0Semestre 3
- 4PMSTPC9:Signal processing lab session - Advanced level II 0.5Semestre 4
- 4PMPME12:Electrochemical methods I 2.0Semestre 4
- 4PMPPEL9:Project in electrochemistry 3.0Semestre 4
- 4PMNMEP9:Experimental methods for physics 2.0Semestre 4
- 4PMEM5P9:Object oriented programming2.0Semestre 4
- 4PMSPOO9:Object Oriented Programming2.0Semestre 4
- 4PMMTP34:Plasticity and thermo-mechanical treatments 2.0Semestre 3
- 4PMSTHI9:Information Theory1.5Semestre 3
- 4PMSCAS0:Computer science1.5Semestre 3
- 4PMNPLA9:Physic of lasers 2.0Semestre 3
- 4PMGIRM1:Radiation-matter interactions2.0Semestre 3
- 4PMGDET1:Detectors 1.5Semestre 4
- 4PMGTPN1:Nuclear instrumentation labworks 3.0Semestre 4
- 4PMNNPH9:Nanophysic 2.0Semestre 4
- 4PMBCHM9:Electronics for Measurement Systems 3.0Semestre 3 EN
- 4PMMISE4:Thin film elaboration technique1.0Semestre 4
- 4PMGPNU9:Nuclear physics 2 2.5Semestre 4
- 4PMBMEC9:Mecanics if PET common core1.0Semestre 3
- 4PMEM1E9:Microelectronic device physics 1.5Semestre 3
- 4PMEM4A1:Digital Control1.0Semestre 4
- 4PMSANR3:Digital Control and State Space Representation2.0Semestre 3
- 4PMNAUT9:Automatic 2.0Semestre 3
- 4PMSTIM9:Image Processing 3.0Semestre 3
- 4PMCSTR3:Strategy1.0Semestre 3
- 4PMSCAP0:Sensors and signals 2.5Semestre 4
- 4PMEM3S1:Electronic system 2.0Semestre 3
- 4PMNPSC9:Physic of components with semiconductors3.0Semestre 4
- 4PMNINF9:Industrial computing 2.5Semestre 4
- 4PMBDAQ9:Data acquisition (Labview)2.0Semestre 4 EN
- 4PMBMNU9:Numerical methods : simulations3.0Semestre 3 EN
- 4PMSPJC9:Electronics lab4.5Semestre 4
- 4PMEM3C1:Analogue Integrated Circuits Design 2.0Semestre 3
- 4PMEM3A1:Data conversion system design (CAN/CNA) 1.5Semestre 4
- 4PMGTTH2:Thermic transferts 1A 0.0Semestre 3
- 4PMSTPD9:Digital circuit design labwork1.5Semestre 4
- 4PMMEL34:Elaboration : Thermodynamique et genese des microstructures4.0Semestre 3
- 4PMBIPN9:Introduction to subatomic physics1.0Semestre 3 EN
- 4PMSPJI9:Software development project4.5Semestre 3
- 4PMSMSM9:Hardware Modeling and Synthesis2.0Semestre 4
- 4PMMPI34:From materials to products 22.0Semestre 3
- 4PMBTSB9:Digital Signal Processing 2.5Semestre 4 EN
- 4PMEM3V1:Modelling numerical circuits 2.0Semestre 3
- 4PMSASP9:Spectral analysis 1.5Semestre 4
- 4PMSAND9:Data analysis1.5Semestre 4
- 4PMSSAL9:Random signal analysis 1.5Semestre 3
- 4PMNNUM9:Numerical analysis 4.0Semestre 3
- 4PMGMMU9:Numerical analysis3.0Semestre 3
- 4PMNPMN9:Numerical analysis project 2.5Semestre 4
- 3NPM0012:Interaction of radiation with matter 2.5Semestre 3 EN
- 3NPM0042:Nuclear Instrumentation 4.0Semestre 3 EN
- 3NPMANG2:English 2.0Semestre 3 EN
- 3NPMFRA2:Français Langues Etrangères 1.0Semestre 3
- 3NPM0092:Numerical methods4.0Semestre 3 EN
- 3NPM0112:Mathematics2.5Semestre 3 EN
- 3NPM0062:Nuclear Physics Applications1.0Semestre 3 EN
- 3NPM0082:Thermodynamics2.5Semestre 3 EN
- 3NPM0102:Heat Transfers2.0Semestre 3 EN
- 3NPM0122:Introduction to Material Physics1.5Semestre 3 EN
- 3NPM0132:Fluid Mechanics2.5Semestre 3 EN
- 4PMPCDP2:Process analysis and command 1.0Semestre 3
- 4PMPMDF2:Fluid Mechanics 2.0Semestre 3
- 4PMPREA1:Chemical reactors 1.5Semestre 3
- 4PMPTPP2:Process engineering Labworks 1.5Semestre 3
- 4PMCCEC3:Business and activity development2.0Semestre 3, Semestre 4
- 4PMPNUM9:Numerical Methods 4.0Semestre 3
- 4PMPSTA2:Applied statistics 2.0Semestre 3
- 4PMCAN42:English2.0Semestre 4 EN
- 4PMPNEL0:Basics in Electrochemistry 2.0Semestre 3
- 4PMPPGP1:Process simulation 2.5Semestre 4
- 4PMPSEP1:Separation, treatment, purification 3.0Semestre 4
- 4PMPCEL9:Electrochemical kinetics 3.0Semestre 4 EN
- 4PMPMDE9:Electrochemical materials 2.5Semestre 4
- 4PMPME22:Electrochemical methods II 2.5Semestre 4
- 4PMFIPF2:Introduction to functional polymers 2.0Semestre 3 EN
- 4PMFPMF4:Functional materials physics 2.0Semestre 3 EN
- 4PMXEL34:4PMMEL34: Elaboration (Part 1)4.0Semestre 3 EN
- 4PMXMIC9:Microstructures and properties 2.5Semestre 3 EN
- 4PMFPHS4:Semiconductor physics 2.0Semestre 3 EN
- 4PMFNUM4:Numerical methods 4.5Semestre 3 EN
- 4PMCREX3:Worker training evaluation1.0Semestre 3
- 4PMFTPC5:Practical lab work 2.0Semestre 4 EN
- 4PMFTPL5:Long term practical project 3.5Semestre 4 EN
- 4PMXCCM2:4PMFCCM2: Thin films surfaces and interfaces 1.5Semestre 4 EN
- 4PMFCHS4:Solid State Chemistry 2.0Semestre 4 EN
- 4PMGMHD1:optional cursus : Plasmas-Magnetohydrodynamic 2.0Semestre 4
- 4PMGSEE1:optional cursus : Scenarios energetics-eolien2.0Semestre 4
- 4PMGIPR1:Basic Concepts of Reactor Physics2.0Semestre 3
- 4PMGPHQ1:Quantum physics 2.5Semestre 3
- 4PMGTMP2:Mono-phasic thermohydraulics 2.5Semestre 4
- 4PMGTPH2:TP Hydraulic and thermal Labwork1.5Semestre 4
- 4PMGEDC2:Thermic transferts1.5Semestre 3
- 4PMGMAT9:Mathematics 1.5Semestre 3
- 4PMGPMM9:Numerical analysis project 3.0Semestre 4
- 4PMNEM10:Electromagnetism 2.0Semestre 3
- 4PMNREC9:Research project2.0Semestre 4
- 4PMNTP49:TP PNS Labworks3.0Semestre 4
- 4PMCEP32:Sport1.0Semestre 3
- 4PMCEP42:Sport2.0Semestre 4
- 4PMNPDI2:Dielectric Physics 2.0Semestre 4
- 4PMNEXP9:Design of experiments 1.0Semestre 4
- 4PMEM3L1:TP Numeric integrated system 2.0Semestre 3
- 4PMSCIN2:Industrial conference (SEI+SICOM)0.5Semestre 3
- 4PMEM2A1:Microwave and Optoelectronic Active Circuits2.0Semestre 3
- 4PMEM6M1:Microelectronic Analog Design project6.0Semestre 4
- 4PMEM4N1:Digital signal processing1.5Semestre 4
- 4PMSELN9:Electronics3.5Semestre 3
- 4PMMMIC9:Microstructures and properties 2.5Semestre 3
- 4PMXIPF2:Introduction to functional polymers 1.5Semestre 3 EN
- VPMFCRI4:Crystallography 2.5Semestre 3 EN
- 4PMXPHS2:Semiconductor physics 2.5Semestre 3 EN
- 4PMXCAR4:4PMMCAR9: Materials characterization 5.0Semestre 4 EN
- 4PMBLRC2:Chemical bond & reactivity 1.0Semestre 3 EN
- 4PMCLV29:Second Modern language - LV21.5Semestre 3, Semestre 4
- 4PMCMAR3:Marketing1.0Semestre 3
- 4PMTMSD2:CAD for microsystems1.5Semestre 4 EN
- 4PMNPSO3:Solid State Physics2.0Semestre 3
- 4PMTMNE2:From micro to nanoelectronics1.5Semestre 4 EN
- 4PMTMSA2:Microsystems II 2.0Semestre 4 EN
- 4PMTADL2:Advanced lithography 1.0Semestre 4 EN
- 4PMTACD2:Analogic circuits design 2.0Semestre 4 EN
- 4PMTDCD2:Integrated digital circuits design 2.0Semestre 4 EN
- 4PMTMNL2:TP : Micro and Nanosystems3.5Semestre 4 EN
- 4PMTAMA2:Advanced microscopy 2.0Semestre 4 EN
- 4PMTNSP2:Nanostructures : physics and transports 2.5Semestre 4 EN
- 4PMTNSA2:Nanostructures for optical and magnetic applications 2.0Semestre 4 EN
- 4PMTMBI2:Molecules of life_DNA chips 2.0Semestre 4 EN
- 4PMTBSA2:Bioelectronic 2.0Semestre 4 EN
- 4PMTMMA2:Magnetic microsystems applications 1.0Semestre 4 EN
- 4PMTMFP2:Microfluidic physics 1.0Semestre 4 EN
- 4PMTCOI2:Optical integrated circuits 2.0Semestre 4 EN
- 4PMTLFI2:Languages (French or Italian) 1.0Semestre 4 EN
- 4PMTGPR2:Project 4.0Semestre 4 EN
- 4PMTPPI2:Project of professional insertion 1.0Semestre 4 EN
- VPMXCRI4:Crystallography2.5Semestre 3 EN
- 4PMXNUM4:Numerical Methods4.0Semestre 3 EN
- 4PMUFEM4:Finite Elements Projects4.0Semestre 4 EN
- RENTREE2:Comeback 2Y0.0Semestre 3
- WEI:WEI 1Y-2Y-3Y0.0Semestre 3
- REU RI:International meeting 1Y-2Y-3Y0.0Semestre 3
- 4PMBTHE3:Thermodynamics 1.5Semestre 3 EN
- 4PMGMAT3:Mathematics 1A1.0Semestre 3
- 4PMBCON3:Convertissors (CAN, CNA)1.0Semestre 3 EN
- 4PMTREX3:Worker training evaluation1.0Semestre 4 EN
- 4PMXCHS4:Solid State Chemistry3.0Semestre 3 EN
- 4PMXPMF2:Functional materials physics2.5Semestre 3 EN
- 4PMFREP4:Remote project4.0Semestre 4 EN
- 4PMXREP4:Remote project4.0Semestre 4 EN
- 4PMFMME5:Multi scale modelling2.5Semestre 4 EN
- 4PMCAN32:English2.0Semestre 3 EN
- 4PMXMIC4:Microstructure and properties3.0Semestre 3 EN
- 4PMFCCM2:Thin films surfaces and interfaces1.5Semestre 4 EN
- 4PMSSIN3:Soutien informatique0.0Semestre 3
- 4PMBRES3:Machine communication and networks1.0Semestre 4 EN
- PREPASAL:Forum filières Prépasalles0.0Semestre 3
- REMISALL:Remise état salle forum0.0Semestre 3
- ForumFiL:forum cursus0.0Semestre 3
- Jury:Jury0.0Semestre 3
- Inscript:Registrations0.0Semestre 3
- XXMATEST:test rubriq0.0Semestre 4 EN
- 4PMFREP3:Remote project0.0Semestre 3 EN
- 4PMXREP3:Remote project0.0Semestre 3 EN
- 4PMMRIN4:Industrial meetings (visit factories, conferences)1.5Semestre 3
- 4PMMGCM4:Materials families 2.0Semestre 3
- 4PMMEL44:Elaboration Part 23.0Semestre 4
- 4PMMPOL4:polymer3.0Semestre 4
- 4PMMPI44:Project "Ingénierie inversée" - Part 22.0Semestre 4
- 4PMMTP44:Phase Transformations (Part 2) 1.5Semestre 4
- 4PMCCV:Atelier CV0.0Semestre 3
- 4PMEIME4:Intro to MEMS 1.5Semestre 4
- 4PMBPSS4:Physics of semiconductors & semiconductors devices3.0Semestre 3 EN
- 4PMFPOL5:Polymers3.5Semestre 3 EN
- 4PMXTP34:Phase Transformations (Part 1)2.0Semestre 3 EN
- 4PMXGCM5:4PMMGCM4: Materials families 1.5Semestre 3 EN
- 4PMXEL44:4PMMEL44: Elaboration (Part 2)3.0Semestre 4 EN
- 4PMXTP44:4PMMTP44: Phase Transformations (Part 2) 1.5Semestre 4 EN
- 4PMNMIC4:Microsystems2.0Semestre 4
- 4PMBMSB4:Modelling in systems biology 2.0Semestre 4 EN
- 4PMFSSP3:Solid State Physics0.0Semestre 3 EN
- 3PMXSAN9:Remedial English for B2 Level(optional)0.0Semestre 3 EN, Semestre 4 EN
- 4PMXAN32:English Master I2.5Semestre 3 EN, Semestre 4 EN
- 4PMBCPI4:Sensor of image1.5Semestre 4 EN
- 4PMXEM14:4PMNEM14: Electromagnetism for PMP common core1.5Semestre 3
- 3NPM0024:Basics of Nuclear Physics2.0Semestre 3
- 3NPM0074:Reactor Physics and Kinetics2.5Semestre 3
- 4PMXSSP3:Solid state physics0.0Semestre 3 EN
- 4PMXTS44:4PMMTS44: Practicals materials sciences part 24.5Semestre 4 EN
- 4PMXPMC4:Physical and mechanical of the behavior4.0Semestre 4 EN
- 4PMUPRO4:Introduction to solid mechanics1.0Semestre 4 EN
- 4PMXCAR9:4PMMCAR9: Materials characterization 4.0Semestre 4 EN
- VPMFSTA4:Internship 10.0Semestre 4 EN
- 4PMBRQC4:Reliability and quality control (S4)1.5Semestre 4 EN
- 4PMBCBL4:Cell biology labwork1.0Semestre 4 EN
- 4PMCBULA:BULATS 2A-TC0.0Semestre 3
- JuryAP:Jury Apprentissage0.0Semestre 4
- 4PMSPOR1:Forum of sports 2A0.0Semestre 3
- 4PMSTIBA:1.0Semestre 3
- 4PMSTPAT:2.5Semestre 3
- 4PMPDPRO:Dynamique des procédés 1.0Semestre 3
- REU RE :Entreprise meeting 2A0.0Semestre 4
- 4PMPMELE:Méthodes électrochimiques 2.0Semestre 4
- 4PMNTP35:TP Physics2.0Semestre 3
- 4PMSTIAV:1.5Semestre 4
- 4PMNTPH5:TP PHOG1.0Semestre 3
- 4PMPMELA:Méthodes électrochimiques avancées3.5Semestre 4
- 4PMNTSB5:1.5Semestre 3
- 4PMNTCE5:1.0Semestre 4
- 4PMNTP45:TP Physics2.0Semestre 4
- 4PMSTPTS:1.5Semestre 4
Third year (master 2)
- 5PMPPEV1:Chemical enginnering for energy and material recovery 2.0Semestre 5
- 5PMSCCE0:Codage canal - Codes correcteurs2.0Semestre 5
- 5PMMCOR0:Corrosion 2.5Semestre 5
- 5PMSAAR0:Algorithmes avancés de réception2.0Semestre 5
- 5PMGCEP2:Conversion énergie - Pile à combustible (GEN-S5)2.0Semestre 5
- 5PMNHRA0:High angular resolution UJF 2.0Semestre 5
- 5PMSTPM0:TP image multimédia1.0Semestre 5
- 5PMNPPC2:Physique des plasmas chauds UJF 2.0Semestre 5
- 5PMPELM1:Electrochemistry for microsystems 4.0Semestre 5
- 5PMPREA1:Chemical reaction engineering2.0Semestre 5
- 5PMSPR10:Project materials systems4.5Semestre 5
- 5PMSSYN0:Synthèse algorithmes TS1.5Semestre 5
- 5PMCSMEA:Scheme Management Simulation2.0Semestre 5
- 5PMEM8S0:High data rate optical fibre transmission systems1.5Semestre 5
- 5PMEMXC0:Robust and Low Power Design 3.0Semestre 5
- 5PMEM8O0:Fonctions O/E & optomicroondes & interface O/E2.0Semestre 5
- 5PMEM8T0:Lab sessions: Optics1.5Semestre 5
- 5PMSCSF0:Wireless1.5Semestre 5
- 5PMXELM0:Electrochemistry for microsystems 3.0Semestre 5
- 5PMSIMM0:Indexation Multimédia 1.0Semestre 5
- 5PMCANG0:English2.0Semestre 5 EN
- 5PMEM7N0:New standards for RF transmission1.5Semestre 5
- 5PMMFOR0:Mise en forme et assemblage 7.5Semestre 5
- 5PMNSMA4:synthetic material1.5Semestre 5
- 5PMNPQ12:Physique quantique 1 UJF 2.0Semestre 5
- 5PMNPS12:Physique statistique 1 UJF2.0Semestre 5
- 5PMISOP2:Optical spectroscopy2.0Semestre 5
- 5PMNSUP0:Supraconductivité UJF2.0Semestre 5
- 5PMNPSV2:Physique des systèmes vivants UJF2.0Semestre 5
- 5PMSAIS1:Analyse d'image et segmentation3.0Semestre 5
- 5PMNAST1:astroparticle UJF3.0Semestre 5
- 5PMSDSP0:Digital Signal Processor2.5Semestre 5
- 5PMNCPV1:Components photovoltaïcs 1.0Semestre 5
- 5PMNPLA2:Planétology UJF2.0Semestre 5
- 5PMSPR20:Projet de traitement numérique du signal2.5Semestre 5
- 5PMMPMI0:Finite element modelling projects of systems at small scales 6.0Semestre 5
- 5PMXOPG2:5PMNOPG1: Guided optic3.0Semestre 5
- 5PMNCAR0:Materials Characterisation1.5Semestre 5
- 5PMNPPT0:Physique des processus technologiques 1.5Semestre 5
- 5PMMSEL0:Material and process selection (SIM-S5)6.0Semestre 5
- 5PMPCOR1:Corrosion and surface treatment 2.0Semestre 5
- 5PMPBIO3:Bioelectrochemistry and bioprocesses2.0Semestre 5
- 5PMPMOD1:Computer aided process engineering2.0Semestre 5
- 5PMPEEE1:Green process engineering2.0Semestre 5
- 5PMPDIM1:Project dimensionn for sizing2.0Semestre 5
- 5PMMDUR0:Durability, life cycle6.5Semestre 5
- 5PMMECI1:Elaboration of integrated circuits 1.5Semestre 5 EN
- 5PMGCOR0:Réacteur Kit1.5Semestre 5
- 5PMGDCE0:Dismantling, environment1.5Semestre 5
- 5PMPELE1:Electrochemistry and energy 4.0Semestre 5
- 5PMMMOD0:Modélisation multi échelle 2.5Semestre 5
- 5PMGAPA0:BE analyse par activation1.0Semestre 5
- 5PMGEDI2:Ecoulements diphasiques2.0Semestre 5
- 5PMGSNS0:Stochastic neutron simulation2.0Semestre 5
- 5PMSTPC0:TP communication numérique2.0Semestre 5
- 5PMSTP20:TP de base SIM1.0Semestre 5
- 5PMGCIR0:Cinétique des réacteurs3.0Semestre 5
- 5PMGACE0:Aval du cycle électronucléaire2.5Semestre 5
- 5PMNFCC0:Reliability of components and circuits1.0Semestre 5
- 5PMBLSR0:Laser and Applications1.5Semestre 5
- 5PMBTPP1:PHOG Labwork1.0Semestre 5
- 5PMBPJM0:Microsystems conception project4.0Semestre 5
- 5PMEM7O0:Lab sessions: Transmitter design project for Wifi network6.0Semestre 5
- 5PMMDVP0:Durabilityn ageing and packaging2.0Semestre 5 EN
- 5PMEM9T0:Labwork Real Time Operating Systems1.5Semestre 5
- 5PMEM9S0:Real time operating systems1.0Semestre 5
- 5PMCMAN0:Management & Leadership 2.0Semestre 5
- 5PMSCIV0:Compression image-vidéo2.5Semestre 5
- 5PMSTFO0:Time-frequency and/or time-scale2.0Semestre 5
- 5PMSBUS0:Bus de communication1.5Semestre 5
- 5PMEM7I0:RF Integrated Front-End2.5Semestre 5
- 5PMCPIP0:Preparation for professional insertion0.0Semestre 5
- 5PMGCNT0:Finite element codes for thermal hydraulics1.0Semestre 5
- 5PMGSND0:Stochastic neutron simulation1.0Semestre 5
- 5PMSDET0:Detection estimation 1.5Semestre 5
- 5PMGPGS0:Principes généraux de sûreté2.0Semestre 5
- 5PMGFDS0:Fiability systems1.0Semestre 5
- 5PMGSDF0:Sûreté de fonctionnement1.5Semestre 5
- 5PMGSIR0:Bureau d'études "Simulateur" - principes de base 1.5Semestre 5
- 5PMGTPR3:TP réacteur Minerve (Cadarache)+cours réacteurs expérimentaux0.5Semestre 5
- 5PMXMIM1:5PMGMIM1: Microthermique et microfluidique 3.0Semestre 5
- 5PMCPPP0:Personal Project0.0Semestre 5
- 5PMCLV20:Modern Language 2 - optional1.5Semestre 5
- 5PMIACO3:Acoustics2.0Semestre 5 EN
- 5PMXBIO0:5PMSBIO0: Bio-medical imaging2.0Semestre 5
- 5PMIIRL0:Interaction Between Radiations and the living matter1.0Semestre 5 EN
- 5PMIMAR0:Medical applications of radiations0.5Semestre 5 EN
- 5PMIMAU0:Medical applications of ultrasound imaging1.0Semestre 5 EN
- 5PMITBR0:Cell sensitvity to radiation lab work0.5Semestre 5 EN
- 5PMIULSO:Ultrasound Imaging and Thermotherapy1.0Semestre 5 EN
- 5PMIPJR3:Experimental project3.0Semestre 5 EN
- 5PMIFEL3:Experimental Lab training2.0Semestre 5 EN
- 5PMIBAB3:Biosensors and Biochips2.0Semestre 5 EN
- 5PMIMFL3:Microfluidics1.0Semestre 5 EN
- 5PMICBI3:Characterization of biomolecular interactions2.5Semestre 5 EN
- 5PMIDNA0:DNA microarray lab1.0Semestre 5
- 5PMISIG0:Cell signaling2.0Semestre 5 EN
- 5PMISUR0:Engineering of Biocompatible Surfaces1.0Semestre 5 EN
- 5PMITPB0:Cell biology labwork0.5Semestre 5 EN
- 5PMISFE3:Surface Functionalization and electrochemisty1.0Semestre 5 EN
- 5PMICPL3:Cell patterning lab 1.0Semestre 5 EN
- 5PMPPFS1:Physicalchemistry of surfaces and functionalization 2.0Semestre 5
- 5PMPEIE2:Interfacial electrochemistry and electrocatalysis2.0Semestre 5
- 5PMPSUR2:Security, Industrial safety2.0Semestre 5
- 5PMPECO2:Green Processing 1.5Semestre 5
- 5PMPPMD2:Multidisciplinary project4.5Semestre 5
- 5PMPREL2:Electrochemical Reactors2.0Semestre 5
- WPMA0010:Technologies et processus de la création musicale3.0Semestre 5
- WPMA0020:Technologie des arts visuels dynamiques3.0Semestre 5
- WPMA0030:Simulation physique temps-réel et interfaces gestuelles3.0Semestre 5
- WPMA0040:Analyse et perception de scènes multimodales3.0Semestre 5
- WPMA0050:Méthodes mathématiques pour la création musicale1.0Semestre 5
- WPMA0051:Environnements logiciels pour la création musicale1.5Semestre 5
- WPMA0060:Algorithmes génétiques pour la synthèse d'images et du mouv.1.0Semestre 5
- WPMACMS2:Color material structure0.5Semestre 5
- 3PMXALG9:3PMEALG9: Informatique3.0Semestre 5
- WPMXPCO0:Psychologie cognitive2.0Semestre 5
- 5PMFPWO3:Practical works (clean room) 2.0Semestre 5 EN
- 5PMXDVP3:5PMMDVP0: Durability, ageing and packaging 2.0Semestre 5 EN
- 5PMXECI3:5PMMECI1: Elaboration of integrated circuits 1.5Semestre 5 EN
- 5PMXEDC3:5PMMEDC0: Substrates and materials for photovoltaics 1.5Semestre 5 EN
- 5PMXELM3:5PMPELM1: Electrochemistry for microsystems 3.0Semestre 5 EN
- 5PMXPMI3:5PMMPMI0: Project : system modelisation at small scales 5.0Semestre 5 EN
- 5PMXSEL3:5PMMSEL0: Material and processes selection 5.0Semestre 5 EN
- 5PMXPCF2:5PMGPCF2: Plasmas chaud-fusion 3.0Semestre 5
- 5PMGCBN1:Nuclear fuel2.0Semestre 5
- 5PMGMIM1:Microthermique et microfluidique2.0Semestre 5
- 5PMGREP1:BE Simulateur Principes de base1.5Semestre 5
- 5PMGTDA2:Technologie des accélérateurs5.0Semestre 5
- 5PMGPDA1:Physique des accélérateurs5.0Semestre 5
- 5PMGSIR3:BE simulateur principes de base2.0Semestre 5
- 5PMNCRG1:General Relativity and Cosmology UJF3.0Semestre 5
- 5PMNGOC3:Galaxies and physics of compact objects UJF2.0Semestre 5
- 5PMNSES0:Structure et evolution stellaire UJF2.0Semestre 5
- 5PMXTPC0:5PMNTPC0: Materials characterization Labwork 1.0Semestre 5
- 5PMNAUD1:Physics beyond the standard model UJF 3.0Semestre 5
- 5PMNDON0:Data Analysis and Simulation UJF2.0Semestre 5
- 5PMNMQR1:Quantum mecanic relative UJF2.0Semestre 5
- 5PMNPP10:Physique des particules 1 UJF2.0Semestre 5
- 5PMNPP21:Physique des particules 2 UJF2.0Semestre 5
- 5PMNTQC1:Théorie quantique des champs UJF3.0Semestre 5
- 5PMNMAH1:Matiére hadronique UJF3.0Semestre 5
- 5PMXANP2:UJF: Advanced nuclear physics2.0Semestre 5 EN
- 5PMNBOG1:Guided wave simulation project 1.0Semestre 5
- 5PMNMOS1:CMOS imagers1.5Semestre 5
- 5PMNOPG1:Guided optic2.0Semestre 5
- 5PMNOSC1:Semiconductor devices for optoelectronics2.0Semestre 5
- 5PMNPHO1:Photolithography 1.0Semestre 5
- 5PMGPCP2:Physical phase change2.0Semestre 5
- 5PMNONL1:Non linear optics1.5Semestre 5
- 5PMEM7A0:Antennas2.0Semestre 5
- 5PMEM7P0:Signal Integrity - Packaging 1.0Semestre 5
- 5PMEM7S0:Mixed signal processing for radiocommunications2.0Semestre 5
- 5PMEM7T0:Lab sessions: Microwaves (PHOG) 1.5Semestre 5
- 5PMEM7O1:Projet conception émetteur pour réseau WIFI (conception intégrée)3.0Semestre 5
- 5PMEMXAM:SoC heterogeneous architectures1.0Semestre 5
- 5PMEMXNM:SoC digital architectures2.0Semestre 5
- 5PMEMXR0:From Algorithm to Architecture2.0Semestre 5
- 5PMEMXT0:Lab sessions: CAD2.0Semestre 5
- 5PMEMVC0:SOC Design Project 3.5Semestre 5
- 5PMEMVM0:SOC Design Methodology 1.0Semestre 5
- 5PMEMVP0:SOC Architectures Project 4.0Semestre 5
- 5PMEMVT0:SOC Design and validation Methodology 2.0Semestre 5
- 5PMEMVV0:Functional Verification & validation1.0Semestre 5
- 5PMSBIO0:Bio-medical imaging1.0Semestre 5
- 5PMSCPA1:Compression Audio1.5Semestre 5
- 5PMSNEU0:Réseaux de neurones 1.5Semestre 5
- 5PMSMNL0:Modélisation paramétrique - NL 1.5Semestre 5
- 5PMSMUL1:Traitement multidimensionel2.5Semestre 5
- 5PMSRAD0:Télédétection - radar 2.0Semestre 5
- 5PMSTPS1:TP (Signaux Naturels) - Radar1.5Semestre 5
- 5PMSPAR0:Traitement de la parole 1.5Semestre 5
- WPMCOMC0:Outils et méth. Exp. pour l'étude du cerveau et du comport.6.0Semestre 5
- WPMCPCO0:Psychologie Cognitive 3.0Semestre 5
- 5PMMEDC0:Substrats and materials for photovoltaics 1.5Semestre 5
- 5PMXMSY2:Microsystems 0.0Semestre 5
- 5PMBCPI0:Sensor of image 1.5Semestre 5
- 5PMBFIA0:Reliability and quality control1.5Semestre 5 EN
- 5PMBPJI1:Instrumentation Project4.0Semestre 5
- 5PMBMAN0:Advanced Microelectronics & Nanosystems1.5Semestre 5
- 5PMBMSY0:Microsystems 3.0Semestre 5
- 3PMXTDS9:3PMETDS9: Signal Processing3.0Semestre 5
- 3PMXTDS3:3PMETDS9: Signal Processing3.0Semestre 5
- 3PMXALG3:3PMEALG9: Informatique3.0Semestre 5
- WPMA0120:Modeles en "IHM"(M2R-AST-ech3)3.0Semestre 5
- WPMA0130:Musicologie3.0Semestre 5
- WPMAPRO2:Projet création son, image, mouvement, multisensoriel2.0Semestre 5
- WPMASTA0:Stage en laboratoire ou entreprise30.0Semestre 6
- WPMCCOB0:Cognition Bayesienne 3.0Semestre 5
- WPMCCOP0:Spoken communication3.0Semestre 5
- WPMCMMA0:Modèles de Mémoire et Apprentissage dans les Sytèmes Nature.3.0Semestre 5
- WPMCMPV0:Signaux, Images et Modèles de Perception Visuelle3.0Semestre 5
- WPMCNCP0:Neurosciences Cognitives des Compètences Précoces3.0Semestre 5
- WPMCIAC0:Intelligence Artificielle, Vie Artificielle et Cognition3.0Semestre 5
- WPMCLPL1:Philosophie du langage 1.5Semestre 5
- WPMCLPL2:Linguistique 1.5Semestre 5
- WPMCRNF0:Reseaux de Neurones Formels3.0Semestre 5
- WPMCSRL0:Stage27.0Semestre 6
- 5PMXPCP2:5PMGPCP2: Physique du changement de phase3.0Semestre 5
- 5PMXCEP2:5PMGCEP2: Conversion Energie - Pile à combustible3.0Semestre 5
- WPMECRY2:TP Cryophysique3.0Semestre 5
- 5PMGPCF2:Plasmas chauds-Fusion2.0Semestre 5
- 5PMXMBT2:5PMGMBT2: Matériaux basses températures-Cryogénie3.0Semestre 5
- 5PMXEST2:5PMGEST2: Energie solaire-Photovoltaïque3.0Semestre 5
- WPMECOV2:Convection1.5Semestre 5
- WPMEMDF2:Fluid mecanics2.5Semestre 5
- WPMERAY2:Rayonnement1.0Semestre 5
- WPMECOD2:Conduction1.5Semestre 5
- WPMEPDS2:Solid State Physics 2.5Semestre 5
- WPMEBN2:Bases en neutronique + Intro REP1.5Semestre 5
- WPMEMNF2:Méthodes numériques + Fluent - Comsol3.0Semestre 5
- WPMXPDM2:WPMEPDM2: Physique des matériaux3.0Semestre 5
- 5PMXPWO3:5PMFPWO3: Practical works (clean room) 2.0Semestre 5 EN
- 5PMXDVP0:5PMMDVP0: Durability _ ageing and packaging 3.0Semestre 5 EN
- 5PMXECI1:5PMMECI1: Elaboration of integrated circuits 2.0Semestre 5 EN
- 5PMXEDC0:5PMMEDC0: Substrates and materials for photovoltaics 2.0Semestre 5 EN
- 5PMXELM1:5PMPELM1: Electrochemistry for microsystems 3.0Semestre 5 EN
- 5PMXPMI0:5PMMPMI0: Project : system modelisation at small scales 6.0Semestre 5 EN
- 5PMXSEL0:5PMMSEL0: Material and processes selection 6.0Semestre 5 EN
- 5PMBTPC2:TP CIME Microsystems Labwork1.5Semestre 5
- 5PMBTIM0:Image Processing first Level2.0Semestre 5
- 5PMBOPI2:Optics and Instrumentation1.5Semestre 5
- 5PMXMRI3:5PMIMRI3: Magnetic resonant imaging2.5Semestre 5
- 5PMNPNR3:Physique des neutrons rayonnement synchrotron UJF4.0Semestre 5
- 5PMNBMO2:molécular Biology UJF 2.0Semestre 5
- 5PMNRMN2:Résonance magnétique nucléaire UJF2.0Semestre 5
- 5PMNMNC2:Matière non cristalline UJF2.0Semestre 5
- 5PMNPNU2:Physique numérique UJF2.0Semestre 5
- 5PMNPQ22:Physique quantique 2 UJF2.0Semestre 5
- 5PMNTTR2:Théorie du transport UJF2.0Semestre 5
- 5PMNCHO2:5 courses in the 10 choice UJF10.0Semestre 5
- 5PMNSMC2:Symétries en matière condensée UJF2.0Semestre 5
- 5PMNIOA2:Optical Instrumentation for Astrophysics1.0Semestre 5
- 5PMNOTH2:Optoélectronic TéraHertz1.5Semestre 5
- 5PMGTDP2:Two phase flow1.5Semestre 5
- 5PMGSNU2:Sûreté nucléaire2.0Semestre 5
- 5PMGEDC2:Case studies2.5Semestre 5
- 5PMGTMA2:Transferts de masse1.0Semestre 5
- 5PMGANP2:Advanced nuclear physics3.0Semestre 5 EN
- 5PMGEST2:Energie solaire thermique-photovoltaïque2.0Semestre 5
- 5PMGMBT2:Matériaux basses températures+Cryogénie2.0Semestre 5
- SIMUENT3:Partener's day 3Y-S50.0Semestre 5
- 5PMCSMEB:Strategy2.0Semestre 5
- 5PMCSMEC:Juridic aspects linked to innovation2.0Semestre 5
- 5PMCSMED:Economy and society2.0Semestre 5
- 5PMCSMEE:Quality2.0Semestre 5
- 5PMCSMEF:Coordination of personal activity and management of time2.0Semestre 5
- 5PMUCOME:Reactor Pressure vessel0.0Semestre 5 EN
- 5PMUCOMA:Non destructive examination0.0Semestre 5 EN
- 5PMUCOMB:Polymers0.0Semestre 5 EN
- 5PMXTIM0:Image processing-first level3.0Semestre 5 EN
- 5PMIMMI0:Molecular markers for medical imaging1.0Semestre 5 EN
- 5PMIPHY0:Respiratory, cardiac, renal physiology3.0Semestre 5 EN
- 5PMINEU0:Introduction to neurosciences1.0Semestre 5 EN
- WPMXCOB0:WPMCCOB0: Cognition Bayesienne2.0Semestre 5
- WPMETTH2:Transferts thermiques0.0Semestre 5
- WPMXCOP0:Spoken communication2.0Semestre 5
- WPMXMMA0:Modèles de Mémoire et Apprentissage dans les Sytèmes Nature.2.0Semestre 5
- WPMXNCP0:Neurosciences Cognitives des Compètences Précoces2.0Semestre 5
- WPMXMPV0:Signaux, Images et Modèles de Perception Visuelle2.0Semestre 5
- WPMXIA0:Intelligence Artificielle, Vie Artificielle et Cognition2.0Semestre 5
- WPMXLPL2:Linguistique1.0Semestre 5
- WPMXOMC0:Outils et méthodes Expérimentales pour l'étude du cerveau et du comport.4.0Semestre 5
- WPMXLPL1:Philosophie du langage1.0Semestre 5
- 5PMCSMEH:Parnership negociation2.0Semestre 5
- WPMXRNF0:Réseaux des Neurones Formels2.0Semestre 5
- 5PMXTMA2:5PMGTMA2: Transfert de masse1.0Semestre 5
- 5PMMPRL3:Laboratory Project5.0Semestre 5
- REU PFE3:PFE0.0Semestre 5
- 5PMGSPE3:Simulateurs pleine échelle + Interventions Métiers en exploitation d'installations0.5Semestre 5
- 4PMCAN32:English2.0Semestre 5
- 5PMUMIC4:Microstructure1.0Semestre 5 EN
- 5PMUDIS3:Dislocations1.0Semestre 5 EN
- 5PMUFME4:Fracture mechanics2.0Semestre 5 EN
- 5PMUFCO4:Fundamental of corrosion1.5Semestre 5 EN
- 5PMGBIB3:Bibliographical Project2.0Semestre 5
- 5PMXDET0:5PMSDET0: Detection estimation3.0Semestre 5
- 5PMIMLA3:Microfluidics LAB0.5Semestre 5 EN
- 5PMXDSP0:5PMSDSP0: Digital signal processor3.0Semestre 5
- 5PMXCSF0:Wireless3.0Semestre 5
- 5PMXTFO0:Temps-frequence ondelettes 2.5Semestre 5
- 5PMXPAR0:5PMSPAR0: Traitement de la parole2.5Semestre 5
- 5PMIOBS3:Optics of biological systems2.0Semestre 5 EN
- 5PMIIMA2:Imagerie3.0Semestre 5
- 5PMIASS3:Analysis, statistic & simulation3.0Semestre 5
- 5PMXPNR3:5PMNPNR3: Physique des neutrons et du rayonnement synchrotron3.0Semestre 5
- 5PMIMRI3:Magnetic resonance imaging Biomed2.0Semestre 5 EN
- WPMEDIN2:Détection et instrumentation nucléaire1.5Semestre 5
- 5PMXEDI2:5PMGEDI2: Ecoulements diphasiques2.0Semestre 5
- WPMEPDM2:Physique des matériaux1.0Semestre 5
- 5PMXACE0:Aval du cycle électronucléaire3.0Semestre 5
- 5PMXDCE0:Dismantling, environment2.0Semestre 5
- 5PMNPHE2:Physique des hétérostructures IV-IV, III-V et II-VI2.0Semestre 5
- 5PMNPCM2:Physique des composants MOS avances2.0Semestre 5
- 5PMXOSC0:5PMNOSC1: Semiconductor devices for optoelectronics3.0Semestre 5
- 5PMXLSR2:5PMBLSR0: Lasers et applications3.0Semestre 5
- 4PMXEM10:4PMNEM10: Electromagnetism3.0Semestre 5
- 4PMXCCP3:Microwave and optoelectronic passive circuits3.0Semestre 5
- 4PMXM2A2:Microwave and Optoelectronic Active Circuits4.0Semestre 5
- 5PMXMAP0:5PMEM7P0: Intégrité du signal et packaging2.0Semestre 5
- 5PMXM7A0:5PMEM7A0: Antennes3.5Semestre 5
- 5PMXM7O0:5PMEM7O0: Projets conception d'un emetteur pour le reseau WIFI5.0Semestre 5
- 5PMXM7T0:5PMEM7T0: PHOG Labwork 2.0Semestre 5
- 5PMXM7N2:5PMEM7N0: Nouveaux standards de transmissions RF1.5Semestre 5
- 5PMXIOA2:5PMNIOA2: Instrumentation optique pour l'astrophysique3.0Semestre 5
- 5PMXTHZ2:5PMNOTH2: Optoelectronic THz3.0Semestre 5
- 5PMXONL2:5PMNONL1: Non linear optics3.0Semestre 5
- 5PMXSIM2:5PMNBOG1: Guided wave simulation project 3.0Semestre 5
- 5PMXTPO2:5PMEM8T0: Optoelectronics lab : Photonics and Non Linear Optics 3.0Semestre 5
- 5PMIMCB3:Prerequisite molecular and cellular biology 0.0Semestre 5 EN
- 5PMIPON3:Prerequisite Principles NMR0.0Semestre 5 EN
- 5PMXCBI3:5PMICBI3: Charact biomol.inter3.0Semestre 5
- 5PMMFMS5:Fundamentals in Materials Science2.0Semestre 5 EN
- 5PMFLPR3:Lab project5.0Semestre 5 EN
- RENTREE3:Comeback 3Y0.0Semestre 5
- 5PMXMNL0:5PMSMNL0: Parametric modeling-NL2.0Semestre 5
- 5PMXRAD2:5PMSRAD0: Teledetection-Radar4.0Semestre 5
- 5PMXTPS1:5PMSTPS1: TP (natural signals)2.0Semestre 5
- 5PMXCPA1:5PMSCPA1: Audio Compression (AC)2.0Semestre 5
- 5PMXIMM0:5PMSIMM0: Indexation Multimedia (IM)2.0Semestre 5
- 5PMXNEU2:neural networks2.0Semestre 5
- 5PMXTPM0:5PMSTPM0: TP Multimedia Image1.0Semestre 5
- 5PMXSYN0:5PMSSYN0: Algorithmic synthesis TS2.0Semestre 5
- 5PMXPR10:5PMSPR10: Material Systems project6.0Semestre 5
- 5PMXAAR0:5PMSAAR0: Advanced algorithms reception2.0Semestre 5
- 5PMXCCE0:5PMSCCE0: channel coding and error correcting codes2.0Semestre 5
- 5PMNPSR3:Physics of syncrotron radiations UJF2.5Semestre 5
- 5PMNPQI3:Photonics and quantum information UJF2.5Semestre 5
- 5PMNMES3:Mesoscopic Physics UJF2.5Semestre 5
- 5PMXSFE3:5PMISFE3: Surface functionalization and electrochemisty2.5Semestre 5
- 5PMXCBI1:5PMICBI3: Characterization of Biomolecular interactions2.5Semestre 5
- 5PMNNFM3:Near field Microscopy UJF2.5Semestre 5
- 5PMNSCT3:Surface Charcterization Technique UJF2.5Semestre 5
- 5PMNQTM3:Quantum transport and Molecular electronics UJF2.5Semestre 5
- 5PMNNAS3:Nanosafty UJF2.5Semestre 5
- 5PMNPNF3:Poperties of Nanotubes, fullerene and graphene UJF2.5Semestre 5
- 5PMNINF3:Introduction to nanofluidics, forces and adhésion UJF2.5Semestre 5
- 5PMNPEN3:Physics and elaboration of nanostructures UJF2.5Semestre 5
- 5PMNSNA3:Semiconductor nanostructures UJF2.5Semestre 5
- 5PMNNAN3:Nanomagnetism UJF2.0Semestre 5
- 5PMNRTR3:Research Training UJF5.0Semestre 5
- 5PMNBCE2:Biology Cellular UJF2.0Semestre 5
- 5PMNDAC3:Detecteur, accelerateurs2.0Semestre 5
- 5PMNPEX3:Projet experimental UJF2.0Semestre 5
- 5PMNPSM3:Physique statistique hors équilibre/Magetohydrodynamique UJF4.0Semestre 5
- WPMSMRE3:Méthodologie de la recherche3.0Semestre 5
- WPMSSTA3:Stage de recherche24.0Semestre 6
- WPMCANG2:English (Masters II sauf MasterFame)3.0Semestre 5 EN
- WPMCFLE3:French Language3.0Semestre 5
- 5PMNPCI3:Physico-chimie interstéllaire UJF4.0Semestre 5
- 5PMNAIN3:Astrophysique instrumentale UJF2.0Semestre 5
- 5PMNMNA3:Méthodes numérique en Astrophysique UJF2.0Semestre 5
- 5PMCPFE0:Final project(PFE)25.0Semestre 6
- 5PMCSOU0:Engineering student internship5.0Semestre 6
- Inscript:Registrations0.0Semestre 5
- 5PMSAAU4:Machine Learning1.5Semestre 5
- 5PMNOMC4:TP ONL (OM + OR) + TP matériaux (OM + N2) + TP caractérisation électrique (OM)1.0Semestre 5
- 3PMXSAN4:Remedial English for B2 Level(optional)0.0Semestre 5 EN
- 5PMUGAE4:General approach to energy2.0Semestre 5
- 5PMUONR4:Operations of nuclear reactors0.5Semestre 5 EN
- 5PMUGEN4:Gen IV0.5Semestre 5 EN
- 5PMUMNR4:Materials used in nuclear reactor0.5Semestre 5 EN
- 5PMURED5:Reactor Design 1.0Semestre 5 EN
- 5PMUCRD4:Chemistry and radioanalysis0.5Semestre 5 EN
- 5PMULMT4:Liquid Metals Technology0.5Semestre 5 EN
- 5PMULME4:Liquid Metals Technology 0.5Semestre 5 EN
- 5PMUDON5:Description and Operation of NPP0.5Semestre 5 EN
- 5PMUCHM5:Choice of materials0.5Semestre 5 EN
- 5PMUMAS4:Materials selection 1.0Semestre 5 EN
- 5PMUEDF4:EDF activity on Materials and Structures0.0Semestre 5 EN
- 5PMUIRA4:Irradiation ageing1.0Semestre 5 EN
- 5PMUIRD4:Irradiation defects1.0Semestre 5 EN
- 5PMUNCO4:Nuclear corrosion0.5Semestre 5 EN
- 5PMUCOMC:Internals0.0Semestre 5 EN
- 5PMUCOMD:Welding and RPV0.0Semestre 5 EN
- 5PMUCOMF:Civil works0.0Semestre 5 EN
- 5PMUCOMG:Combustible0.0Semestre 5 EN
- 5PMUCOMH:Corrosion in secondary circuit0.0Semestre 5 EN
- 5PMUCOMI:Thermal ageing0.0Semestre 5 EN
- 5PMUCOMJ:Corrosion and stress corrosion cracking0.0Semestre 5 EN
- 5PMUCOMK:Thermal fatigue0.0Semestre 5 EN
- 5PMUCOML:Maintenance_ageing and feedback0.0Semestre 5 EN
- 5PMUCOMM:Visit0.0Semestre 5 EN
- 5PMUCOMN:Waste management and fuel reprocessing0.0Semestre 5 EN
- 5PMUCOMO:Evaluation of formation and Closure0.0Semestre 5 EN
- 5PMUNUCA:Introduction0.0Semestre 5 EN
- 5PMUNUCB:Fuel design0.0Semestre 5 EN
- 5PMUNUCC:Fuel fabrication and characterisation0.0Semestre 5 EN
- 5PMUNUCD:Film0.0Semestre 5 EN
- 5PMUNUCE:Irradiation effect0.0Semestre 5 EN
- 5PMUNUCF:Fuel under irradiation0.0Semestre 5 EN
- 5PMUNUCG:Fission gas0.0Semestre 5 EN
- 5PMUNUCH:Off normal0.0Semestre 5 EN
- 5PMUNUCI:Fuel modelling0.0Semestre 5 EN
- 5PMUNUCJ:Fuel cycle0.0Semestre 5 EN
- 5PMUNUCK:Scenarios0.0Semestre 5 EN
- 5PMUNUCL:Evaluation0.0Semestre 5 EN
- 5PMUNUCM:Visit0.0Semestre 5 EN
- WPMXPDS2:WPMEPDS2: Solid State Physics2.0Semestre 5
- WPMEPDE4:Physics of detectors5.5Semestre 5
- WPMETDE4:Detector technology5.5Semestre 5
- 5PMXTDA2:5PMGTDA2: Technology of accelerators5.5Semestre 5
- 5PMXPDA1:5PMGPDA1: Physic des accélérateurs 5.5Semestre 5
- 5PMXBIB3:5PMGBIB3: Projet bibliographique3.0Semestre 6
- WPMASEM3:Seminary0.0Semestre 5
- 5PMXSNS0:5PMGSNS0: Stochastic neutron simulation1.5Semestre 5
- 5PMXACE4:5PMGACE0: Aval du cycle électronucléaire2.0Semestre 5
- 5PMXCOR0:5PMGCOR0: Reactor KIT2.0Semestre 5
- WPMESTA2:stage24.0Semestre 6
- 5PMICUN3:CU-Nanotechnology 0.0Semestre 5
- 5PMINAS3:Nano Safeti (S5-biomed)0.0Semestre 5
- 5PMIPLV3:Interships present. & Lab. visits (S5-biomed)0.0Semestre 5
- 5PMCANG3:English language2.0Semestre 6 EN
- 5PMCFRA3:French language 2.0Semestre 6
- 5PMXSTA4:Internship of Master28.0Semestre 6 EN
- WPMPIMS5:GEM : PIMS3.0Semestre 6 EN
- WPMSUMA5:GEM : summer activities5.0Semestre 6 EN
- 5PMCSTA4:Internship of master23.0Semestre 6 EN
- 5PMSTA24:Internship 2A 5.0Semestre 6 EN
- 5PMXCPV1:5PMNCPV1: Components photovoltaïcs 3.0Semestre 5
- 4PMXPLA9:4PMNPLA9: Physic of lasers3.0Semestre 5
- 5PMXCOR1:Corrosion and surface treatment 5.0Semestre 5
- 5PMXREA1:Chemical reaction engineering5.0Semestre 5
- 5PMXREL2:Electrochemical Reactors5.0Semestre 5
- 5PMXEIE2:Interfacial electrochemistry and electrocatalysis5.0Semestre 5
- 5PMXSUR2:Security, Industrial safety3.0Semestre 5
- 5PMXPFS1:Physicalchemistry of surfaces and functionalization 3.0Semestre 5
- 5PMXPEV1:Chemical enginnering for energy and material recovery3.0Semestre 5
- 5PMXMOD1:Computer aided process engineering3.0Semestre 5
- 5PMXELE1:Electrochemistry and energy 3.0Semestre 5
- 5PMXEEE1:5PMPEEE1: Eco-process and environ3.0Semestre 5
- 5PMXBIO3:Bioelectrochemistry and bioprocesses3.0Semestre 5
- 5PMCBULA:BULATS 3A-TC0.0Semestre 5
- WPMPSTA3:Stage en laboratoire ou entreprise27.0Semestre 6
- 5PMXAAU4:Machine Learning2.0Semestre 5
- ForSpo3:Forum of sports0.0Semestre 5
- PARTENAI:Day of the partners0.0Semestre 5
- PREPAJPA:Preparing the day of the partners0.0Semestre 5
- 5PMSPOR1:Forum des sports0.0Semestre 5
- 5PMEPMVA:4.5Semestre 5
- 5PMBSBIO:structural biology 3.5Semestre 5
- 5PMNTPC0:Materials characterization Labwork 0.5Semestre 5
- 5PMXCIV0:3.0Semestre 5
- 5PMXMUL1:3.0Semestre 5
- 5PMNTON5:TP Non linear optics0.5Semestre 5
- 5PMNTPE0:0.5Semestre 5
- 5PMGTDP3:1.5Semestre 5
- 5PMBPDET:Physics of detectors1.0Semestre 5
- 5PMBTPNU:Nuclear instrumentation labwork (BIOMED S5)1.0Semestre 5
- 5PMXSTA5:Internship of master22.0Semestre 6 EN
- 5PMNBSE5:0.5Semestre 5
- 5PMBTPAS:0.5Semestre 5
Grenoble INP Institut d'ingénierie Univ. Grenoble Alpes