| |
| First year (bachelor) |
| - 3PMMTT6:Heat Transfer | 2.0 | Semestre 2 |
| - 3PMETPE6:Electronics Labwork | 1.0 | Semestre 2 |
| - 3PMKSOU6:Remedial English for B2 Level(optional) | 0.0 | Semestre 2  |
| - 3PMPOLN6:Préorientation - PNS : Magnétisme(S2) | 2.0 | Semestre 2 |
| - 3PMPOLS6:Préorientation - SICOM : Traitement du Signal et Multimedia (S2) | 2.0 | Semestre 2 |
| - 3PMKANG6:English (S1) | 2.0 | Semestre 1 |
| - 3PMKTPI6:Core Curriculum: Introduction Labwork (Uncertainty, Oscillo, Measurement, Risk) | 1.0 | Semestre 1 |
| - 3PMMPST6:Statistical Physics | 2.0 | Semestre 2 |
| - 3PMMTPM6:Labwork Material science and Physical chemistry | 3.0 | Semestre 2 |
| - 3PMKECO6:Economy | 1.5 | Semestre 1 |
| - 3PMELOG6:Logics | 2.0 | Semestre 1 |
| - 3PMPOLG6:Préorientation - GEN : Physique nucléaire et Réacteurs nucléaires (S2) | 2.0 | Semestre 2 |
| - 3PMKPEL6:Core Curriculum: Electronic Design | 1.5 | Semestre 1 |
| - 3PMPOLT6:Préorientation - ISSC | 2.0 | Semestre 2 |
| - 3PMPOLB6:Préorientation - BIOMED : Biotechnologies et Instrumentation (S2) | 2.0 | Semestre 2 |
| - 3PMPOLP6:Préorientation - EPEE : Transformation de la matière et de l'énergie (S2) | 2.0 | Semestre 2 |
| - 3PMPOLE6:Préorientation - SEI : Conception analogique et numérique (S2) | 2.0 | Semestre 2 |
| - 3PMPOLM6:Préorientation - SIM : De la matière au matériau (S2) | 2.0 | Semestre 2 |
| - 3PMMMEC6:Solid and Fluid Mechanics | 2.5 | Semestre 2 |
| - 3PMMPHQ6:Quantum physics | 2.0 | Semestre 1 |
| - 3PMMELC6:Electrochemistry (PMP S1) | 2.0 | Semestre 1 |
| - 3PMEAUT6:Automatics | 2.0 | Semestre 2 |
| - 3PMMTPP6:Physics Labwork | 2.5 | Semestre 2 |
| - 3PMKPMI6:Physical chemistry of mixtures and interfaces | 2.0 | Semestre 2 |
| - 3PMPOLL6:Préorientation - SLE : Circuits numériques (S2) | 2.0 | Semestre 2 |
| - 3PMKEP16:Sport | 1.5 | Semestre 1 |
| - 3PMKEP26:Sport | 1.5 | Semestre 2 |
| - 3PMKIGE6:Introduction to business management | 1.0 | Semestre 2 |
| - 3PMKPGR6:Team Project | 4.0 | Semestre 2 |
| - 3PMKAN26:English | 2.0 | Semestre 2 |
| - 3PMEPE26:Electronic Design | 1.5 | Semestre 2 |
| - 3PMKELE6:Core Curriculum: Electronics (S1) | 2.5 | Semestre 1 |
| - 3PMEOMP6:Computers and microprocessors | 2.0 | Semestre 2 |
| - 3PMESIG6:Signal Processing | 2.5 | Semestre 1 |
| - 3PMETPA6:Labwork in Signal Processing and Automatic Control | 2.0 | Semestre 2 |
| - 3PMMTP16:Core Curriculum: Electronic Labwork | 1.5 | Semestre 1 |
| - 3PMKPBS6:Probabilities & Statistics | 2.5 | Semestre 2 |
| - 3PMKTIN6:Integral Transforms | 2.5 | Semestre 1 |
| - 3PMEALG6:Data Structure - Algorithmic | 2.5 | Semestre 2 |
| - 3PMKPRO6:Core Curriculum: Structured Programming | 2.5 | Semestre 1 |
| - 3PMKTPP6:Core Curriculum: Physics Labwork (S1) | 1.0 | Semestre 1 |
| - 3PMNINR7:Interaction of radiation with matter | 2.0 | Semestre 1 |
| - 3PMNNUI7:Nuclear Instrumentation | 2.0 | Semestre 1 |
| - 3PMNENG7:English | 4.0 | Semestre 1 |
| - 3PMNFRA7:French language | 2.0 | Semestre 1 |
| - 3PMNNUM7:Numerical methods | 3.5 | Semestre 1 |
| - 3PMNMAT7:Mathematics | 1.5 | Semestre 1 |
| - 3PMNTHE7:Thermodynamics | 1.5 | Semestre 1 |
| - 3PMNHET7:Heat Transfers | 1.5 | Semestre 1 |
| - 3PMNIMP7:Introduction to Material Physics | 1.5 | Semestre 1 |
| - 3PMNFLM7:Fluid Mechanics | 1.5 | Semestre 1 |
| - 3PMMPRO6:Structured programming - Algorithmic | 2.5 | Semestre 2 |
| - 3PMKFIL6:Presentation of 2A degrees | 0.0 | Semestre 1 |
| - 3PMKO136:CO1 Energies : ressources, vecteurs et impacts écologiques | 0.5 | Semestre 1 |
| - 3PMKO186:CO1 Introduction aux sciences cognitives | 0.5 | Semestre 1 |
| - 3PMKO216:CO2 Biométrie ou identification par le corps | 0.5 | Semestre 1 |
| - 3PMKO226:CO2 Génération Télécoms | 0.5 | Semestre 1 |
| - 3PMKO256:CO2 Le monde de la microélectronique | 0.5 | Semestre 1 |
| - 3PMKO276:CO2 Système intégrés: infiniment petit à infiniment utile | 0.5 | Semestre 1 |
| - 3PMKO286:CO2 Union économique et monétaire | 0.5 | Semestre 1 |
| - 3PMKLV26:Second language - LV2 | 1.5 | Semestre 1, Semestre 2 |
| - 3PMKMAPA:Professional Coaching Module: Career Lecture | 0.0 | Semestre 1 |
| - 3PMCEPPG:Presentation of team projects | 0.0 | Semestre 1 |
| - REU_RI_1A:International meeting 1Y-2Y-3Y | 0.0 | Semestre 1 |
| - 3PMSPOR1:Forum of sports | 0.0 | Semestre 1 |
| - 3PMKM116:CO1 Lien entre impact environnemental et évolution des matériaux dans les transports automobile et aéronautique | 0.5 | Semestre 1 |
| - 3PMKST26:CO2 Stockage et conversion électrochimique de l'énergie | 0.5 | Semestre 1 |
| - RENTREE1:Comeback 1Y | 0.0 | Semestre 1 |
| - 3PMRMAT4:Mathematics | 3.0 | Semestre 1 |
| - 3PMRPMA4:Matter Physics for Microelectror | 2.0 | Semestre 1 |
| - 3PMRPEG4:Guide Wave and Free Space | 1.0 | Semestre 1 |
| - 3PMREME4:Epistémology & méthodology | 1.0 | Semestre 1 |
| - 3PMRIAP4:Algorithmic and Oject Oriented | 3.0 | Semestre 1 |
| - 3PMRRCC4:Design and Characterization of compo. | 2.0 | Semestre 1 |
| - 3PMRMEC4:Electrical Modelling of integrate | 1.0 | Semestre 1 |
| - 3PMRAMC4:Design and Modelling of integratioon | 1.0 | Semestre 1 |
| - 3PMRPGR4:Circuit Analysis of Guide Wave | 1.0 | Semestre 1 |
| - 3PMRTSI4:Signal Processing | 2.0 | Semestre 2 |
| - 3PMRAUT4:Control Systems | 1.0 | Semestre 2 |
| - 3PMRLDM4:Langage of Material Description | 1.0 | Semestre 2 |
| - 3PMRIVA4:VHDL-AMS Bases | 1.0 | Semestre 2 |
| - 3PMRCAN4:Analog Circuit | 3.5 | Semestre 2 |
| - 3PMRCLO4:Digital Circuits | 1.5 | Semestre 1 |
| - 3PMRBCN4:BBases of Integrated Numerical | 1.5 | Semestre 2 |
| - 3PMRANU4:Degital Architectures (Proc) | 1.5 | Semestre 2 |
| - 3PMRAN15:English | 1.5 | Semestre 1 |
| - 3PMRCRE5:Créativity | 0.5 | Semestre 1 |
| - 3PMRECO4:Economy | 1.0 | Semestre 2 |
| - 3PMRJ2A1:Collective returns of alternation (REX) | 4.0 | Semestre 1 |
| - 3PMRSIN4:Individualiser Follow-up | 14.0 | Semestre 2 |
| - 3PMRJ2A2:Collective returns of alternation and analysis of the practices | 8.0 | Semestre 2 |
| - 345PCPVE:CPVE | 0.0 | Semestre 2 |
| - Inscript:Registrations | 0.0 | Semestre 1 |
| - 3PMNBNP7:Basics of Nuclear Physics | 2.5 | Semestre 1 |
| - 3PMNRPK7:Reactor Physics and Kinetics | 2.5 | Semestre 1 |
| - 3PMKO116:CO1- Transversal approach of sciences | 0.5 | Semestre 1 |
| - 3PMCBULA:Bulats 1A-TC | 0.0 | Semestre 1 |
| - 1ACCINP:Welcome INP | 0.0 | Semestre 1 |
| - RENT1AAP:Apprentice Input | 0.0 | Semestre 1 |
| - 3PMRAN25:English Sem2 (CSI-S2) | 1.5 | Semestre 2 |
| - 3PMKTCP6:Core Curriculum: Physics (S1) | 2.5 | Semestre 1 |
| - 3PMKTCM6:Core Curriculum: Materials (S1) | 2.5 | Semestre 1 |
| - 3PMKMAT6:Core Curriculum: Materials Labwork (S1) | 1.0 | Semestre 1 |
| - 3PMKBIB6:Scientific and Technical Information PET-PMP S1 | 0.0 | Semestre 1 |
| - 3PMETPL6:Logics Labwork | 0.5 | Semestre 2 |
| - 3PMEPH26:Physics Labwork | 1.0 | Semestre 2 |
| - 3PMEANA6:Analog Electronics | 2.0 | Semestre 2 |
| - 3PMKSCO6:Semiconductor physics | 2.0 | Semestre 2 |
| - 3PMKRES6:Telecommunications Networks | 2.0 | Semestre 2 |
| - 3PMKCRE6:Innovation and Project Management | 1.0 | Semestre 2 |
| - 3PMKSM16:Upgrade Maths (S1) (optional) | 0.0 | Semestre 1 |
| - 3PMKSM26:Upgrade Maths (S2) | 0.0 | Semestre 2 |
| - 3PMKMAPB:Professional Coaching Module: Personal and Professional Project | 1.0 | Semestre 1 |
| - ForStag1A: | 0.0 | Semestre 1 |
| - 3PMETP16:Electronic Labwork PET S1 | 1.0 | Semestre 1 |
| - 3PMRJURY:Jury select CSI | 0.0 | Semestre 2 |
| - 3PMCERS9: | 0.0 | Semestre 1 |
| - 3PMCITB9: | 0.0 | Semestre 1 |
| - 3PMKCECA: | 0.0 | Semestre 2 |
| - 3PMNDET7:Detectors | 2.0 | Semestre 1 |
| - 3PMNNSA7:Nuclear Safety | 1.0 | Semestre 1 |
| - 3PMNIRE7:Introduction to relativity | 1.0 | Semestre 1 |
| - 5PMASEM7: | 3.0 | Semestre 1 |
| Second year (master 1) |
| - 4PMGIPM9:Introduction to materials science | 2.0 | Semestre 3 |
| - 4PMNSPP7:Symetry and physical properties | 2.0 | Semestre 4 |
| - 4PMPPEX9:Design of experiments- DOE | 2.0 | Semestre 4 |
| - 4PMPGDQ9:Quality management | 2.0 | Semestre 4 |
| - 4PMGPNU2:Nuclear physics 1A | 0.0 | Semestre 3 |
| - 4PMNPSC3:Physic of semiconductors | 2.0 | Semestre 3 |
| - 4PMCDFI3:Financial management | 1.0 | Semestre 4 |
| - 4PMBPMI6:Particle-Rays Matter Interaction | 1.5 | Semestre 4 |
| - 4PMGMQU2:Quantum mecanics 1A | 0.0 | Semestre 3 |
| - 4PMGMEF9:Fluid mechanics | 2.5 | Semestre 3 |
| - 4PMGTHM9:Macroscopic thermodynamics | 2.0 | Semestre 3 |
| - 4PMGTRN9:Nuclear reactor technology | 2.0 | Semestre 3 |
| - 4PMBNM46:Numerical methods : simulation project | 3.0 | Semestre 4 |
| - 4PMMCAR9:Materials characterisation | 4.0 | Semestre 4 |
| - 4PMSFIL9:Filtering | 1.5 | Semestre 4 |
| - 4PMSTNS9:Numerical signal processing | 3.0 | Semestre 3 |
| - 4PMBMBP6:Molecular biology project | 2.0 | Semestre 4 |
| - 4PMEM3F9:Microelectronic Design Flow | 1.5 | Semestre 3 |
| - 4PMMPMC4:Physics and Mechanics of Material Behaviour | 5.0 | Semestre 4 |
| - 4PMEM1P0:Semiconductor Physics | 1.5 | Semestre 3 |
| - 4PMEM3T1:TP Analog Design Lab Works | 2.0 | Semestre 3 |
| - 4PMEMST9:Informatics Project | 4.0 | Semestre 3 |
| - 4PMEM3G1:Integrated System Architectures | 2.0 | Semestre 4 |
| - 4PMEM6O9:Microelectronic Digital Signal project | 6.0 | Semestre 4 |
| - 4PMCDRT1:Law | 1.0 | Semestre 4 |
| - 4PMPTEL0:Electrochemical thermodynamics and kinetics | 2.0 | Semestre 3 |
| - 4PMMT3B6:TP obligatoires élaboration, microstructures et propriétés | 1.5 | Semestre 3 |
| - 4PMBOPT9:Optics | 1.5 | Semestre 4 |
| - 4PMBDTE6:Devices technology | 0.0 | Semestre 4 |
| - 4PMBSPL6:Signal processing Lab | 1.5 | Semestre 4 |
| - 4PMNMPC9:Materials for components | 2.0 | Semestre 4 |
| - 4PMBNMR6:Nuclear Magnetic Resonance and Magnetic Resonance Imaging | 1.5 | Semestre 4 |
| - 4PMMTRA9:Mass Tranfer | 2.0 | Semestre 3 |
| - 4PMNPQ17:Quantum machanics I | 1.0 | Semestre 3 |
| - 4PMNPST7:Statistical physics | 1.0 | Semestre 3 |
| - 4PMNPRO9:Research project | 2.0 | Semestre 3 |
| - 4PMEM4T1:TP Communication system Labwork | 1.5 | Semestre 4 |
| - 4PMECCP3:High frequency Passive circuits | 1.5 | Semestre 3 |
| - 4PMNCCM9:Microwave components | 2.0 | Semestre 4 |
| - 4PMNPHS9:Statistical physics | 2.0 | Semestre 4 |
| - 4PMPGCM9:Materials families | 2.0 | Semestre 4 |
| - 4PMPCOR9:Physicochemistry of corrosion | 2.0 | Semestre 4 |
| - 4PMPTPP9:Process engineering | 3.0 | Semestre 4 |
| - 4PMPECH9:Heat exchanger | 2.0 | Semestre 4 |
| - 4PMPTDM9:Mass Transfer | 2.5 | Semestre 3 |
| - 4PMPAPC9:Physicochemical analysis laboratory | 2.0 | Semestre 3 |
| - 4PMPPAC1:Fuel Cell and battery | 1.5 | Semestre 4 |
| - 4PMPGEM2:Materials processing | 1.5 | Semestre 4 |
| - 4PMSTPE9:Electronic lab tutorials | 2.5 | Semestre 3 |
| - 4PMBEM10:BE Electronics for measurement systems | 1.5 | Semestre 3 |
| - 4PMEM2T9:Microwave lab sessions (PHOG) | 2.0 | Semestre 4 |
| - 4PMEM4C1:Communication and Digital modulation systems | 2.5 | Semestre 4 |
| - 4PMSSER7:Operating systems | 2.5 | Semestre 4 |
| - 4PMGNEC1:Neutronics clips | 1.5 | Semestre 4 |
| - 4PMSTCN9:Transmission and digital communication | 1.5 | Semestre 4 |
| - 4PMBCBI6:Cell Biology | 1.5 | Semestre 4 |
| - 4PMMTS44:TP Materials science | 4.5 | Semestre 4 |
| - 4PMGNEU1:Neutronics | 2.5 | Semestre 4 |
| - 4PMMNUM9:Numerical methods | 4.5 | Semestre 3 |
| - 4PMBLMB6:Labwork : Molecular biology & Biochemistry | 3.0 | Semestre 3 |
| - 4PMBMBI6:Molecular Biology | 3.0 | Semestre 3 |
| - 4PMNPQ27:Quantum machanics II | 3.0 | Semestre 3 |
| - 4PMNOPT9:Optical Instrumentation | 2.0 | Semestre 4 |
| - 4PMEM1D9:Labworks technology in clean room characterisation | 2.0 | Semestre 4 |
| - 4PMGOGT1:Graphical tools and industrials technologies | 2.5 | Semestre 3 |
| - 4PMGMTN9:Material for nuclear science | 2.0 | Semestre 4 |
| - 4PMEM3N9:VLSI Digital Design Numerical Conception | 2.0 | Semestre 3 |
| - 4PMPPEL9:Project in electrochemistry | 3.0 | Semestre 4 |
| - 4PMNMEP9:Experimental methods for physics | 2.0 | Semestre 4 |
| - 4PMSPOO7:Object oriented programming | 2.0 | Semestre 4 |
| - 4PMMTP34:Phase transformations | 2.0 | Semestre 3 |
| - 4PMSTHI9:Information Theory | 1.5 | Semestre 3 |
| - 4PMSCAS0:Computer science | 1.5 | Semestre 3 |
| - 4PMNPLA9:Physic of lasers | 2.0 | Semestre 3 |
| - 4PMGIRM1:Radiation-matter interactions | 2.0 | Semestre 3 |
| - 4PMGDET1:Detectors | 2.0 | Semestre 4 |
| - 4PMGTPN1:Nuclear instrumentation labworks | 4.0 | Semestre 4 |
| - 4PMNNPH9:Nanophysic | 2.0 | Semestre 4 |
| - 4PMBEMS6:Electronics for Measurement Systems | 3.0 | Semestre 3 |
| - 4PMMISE4:Thin film elaboration technique | 1.0 | Semestre 4 |
| - 4PMGPNU9:Nuclear physics 2 | 3.0 | Semestre 4 |
| - 4PMEM1E9:Microelectronic device physics | 1.5 | Semestre 3 |
| - 4PMEM4A1:Digital Control | 2.0 | Semestre 4 |
| - 4PMSANR3:Digital Control and State Space Representation | 2.0 | Semestre 3 |
| - 4PMNCME7:From sensor to ADC convertor | 1.0 | Semestre 3 |
| - 4PMCSTR3:Strategy | 1.0 | Semestre 3 |
| - 4PMSCAP0:Sensors and signals | 2.5 | Semestre 4 |
| - 4PMEM3S1:Electronic system | 2.0 | Semestre 3 |
| - 4PMNPSC9:Physic of components with semiconductors | 3.0 | Semestre 4 |
| - 4PMNINF9:Industrial computing | 2.0 | Semestre 4 |
| - 4PMBDAQ9:Data acquisition (Labview) | 1.5 | Semestre 4 |
| - 4PMBNM36:Numerical methods : simulations | 3.0 | Semestre 3 |
| - 4PMSPJC9:Electronics lab | 4.5 | Semestre 4 |
| - 4PMEM3C1:Analogue Integrated Circuits Design | 2.0 | Semestre 3 |
| - 4PMEM3A1:Data conversion system design (CAN-CNA) | 1.5 | Semestre 3 |
| - 4PMGTTH2:Thermic transferts 1A | 0.0 | Semestre 3 |
| - 4PMSTPD9:Digital circuit design labwork | 1.5 | Semestre 4 |
| - 4PMMEL34:Elaboration Part 1 | 4.0 | Semestre 3 |
| - 4PMBISP6:Introduction to subatomic physics | 1.0 | Semestre 3 |
| - 4PMSPJI9:Software development project | 4.5 | Semestre 3 |
| - 4PMSMSM9:Hardware Modeling and Synthesis | 2.0 | Semestre 4 |
| - 4PMMPI34:From materials to products 2 | 2.0 | Semestre 3 |
| - 4PMBDSP6:Digital Signal Processing | 2.0 | Semestre 4 |
| - 4PMEM3V1:Modelling numerical circuits | 2.0 | Semestre 3 |
| - 4PMSASP9:Spectral analysis | 1.5 | Semestre 4 |
| - 4PMSAND9:Data analysis | 1.5 | Semestre 4 |
| - 4PMSSAL9:Random signal analysis | 1.5 | Semestre 3 |
| - 4PMNNUM9:Numerical analysis | 4.0 | Semestre 3 |
| - 4PMGMMU9:Numerical analysis | 3.5 | Semestre 3 |
| - 4PMNPMN9:Numerical analysis project | 3.0 | Semestre 4 |
| - 4PMPMDF2:Fluid Mechanics | 2.0 | Semestre 3 |
| - 4PMPREA1:Chemical reactors | 2.0 | Semestre 3 |
| - 4PMPTPP2:Process engineering Labworks | 2.0 | Semestre 3 |
| - 4PMCCE35:Business and activity development (S3) | 2.0 | Semestre 3 |
| - 4PMPNUM9:Numerical Methods | 4.0 | Semestre 3 |
| - 4PMPSTA2:Applied statistics | 2.0 | Semestre 3 |
| - 4PMCAN42:English Semester 4 | 2.0 | Semestre 4 |
| - 4PMPPGP1:Process simulation | 2.0 | Semestre 4 |
| - 4PMPSEP1:Separation, treatment, purification | 2.0 | Semestre 4 |
| - 4PMPCEL9:Electrochemical kinetics | 3.0 | Semestre 3 |
| - 4PMPMDE9:Electrochemical materials | 2.0 | Semestre 4 |
| - 4PMFIPF2:Introduction to functional polymers | 2.0 | Semestre 3 |
| - 4PMFPMF4:Functional materials physics | 2.0 | Semestre 3 |
| - 4PMFPHS4:Semiconductor physics | 2.0 | Semestre 4 |
| - 4PMCREX3:Worker training evaluation | 1.0 | Semestre 3 |
| - 4PMFTPC5:Practical lab work | 2.0 | Semestre 4 |
| - 4PMFTPL5:Long term practical project | 3.5 | Semestre 4 |
| - 4PMFCHS4:Solid State Chemistry | 2.0 | Semestre 3 |
| - 4PMGMHD1:optional cursus : Plasmas-Magnetohydrodynamic | 2.0 | Semestre 4 |
| - 4PMGSEE1:optional cursus : Scenarios energetics-eolien | 2.0 | Semestre 4 |
| - 4PMGIPR1:Basic Concepts of Reactor Physics | 2.5 | Semestre 3 |
| - 4PMGPHQ1:Quantum physics | 2.5 | Semestre 3 |
| - 4PMGTMP2:Mono-phasic thermohydraulics | 2.5 | Semestre 4 |
| - 4PMGTPH2:TP Hydraulic and thermal Labwork | 1.5 | Semestre 4 |
| - 4PMGEDC2:Heat exchangers | 1.5 | Semestre 3 |
| - 4PMGMAT9:Mathematics | 1.5 | Semestre 3 |
| - 4PMGPMM9:Numerical analysis project | 3.0 | Semestre 4 |
| - 4PMNEM10:Electromagnetism | 1.0 | Semestre 3 |
| - 4PMNREC9:Research project | 2.0 | Semestre 4 |
| - 4PMCEP32:Sport S3 | 1.0 | Semestre 3 |
| - 4PMCEP42:Sport S4 | 2.0 | Semestre 4 |
| - 4PMNPDI2:Dielectric Physics | 2.0 | Semestre 4 |
| - 4PMNEXP9:Design of experiments | 2.0 | Semestre 3 |
| - 4PMEM3L1:TP Numeric integrated system | 2.0 | Semestre 3 |
| - 4PMSCIN2:Industrial conference (SEI+SICOM) | 0.5 | Semestre 3 |
| - 4PMEM2A1:Microwave and Optoelectronic Active Circuits | 2.0 | Semestre 4 |
| - 4PMEM6M1:Microelectronic Analog Design project | 6.0 | Semestre 4 |
| - 4PMEM4N1:Digital signal processing | 2.0 | Semestre 4 |
| - 4PMSELN9:Electronics | 3.5 | Semestre 3 |
| - 4PMMMIC9:Microstructures and properties | 2.5 | Semestre 3 |
| - VPMFCRI4:Crystallography | 3.0 | Semestre 3 |
| - 4PMBCBR6:Chemical bond & reactivity | 1.5 | Semestre 3 |
| - 4PMCLV29:Second Modern language - LV2 | 1.5 | Semestre 3, Semestre 4 |
| - 4PMCMAR3:Marketing - Consulting | 1.0 | Semestre 3 |
| - 4PMTMSD2:CAD for microsystems | 2.0 | Semestre 4 |
| - 4PMNPSO3:Solid State Physics | 2.0 | Semestre 3 |
| - 4PMTACD6:Advanced CMOS devices | 1.5 | Semestre 4 |
| - 4PMTMSA2:Microsystems II | 2.0 | Semestre 4 |
| - 4PMTADL2:Advanced lithography | 2.0 | Semestre 4 |
| - 4PMTACD2:Analog circuits design | 1.5 | Semestre 4 |
| - 4PMTDCD2:Integrated digital circuits design | 1.5 | Semestre 4 |
| - 4PMTMNL2:TP : Micro and Nanosystems | 3.0 | Semestre 4 |
| - 4PMTAMA2:Advanced microscopy | 2.0 | Semestre 4 |
| - 4PMTNSP2:Nanostructure physics and electron transport | 2.5 | Semestre 4 |
| - 4PMTNSA2:Nanostructures for optical and magnetic applications | 2.0 | Semestre 4 |
| - 4PMTPLC6:Planar lightwave circuits | 2.0 | Semestre 4 |
| - 4PMTGPR2:Project | 3.0 | Semestre 4 |
| - 4PMTPPI2:Project of professional insertion | 1.0 | Semestre 4 |
| - VPMUFEM4:Finite Elements Projects | 3.5 | Semestre 3 |
| - 4PMNOIA6:Integrated optics for astronomy | 2.0 | Semestre 4 |
| - RENTREE2:Comeback 2Y & M1 | 0.0 | Semestre 3 |
| - WEI:WEI 1Y-2Y | 0.0 | Semestre 3 |
| - 4PMBTHE3:Thermodynamics | 1.5 | Semestre 3 |
| - 4PMGMAT3:Mathematics 1A | 0.5 | Semestre 3 |
| - 4PMBCON3:Converters (CAN, CNA) | 1.0 | Semestre 4 |
| - 4PMTREX3:Worker training evaluation | 1.0 | Semestre 4 |
| - 4PMFREP4:Remote project | 4.0 | Semestre 4 |
| - 4PMFMME5:Multi scale modelling | 2.5 | Semestre 4 |
| - 4PMCAN32:English Semester 3 | 2.0 | Semestre 3 |
| - 4PMFCCM2:Thin films surfaces and interfaces | 1.5 | Semestre 4 |
| - 4PMSSIN3:Soutien informatique | 0.0 | Semestre 3 |
| - PREPASAL:Forum filières Prépasalles | 0.0 | Semestre 4 |
| - REMISALL:Remise état salle forum | 0.0 | Semestre 4 |
| - FORFI:forum cursus | 0.0 | Semestre 4 |
| - Jury:Jury | 0.0 | Semestre 3 |
| - Inscript:Registrations | 0.0 | Semestre 3 |
| - 4PMFREP3:Remote project | 0.0 | Semestre 3 |
| - 4PMMRIN4:Industrial meetings (visit factories, conferences) | 1.5 | Semestre 3 |
| - 4PMMGCM4:Materials families | 2.0 | Semestre 3 |
| - 4PMMEL44:Elaboration Part 2 | 3.0 | Semestre 4 |
| - 4PMMPOL4:polymer | 3.0 | Semestre 4 |
| - 4PMMPI44:Project "Ingénierie inversée" - Part 2 | 2.0 | Semestre 4 |
| - 4PMMTP44:Science thin film materials | 1.5 | Semestre 4 |
| - 4PMCCV:Atelier CV | 0.0 | Semestre 3 |
| - 4PMEIME4:Intro to MEMS | 1.5 | Semestre 4 |
| - 4PMBPSS4:Physics of semiconductors & semiconductors devices | 3.0 | Semestre 3 |
| - 4PMFPOL5:Polymers | 3.5 | Semestre 3 |
| - 4PMBMSB4:Modelling in systems biology | 1.5 | Semestre 4 |
| - 4PMFSSP3:Solid State Physics | 0.0 | Semestre 3 |
| - 4PMBISE6:Image sensors | 1.5 | Semestre 4 |
| - VPMUIMS6:Introduction to solid mechanics | 2.0 | Semestre 4 |
| - VPMFSTA4:Internship | 7.0 | Semestre 4 |
| - 4PMBQRE6:Quality-reliability | 1.5 | Semestre 4 |
| - 4PMBCBL4:Cell biology labwork | 1.0 | Semestre 4 |
| - 4PMCBULA:BULATS 2A-TC | 0.0 | Semestre 3 |
| - 4PMSPOR1:Forum of sports 2A | 0.0 | Semestre 3 |
| - 4PMSTIB5:Basic image processing | 1.0 | Semestre 3 |
| - 4PMSTPA5:TP automatic and signal processing and images | 2.5 | Semestre 3 |
| - 4PMPDPR5:Process control | 1.0 | Semestre 3 |
| - REU_RE:Entreprise meeting 2A | 0.0 | Semestre 4 |
| - 4PMPMEE5:electrochemical methods | 3.0 | Semestre 4 |
| - 4PMNTP35:TP Physics | 2.0 | Semestre 3 |
| - 4PMSTIA5:Image processing moves forward | 1.5 | Semestre 4 |
| - 4PMPMEA5:Méthodes électrochimiques avancées | 3.5 | Semestre 4 |
| - 4PMNTMI7:Microelectronic Technologies | 1.0 | Semestre 3 |
| - 4PMNTCE5:TP electrical characterization | 1.0 | Semestre 4 |
| - 4PMNTP45:TP Physics | 2.0 | Semestre 4 |
| - 4PMSTPT5:TP TS cross-functional | 1.5 | Semestre 4 |
| - 4PMRSEP5:Operating systems and system programming | 1.5 | Semestre 4 |
| - 4PMRPIL5:Programming in C - project | 2.5 | Semestre 3 |
| - 4PMRTTI5:Information transmission techniques | 2.0 | Semestre 3 |
| - 4PMRANA5:Advanced digital architectures | 1.0 | Semestre 4 |
| - 4PMRFCN5:Digital design flow | 0.5 | Semestre 3 |
| - 4PMRTPV5:Practical work on VLSI - ASIC + FPGA | 2.0 | Semestre 3 |
| - 4PMRPCF5:Mixed-signal function design - project | 5.0 | Semestre 4 |
| - 4PMRCAN5:Analogue-to-digital and digital-to-analogue conversion | 2.0 | Semestre 3 |
| - 4PMRCRI6:Integrated Radio-Frequency Circuits | 3.0 | Semestre 3 |
| - 4PMRPDC5:Passives and actives in hyperfrequences | 1.5 | Semestre 4 |
| - 4PMRCEM5:Integrated-circuit CEM | 1.0 | Semestre 4 |
| - 4PMRAN35:English | 1.5 | Semestre 3 |
| - 4PMRAFI5:Financial analysis | 0.5 | Semestre 3 |
| - 4PMRMEQ5:Team management | 1.0 | Semestre 3 |
| - 4PMRSMA5:Strategy and marketing | 1.0 | Semestre 4 |
| - 4PMRGPR5:Project management | 1.0 | Semestre 4 |
| - 4PMRSE35:Semester 3 seminars | 0.5 | Semestre 3 |
| - 4PMRJ2A3:Semester 3 return on experience | 5.0 | Semestre 3 |
| - 4PMRJ2A4:Semester 4 return on experience | 9.0 | Semestre 4 |
| - 4PMRERA5:Interview and activity report | 16.0 | Semestre 4 |
| - 4PMRSE45:Semester 4 seminars | 0.5 | Semestre 4 |
| - VPMPFLE5: | 2.0 | Semestre 3 |
| - VPMPSTA3:Stage M1 | 4.0 | Semestre 4 |
| - 4PMNPH35:TP PHOG | 1.0 | Semestre 3 |
| - 4PMNPH45:TP PHOG | 1.0 | Semestre 4 |
| - VPMUANG3:English | 2.0 | Semestre 3 |
| - 4PMRAN45:English | 1.5 | Semestre 4 |
| - VPMUTMT6:Plasticity and thermo-mechanical treatments | 2.0 | Semestre 4 |
| - 4PMCCE45:Business and activity development (S4) | 2.0 | Semestre 4 |
| - REU_RI_2A: | 0.0 | Semestre 3 |
| - 4PMMT3A6:Practical : Material Science part 1A | 2.0 | Semestre 3 |
| - 4PMBPBI6:Physiology and Bioenergetics | 1.5 | Semestre 4 |
| - 4PMBMIL6:Medical Imaging Labwork | 1.5 | Semestre 4 |
| - 4PMBNBL6:Nanobiology labwork (BIO-S4) | 3.0 | Semestre 4 |
| - 4PMCBMA6:Business Marketing (in English) | 2.0 | Semestre 3 |
| - 4PMCSFI6:Strategy & Finance (in English) | 2.0 | Semestre 4 |
| - 4PMTOPT6:Optoelectronics | 2.0 | Semestre 4 |
| - 1CHOIPNS: | 0.0 | Semestre 3 |
| - 1CHOIBIO: | 0.0 | Semestre 3 |
| - 2CHOIPNS: | 0.0 | Semestre 3 |
| - 2CHOIBIO: | 0.0 | Semestre 3 |
| - 3CHOIPNS: | 0.0 | Semestre 3 |
| - 3CHOIBIO: | 0.0 | Semestre 3 |
| - 1CHNTPNS: | 0.0 | Semestre 3 |
| - 4PMBSPP7:BE Signal processing project | 1.5 | Semestre 3 |
| - 4PMBBSP7:Basis of signal processing | 1.5 | Semestre 3 |
| - 4PMBELE7:Electromagnetism | 2.0 | Semestre 3 |
| - 4PMPDSY7: | 1.0 | Semestre 3 |
| - 4PMPCAP7: | 2.5 | Semestre 3 |
| - 4PMPSEL7:electrochemical systems | 3.0 | Semestre 3 |
| - 4PMPPEX7:experimental project | 2.0 | Semestre 4 |
| - 4PMPGEL7:Generators electrochemical | 1.5 | Semestre 4 |
| - 4PMPTPE7:TP electrochemistry | 1.5 | Semestre 4 |
| - 4PMCPSC7:Physic of semiconductors - 1A | 0.0 | Semestre 3 |
| - VPMTSTAG7:Lab internship | 6.0 | Semestre 4 |
| - VPMTMGA1:UE Module to be chosen in UGA offer 1 (to be validated by Option corrdinator) | 6.0 | Semestre 3 |
| - VPMTMGA2:UE Module to be chosen in UGA offer 2 (to be validated by Option corrdinator) | 6.0 | Semestre 4 |
| - 4PMESEX7:Operating systems | 2.0 | Semestre 4 |
| - 4PMGSCP7: | 1.0 | Semestre 3 |
| - 4PMCSAB7: | 0.0 | Semestre 3 |
| - VPMTPLA7:Lab project | 3.0 | Semestre 3 |
| Third year (master 2) |
| - 5PMPPEV1:Chemical enginnering for energy and material recovery | 2.0 | Semestre 5 |
| - 5PMMCOR0:Corrosion | 1.5 | Semestre 5 |
| - 5PMSSCC6:Signal and Coding for Communications | 3.0 | Semestre 5 |
| - 5PMGCEP2:Energy conversion - Fuel cell | 2.0 | Semestre 5 |
| - 5PMPELM1:Electrochemistry for microsystems | 2.0 | Semestre 5 |
| - 5PMPREA1:Chemical reaction engineering | 2.0 | Semestre 5 |
| - 5PMSPIG6:Project Image GPU-FPGA | 3.0 | Semestre 5 |
| - 5PMCSMEA:Project Management (in English) | 1.5 | Semestre 5 |
| - 5PMECCV7:Advanced VLSI design | 2.5 | Semestre 5 |
| - 5PMSCSF0:Wireless | 2.0 | Semestre 5 |
| - 5PMSIMM0:Indexation Multimédia | 2.0 | Semestre 5 |
| - 5PMCANG0:English or other language | 3.0 | Semestre 5 |
| - 5PMENSC7:New standards of communication | 2.0 | Semestre 5 |
| - 5PMMFOR0:Mise en forme et assemblage | 6.0 | Semestre 5 |
| - 5PMNSMA4:Materials Synthesis | 1.5 | Semestre 5 |
| - 5PMBSOP5:Optical spectroscopy (UGA) | 2.0 | Semestre 5 |
| - 5PMSAIS1:Analyse d'image et segmentation | 2.0 | Semestre 5 |
| - 5PMSTST5:Traitement du signal Temps Réel (TS Tps Réel) | 2.0 | Semestre 5 |
| - 5PMNCPV1:Photovoltaïcs devices | 1.0 | Semestre 5 |
| - 5PMSPR20:Projet de traitement numérique du signal | 2.0 | Semestre 5 |
| - 5PMNCAR0:Materials Characterization | 2.0 | Semestre 5 |
| - WPMSPPT7:Physics of technological processes | 2.0 | Semestre 5 |
| - 5PMMSEL0:Material and process selection | 5.0 | Semestre 5 |
| - 5PMPCOR1:Corrosion and surface treatment | 2.0 | Semestre 5 |
| - 5PMPBIO3:Bioelectrochemistry and bioprocesses | 2.0 | Semestre 5 |
| - 5PMPMOD1:Computer aided process engineering | 2.0 | Semestre 5 |
| - 5PMPEEE1:Green process engineering | 2.0 | Semestre 5 |
| - 5PMPDIM1:Project dimensionn for sizing | 2.0 | Semestre 5 |
| - 5PMMDUR0:Durability | 4.5 | Semestre 5 |
| - 5PMGCOR0:Reactor Kit | 2.0 | Semestre 5 |
| - 5PMGDCE0:Dismantling, environment | 1.5 | Semestre 5 |
| - 5PMPELE1:Electrochemistry and energy | 4.0 | Semestre 5 |
| - 5PMMMOD0:Modelling multi scale | 6.0 | Semestre 5 |
| - WPMEAPA7:Practical inactivation analysis | 2.0 | Semestre 5 |
| - 5PMGSNS0:Stochastic neutron simulation | 2.0 | Semestre 5 |
| - 5PMGCIR0:Reactor kinetics & dynamics | 3.0 | Semestre 5 |
| - 5PMGACE0:Nuclear Fuel Cycle: Physics of Transmutation and Incineration | 2.5 | Semestre 5 |
| - 5PMNFCC0:Device and circuit reliability | 1.5 | Semestre 5 |
| - 5PMEM7O0:TTransmitter design project for Wifi network (hybrid)network | 6.0 | Semestre 5 |
| - 5PMMPAC5:Packaging and Reliability | 1.5 | Semestre 5 |
| - 5PMEM9T0:Labwork Real Time Operating Systems | 1.0 | Semestre 5 |
| - 5PMEM9S0:Real time operating systems | 1.0 | Semestre 5 |
| - 5PMCMAN0:Management & Leadership | 1.5 | Semestre 5 |
| - 5PMSCIV0:Compression image-vidéo | 2.0 | Semestre 5 |
| - 5PMSRSM6:Signals and Models | 2.0 | Semestre 5 |
| - 5PMEM7I0:RF Integrated Front-End | 2.5 | Semestre 5 |
| - 5PMCPIP0:Preparation for professional insertion | 0.0 | Semestre 5 |
| - 5PMGCNT0:Finite element codes for thermal hydraulics | 1.5 | Semestre 5 |
| - 5PMGSND0:Stochastic neutron simulation | 1.5 | Semestre 5 |
| - 5PMSDET0:Detection estimation | 2.0 | Semestre 5 |
| - 5PMGPGS0:General safety principles | 2.5 | Semestre 5 |
| - 5PMGFDS0:Fiability systems | 1.0 | Semestre 5 |
| - 5PMGSIR0:Labwork in PWR simulator | 1.0 | Semestre 5 |
| - 5PMGTPR3:Pratical on the Minerve reactor (Cadarache)+ lectures on experimental and industrial reactors | 1.0 | Semestre 5 |
| - 5PMCAST6:Starter Amphitheater | 0.0 | Semestre 5 |
| - 5PMBACO5:Acoustics | 2.0 | Semestre 5 |
| - 5PMBMIP7:Medical Image Processing | 2.0 | Semestre 5 |
| - 5PMBIRL7:Interaction Between Ionizing Radiations and the living matter | 1.5 | Semestre 5 |
| - 5PMBMAR5:Medical applications of radiations | 1.0 | Semestre 5 |
| - 5PMBTBR5:Cell sensitvity to radiation lab work | 0.5 | Semestre 5 |
| - 5PMBULS5:Ultrasound Imaging and Thermotherapy | 1.0 | Semestre 5 |
| - 5PMBEPR6:Experimental Projects | 3.0 | Semestre 5 |
| - 5PMBBTA7:Biosensors and high throughput analysis | 3.0 | Semestre 5 |
| - 5PMBMNA7:Microfluidics and nanofluidics | 2.0 | Semestre 5 |
| - 5PMBCBM6:Characterization of (bio)molecular interactions, nanomaterials, sufaces and interfaces-UGA | 3.0 | Semestre 5 |
| - 5PMBCSC6:Cell signaling and cancer biology | 2.0 | Semestre 5 |
| - 5PMBBBS6:Biomaterials and Biocompatible surface Engineering | 2.0 | Semestre 5 |
| - 5PMBSFE5:Surface Functionalization and electrochemisty (S5-biomed-UGA) | 2.0 | Semestre 5 |
| - WPMPPFS5:Physicalchemistry of surfaces and functionalization (M2 Electroch only) | 3.0 | Semestre 5 |
| - 5PMPEIE2:Interfacial electrochemistry and electrocatalysis | 2.0 | Semestre 5 |
| - 5PMPSUR2:Security, Industrial safety | 2.0 | Semestre 5 |
| - 5PMPECO2:Green Processing | 1.5 | Semestre 5 |
| - 5PMPPMD2:Multidisciplinary project | 4.5 | Semestre 5 |
| - 5PMPREL2:Electrochemical Reactors | 2.0 | Semestre 5 |
| - WPMA0010:Technologies et processus de la création musicale | 3.0 | Semestre 5 |
| - WPMA0020:Technologie des arts visuels dynamiques | 3.0 | Semestre 5 |
| - WPMARVI6: | 3.0 | Semestre 5 |
| - WPMA0040:Analyse et perception de scènes multimodales | 2.0 | Semestre 5 |
| - WPMAPER7:Méthodes mathématiques pour la création musicale | 3.0 | Semestre 5 |
| - WPMA0051:Environnements logiciels pour la création musicale | 3.0 | Semestre 5 |
| - WPMAFAB7:Color material structure | 3.0 | Semestre 5 |
| - WPMAINF7:3PMKPRO6: Structured programming - Algo | 3.0 | Semestre 5 |
| - 5PMFPWO3:Practical works (clean room) | 4.0 | Semestre 5 |
| - 5PMGCBN1:Nuclear fuel | 1.5 | Semestre 5 |
| - 5PMGTDA2:Accelerators technology | 6.0 | Semestre 5 |
| - 5PMGPDA1:Accelerators physics | 6.0 | Semestre 5 |
| - 5PMNBOG1:Guided wave simulation project | 1.0 | Semestre 5 |
| - 5PMNMOS1:CMOS imagers | 1.5 | Semestre 5 |
| - 5PMNOPG1:Guided optics | 2.0 | Semestre 5 |
| - 5PMNOSC1:Semiconductor devices for optoelectronics | 2.0 | Semestre 5 |
| - 5PMNPHO1:Photolithography | 1.0 | Semestre 5 |
| - 5PMGPCP2:Physical phase change | 2.0 | Semestre 5 |
| - 5PMNONL1:Non linear optics | 2.0 | Semestre 5 |
| - 5PMEAFS7:Antennas and Free Space Propagation | 2.0 | Semestre 5 |
| - 5PMESIP7:Signal Integrity and Packaging | 1.0 | Semestre 5 |
| - 5PMEMSP7:Mixed signal processing for radiocommunications | 2.5 | Semestre 5 |
| - 5PMEM7T0:Lab sessions: Microwaves (PHOG) | 1.5 | Semestre 5 |
| - 5PMEM7O1:Transmitter design project for Wifi network (integrated) | 3.0 | Semestre 5 |
| - 5PMEMXAM:SoC heterogeneous architectures | 1.5 | Semestre 5 |
| - 5PMEMXNM:SoC digital architectures (SEI S5) | 2.0 | Semestre 5 |
| - 5PMEMXR0:From Algorithm to Architecture | 2.0 | Semestre 5 |
| - 5PMECNA7:Lab sessions: CAD | 3.5 | Semestre 5 |
| - 5PMESEN7:SOC Design Project | 4.0 | Semestre 5 |
| - 5PMEMVM0:SOC Design Methodology | 3.0 | Semestre 5 |
| - 5PMEMVP0:SOC Architectures Project | 4.0 | Semestre 5 |
| - 5PMEMVT0:SOC Design and validation Methodology | 2.0 | Semestre 5 |
| - 5PMEMVV0:Functional Verification & validation | 1.5 | Semestre 5 |
| - 5PMSCPA1:Compression Audio | 2.0 | Semestre 5 |
| - 5PMSSMU6:Muldimensional Signals | 3.0 | Semestre 5 |
| - 5PMSISA6:Remote sensing Imaging | 3.0 | Semestre 5 |
| - 5PMSPAR0:Treatment(Processing) word | 2.0 | Semestre 5 |
| - WPMGOMC7:Tools & meth. Exp. for the study of cognitive sciences | 4.0 | Semestre 5 |
| - WPMGPCO7:Cognitive psychology | 2.0 | Semestre 5 |
| - 3PMXSIG6:3PMKSIG6: Signal Processing | 3.0 | Semestre 5 |
| - WPMA0130:Musicologie | 3.0 | Semestre 5 |
| - WPMAPRO2:Projet création son, image, mouvement, multisensoriel | 6.0 | Semestre 5 |
| - WPMASTA0:Stage en laboratoire ou entreprise | 30.0 | Semestre 6 |
| - WPMGCOB7:Bayesian cognition : Patterns for perception, learning and action | 2.0 | Semestre 5 |
| - WPMGSLP7:Spoken communication sciences | 3.0 | Semestre 5 |
| - WPMGMMA7:Memory models and Learning in Natural Systems | 2.0 | Semestre 5 |
| - WPMGSIM7:Signals, Images and Models of Visual perception | 3.0 | Semestre 5 |
| - WPMGDCP7:Developpement & Premature Skills | 2.0 | Semestre 5 |
| - WPMACIN7:Artificial intelligence, Artificial Life and Cognition | 3.0 | Semestre 5 |
| - WPMGPHI7:Philosophy | 1.5 | Semestre 5 |
| - WPMGLIN7:Linguistics | 1.5 | Semestre 5 |
| - WPMGRNF7:Artificial Neural Networks | 2.0 | Semestre 5 |
| - WPMECRY7:Cryophysics practicals | 2.0 | Semestre 5 |
| - 5PMGPCF2:Fusion energy | 2.0 | Semestre 5 |
| - WPMECOV2:Convection | 1.0 | Semestre 5 |
| - WPMEMDF2:Fluid mecanics | 2.0 | Semestre 5 |
| - WPMERAY2:Rayonnement | 1.0 | Semestre 5 |
| - WPMECOD2:Conduction | 1.0 | Semestre 5 |
| - WPMEPDS2:Solid State Physics | 2.0 | Semestre 5 |
| - WPMEBN3:Bases en neutronique + Intro REP | 1.5 | Semestre 5 |
| - WPMMMNF7:Méthodes numériques + Fluent - Comsol | 4.0 | Semestre 5 |
| - 5PMBIMP7:Image Processing first Level | 2.0 | Semestre 5 |
| - 5PMNOTH2:THz Optoelectronics | 1.5 | Semestre 5 |
| - 5PMGANP2:Advanced nuclear physics | 2.0 | Semestre 5 |
| - 5PMGEST2:Solar energy | 2.0 | Semestre 5 |
| - 5PMGMBT2:Matériaux basses températures | 2.0 | Semestre 5 |
| - SIMUENT3:Partener's day 3Y-S5 | 0.0 | Semestre 5 |
| - 5PMCSMEB:Strategy | 1.5 | Semestre 5 |
| - 5PMCSMEC:Juridic aspects linked to innovation | 1.5 | Semestre 5 |
| - 5PMCSMED:Economy and society | 1.5 | Semestre 5 |
| - 5PMCSMEE:Quality | 1.5 | Semestre 5 |
| - 5PMCSMEF:Coordination of personal activity and management of time | 1.5 | Semestre 5 |
| - WPMUCOME:Reactor Pressure vessel | 0.0 | Semestre 5 |
| - WPMUCOMA:Non destructive examination | 0.0 | Semestre 5 |
| - WPMUCOMB:Polymers | 0.0 | Semestre 5 |
| - 5PMBMMI5:Molecular markers for medical imaging | 1.0 | Semestre 5 |
| - 5PMBINE5:Introduction to neurosciences | 1.0 | Semestre 5 |
| - WPMETTH2:Transferts thermiques | 0.0 | Semestre 5 |
| - WPMXOMC0:Tools & meth. Exp. for the study of the brain& the behavior | 4.0 | Semestre 5 |
| - 5PMCSMEH:Parnership negociation | 1.5 | Semestre 5 |
| - REU_ANGLAIS:ENGLISH | 0.0 | Semestre 5 |
| - WPMUMIC4:Microstructure | 1.0 | Semestre 5 |
| - WPMUDIS3:Dislocations | 1.0 | Semestre 5 |
| - WPMUFME4:Fracture mechanics | 1.0 | Semestre 5 |
| - WPMUFCO4:Fundamental of corrosion | 1.0 | Semestre 5 |
| - WPMEBIB7:Bibliographical Project | 1.0 | Semestre 5 |
| - 5PMBNSS6:Numerical simulation and statistical data analysis-UGA | 3.0 | Semestre 5 |
| - 5PMBMRI5:Magnetic resonance imaging Biomed | 2.0 | Semestre 5 |
| - WPMEDIN3:Détection et instrumentation nucléaire | 1.5 | Semestre 5 |
| - WPMMPDM7:Physique des matériaux | 2.0 | Semestre 5 |
| - 5PMXACE0:Nuclear Fuel Cycle: Physics of Transmutation and Incineration | 1.5 | Semestre 5 |
| - 5PMXDCE0:Dismantling, environment | 2.0 | Semestre 5 |
| - 5PMNPCM2:Physics of advanced MOS devices | 2.0 | Semestre 5 |
| - 5PMFLPR3:Multidisciplinary project | 5.0 | Semestre 5 |
| - RENTREE3:Comeback 3Y & M2 | 0.0 | Semestre 5 |
| - 5PMNDAC3:Detecteur, accelerateurs | 2.0 | Semestre 5 |
| - 5PMNPEX3:Projet experimental UJF | 2.0 | Semestre 5 |
| - WPMOSTA3:Stage de recherche | 24.0 | Semestre 6 |
| - WPMCANG2:English (Masters II) | 2.0 | Semestre 5 |
| - WPMCFLE3:French Language | 3.0 | Semestre 5 |
| - 5PMCPFE0:Final project (PFE) | 25.0 | Semestre 6 |
| - 5PMCSOU0:Engineering student internship | 5.0 | Semestre 6 |
| - Inscript:Registrations | 0.0 | Semestre 5 |
| - 5PMSAST6:Machine Learning | 2.0 | Semestre 5 |
| - WPMUGAE4:General approach to energy | 2.0 | Semestre 5 |
| - WPMUONR4:Operations of nuclear reactors | 0.5 | Semestre 5 |
| - WPMUGEN4:Gen IV | 0.5 | Semestre 5 |
| - WPMUMNR4:Materials used in nuclear reactor | 0.5 | Semestre 5 |
| - WPMURED4:Reactor Design | 1.0 | Semestre 5 |
| - WPMUCRD4:Chemistry and radioanalysis | 0.0 | Semestre 5 |
| - WPMULMT4:Liquid Metals Technology | 0.5 | Semestre 5 |
| - WPMULME4:Liquid Metals Technology | 0.5 | Semestre 5 |
| - WPMUDON4:Description and Operation of NPP | 0.25 | Semestre 5 |
| - WPMUCHM4:Choice of materials | 0.25 | Semestre 5 |
| - WPMUMAS4:Materials selection | 1.0 | Semestre 5 |
| - WPMUEDF4:EDF activity on Materials and Structures | 0.0 | Semestre 5 |
| - WPMUIRA4:Irradiation ageing | 1.0 | Semestre 5 |
| - WPMUIRD4:Irradiation defects | 0.5 | Semestre 5 |
| - WPMUNCO4:Nuclear corrosion | 0.5 | Semestre 5 |
| - WPMUCOMC:Internals | 0.0 | Semestre 5 |
| - WPMUCOMD:Welding and RPV | 0.0 | Semestre 5 |
| - WPMUCOMF:Civil works | 0.0 | Semestre 5 |
| - WPMUCOMG:Fuel_cladding | 0.0 | Semestre 5 |
| - WPMUCOMH:Corrosion in secondary circuit | 0.0 | Semestre 5 |
| - WPMUCOMI:Thermal ageing | 0.0 | Semestre 5 |
| - WPMUCOMJ:Corrosion (Primary circuit) | 0.0 | Semestre 5 |
| - WPMUCOMK:Thermal fatigue | 0.0 | Semestre 5 |
| - WPMUCOML:Maintenance_ageing and fuel reprocessing | 0.0 | Semestre 5 |
| - WPMUCOMM:Visit | 0.0 | Semestre 5 |
| - WPMUCOMO:Evaluation of formation and Closure | 0.0 | Semestre 5 |
| - WPMUNUCA:Design methodology | 0.0 | Semestre 5 |
| - WPMUNUCB:Introduction to design | 0.0 | Semestre 5 |
| - WPMUNUCC:Fuel fabrication and characterisation | 0.0 | Semestre 5 |
| - WPMUNUCD:Film | 0.0 | Semestre 5 |
| - WPMUNUCE:Irradiation effect | 0.0 | Semestre 5 |
| - WPMUNUCF:Fuel element design | 0.0 | Semestre 5 |
| - WPMUNUCG:Fission gas | 0.0 | Semestre 5 |
| - WPMUNUCH:Off normal | 0.0 | Semestre 5 |
| - WPMUNUCI:Fuel modelling | 0.0 | Semestre 5 |
| - WPMUNUCJ:Fuel cycle | 0.0 | Semestre 5 |
| - WPMUNUCK:Scenarios | 0.0 | Semestre 5 |
| - WPMUNUCL:Evaluation | 0.0 | Semestre 5 |
| - WPMUNUCM:Visit | 0.0 | Semestre 5 |
| - 5PMXBIB3:5PMGBIB3: Projet bibliographique | 3.0 | Semestre 6 |
| - WPMASEM3:Seminary | 0.0 | Semestre 5 |
| - WPMESTA7:stage | 24.0 | Semestre 6 |
| - WPMUFRA3:French language | 2.0 | Semestre 5 |
| - 5PMCBULA:BULATS 3A-TC | 0.0 | Semestre 5 |
| - WPMPSTA3:Stage en laboratoire ou entreprise | 27.0 | Semestre 6 |
| - PARTENAI:Day of the partners | 0.0 | Semestre 5 |
| - PREPAJPA:Preparing the day of the partners | 0.0 | Semestre 5 |
| - 5PMEPMV5:MEMS-VHDL AMS Project | 3.0 | Semestre 5 |
| - 5PMBSBI5:structural biology-(RMN, RX, Microscopie éléctronique)UGA | 4.0 | Semestre 5 |
| - 5PMNTPC0:Materials characterization Labwork | 1.0 | Semestre 5 |
| - 5PMNTON5:Labs Non linear optics | 1.0 | Semestre 5 |
| - 5PMNTPE0:Labs: Electrical characterization of MOS devices | 1.0 | Semestre 5 |
| - 5PMGTTE5:thermal hydraulics 2 | 2.5 | Semestre 5 |
| - 5PMBPRD7:Physics of radiation detectors | 2.0 | Semestre 5 |
| - 5PMMACR5:Life cycle, Recycling(SIM-S5) | 1.0 | Semestre 5 |
| - 5PMXCIR0: | 2.5 | Semestre 5 |
| - 5PMXCEP5:Energy conversion - Fuell cell | 1.5 | Semestre 5 |
| - 5PMXPCP5: | 1.5 | Semestre 5 |
| - 5PMXANP5:5PMGANP2: Advanced nuclear physics | 1.5 | Semestre 5 |
| - 5PMXPCF5:Fusion energy | 1.5 | Semestre 5 |
| - WPMUFMS4:Fundamentals in materials science | 1.0 | Semestre 5 |
| - WPMSPSE7:Physics of III semiconductors | 2.0 | Semestre 5 |
| - 5PMGPDD5:Detector physics | 6.0 | Semestre 5 |
| - 5PMGTDD5:Detector technology | 6.0 | Semestre 5 |
| - 5PMGSNS5:Safety nuclear | 3.0 | Semestre 5 |
| - WPMUSTA4:Internship of Master | 30.0 | Semestre 6 |
| - 5PMCEPS0: | 1.5 | Semestre 5 |
| - 5PMGMIM1:Microthermique et microfluidique | 2.0 | Semestre 5 |
| - WPMEUJF: | 3.0 | Semestre 6 |
| - WPMUCOMP:Corrosion (Fundamentals) | 0.0 | Semestre 5 |
| - WPMUNUS5:Project energy workshop | 4.0 | Semestre 5 |
| - 5PMCPRB5:Bibliographic Project | 2.0 | Semestre 5 |
| - 5PMCFLE5: | 2.0 | Semestre 5 |
| - WPMXPCO0:WPMCPCO0 : Cognitive psychology | 2.0 | Semestre 5 |
| - 5PMFFFM6:Process flow for microtechnologies | 2.0 | Semestre 5 |
| - 5PMFPFE6:Final project | 30.0 | Semestre 6 |
| - WPMCTAN6:TEST ANGLAIS MASTERS | 0.0 | Semestre 5 |
| - 5PMNTSO6:Optical signal processing | 2.0 | Semestre 5 |
| - 5PMRJ2A6: | 0.0 | Semestre 5 |
| - 5PMRSOU6: | 28.0 | Semestre 6 |
| - REU_PFE3:PFE (S5) | 0.0 | Semestre 5 |
| - 5PMRANG6:English | 2.0 | Semestre 5 |
| - 5PMRDAF6:Business law | 1.0 | Semestre 5 |
| - 5PMRSPG6:Synthesis of corporate practices | 2.5 | Semestre 5 |
| - 5PMCSME0:Complements SME | 1.5 | Semestre 5 |
| - 5PMRSEM6:Seminaries : last evolution of microelectronic applications | 0.5 | Semestre 5 |
| - 5PMRCVT6:Digital-Analog circuits design for test | 2.0 | Semestre 5 |
| - 5PMRTCC6:Circuits testability | 1.0 | Semestre 5 |
| - 5PMRCMA6:Advanced millimetric design | 1.0 | Semestre 5 |
| - 5PMRSRL6:RF System Low Power | 1.0 | Semestre 5 |
| - 5PMRMEM6:MEMS | 1.0 | Semestre 5 |
| - 5PMRAIN6:Integrated antenna | 1.5 | Semestre 5 |
| - 5PMRCVA6:Advanced VLSI design | 1.0 | Semestre 5 |
| - 5PMRSET6:Real time systems | 1.5 | Semestre 5 |
| - 5PMRARS6:Analysis and prototyping of a complex system | 5.0 | Semestre 5 |
| - 5PMRASM6:Mobile and multimedia SOC architecture | 1.5 | Semestre 5 |
| - 5PMRSEN6:Digital embeded system | 1.5 | Semestre 5 |
| - 5PMRMSP6:System modeling and Virtual platform | 1.5 | Semestre 5 |
| - WPMCBULA: | 0.0 | Semestre 5 |
| - WPMSTPS7:Semiconductor physics Labwork | 1.0 | Semestre 5 |
| - WPMSPLA7:Plasma | 1.0 | Semestre 5 |
| - WPMSSTA7:Stage | 27.0 | Semestre 6 |
| - WPMSSM17:Stage M1 | 3.0 | Semestre 6 |
| - WPMNPSO7:Solid State Physics III UGA | 3.0 | Semestre 5 |
| - WPMNSQU7:second quantification UGA | 3.0 | Semestre 5 |
| - WPMNTPH7:phase transitions UGA | 3.0 | Semestre 5 |
| - WPMNSUP7:Superconductivity UGA | 3.0 | Semestre 5 |
| - XXMATITEST: | 3.0 | Semestre 5 |
| - XXXXTEST: | 2.0 | Semestre 5 |
| - 5PMBMCP7:Metabolic and cardiovascular physiology | 1.5 | Semestre 5 |
| - 5PMBITI7:Introduction to immunology | 1.5 | Semestre 5 |
| - WPMMPRE7: | 6.0 | Semestre 5 |
| - WPMTIPO7:Inverse problem and optimisation | 2.0 | Semestre 5 |
| - WPMTFMO7:Factorization of multidimensional observation | 2.0 | Semestre 5 |
| - WPMTBMD7:Bayesian methods for data image analysis | 2.0 | Semestre 5 |
| - WPMTMHM7:Multi and hyperspectral methods in image processing | 2.0 | Semestre 5 |
| - WPMTISP7:Image and signal processing apllications and processing (astrophysical and geophysical sciences | 2.0 | Semestre 5 |
| - 5PMSBNI7:Bio and neuro imaging methods | 2.0 | Semestre 5 |
| - WPMTPWS7:Predoctoral winter school | 3.0 | Semestre 5 |
| - WPMTSSP7:Seminars-scientific paper studies | 3.0 | Semestre 5 |
| - 5PMGSNR7:Nuclear safety and industrial seminars | 3.0 | Semestre 5 |
| - WPMTRIN7:Research internship (PFE) | 27.0 | Semestre 5 |
| - 5PMGEXP7:Operation and simulator (GEN - S5) | 3.0 | Semestre 5 |
| - WPMBNPT7:Micro-nano fabrication and cell patterning | 3.0 | Semestre 5 |
| - WPMBRTR7:Research training | 3.0 | Semestre 5 |
| - WPMBAOC7:Any other course of nanobiosciences track (UGA) | 3.0 | Semestre 5 |
| - WPMBIPV7:Intellectual Property and Valorization | 3.0 | Semestre 6 |
| - WPMBCLS7:Capita selecta lectures series in nanosciences | 3.0 | Semestre 6 |
| - WPMBOCO7:Other course offered by the sercice of transverse teachings | 3.0 | Semestre 6 |
| - WPMBSTA7:Stage | 24.0 | Semestre 6 |
| - 5PMEIRI7:Integrated radio interfaces | 3.0 | Semestre 5 |
| - WPMNSNU7:Numerical simulation UGA | 3.0 | Semestre 5 |
| - WPMNOES7:Out-of-equilibrium statistical physics UGA | 3.0 | Semestre 5 |
| - WPMNLSF7:Large scale facilities UGA | 3.0 | Semestre 5 |
| - WPMNSPP7:Symmetry and physical properties UGA | 3.0 | Semestre 5 |
| - WPMNEPR7:Experimental project UGA | 3.0 | Semestre 5 |
| - WPMGCAI7:Cognition Affects and Human-Robot Interaction | 3.0 | Semestre 5 |
| - WPMGSTA7:internship Search | 28.0 | Semestre 6 |
| - WPMGSRE7:research seminar | 2.0 | Semestre 6 |
| - WPMWHDW7:High data rate wireline systems pour WICS | 1.0 | Semestre 5 |
| - WPMWSAM7: | 2.0 | Semestre 5 |
| - WPMWPCC7:Passive circuits & Characterization | 4.0 | Semestre 5 |
| - WPMWCRB7:Clean room based fabrication (UGA) | 1.0 | Semestre 5 |
| - WPMWDFT7:Design for test | 0.75 | Semestre 5 |
| - WPMWTTA7:Tunability - technologies & applications | 0.75 | Semestre 5 |
| - WPMWESB7:Electrooptic sensors & Bio electromagnetism | 0.75 | Semestre 5 |
| - WPMWRFI7:RFID sensors & Energy harvesting | 0.75 | Semestre 5 |
| - WPMWRL17:Research lab work part1 (UGA) | 3.0 | Semestre 5 |
| - WPMWRL27:Research lab work part 2 (UGA) | 3.0 | Semestre 6 |
| - WPMWINT7:Internship | 24.0 | Semestre 5 |
| - WPMMNE7:Nano for energy | 2.0 | Semestre 5 |
| - 5PMRCCA7:Conception de circuits asynchrones | 0.5 | Semestre 5 |
| - WPMNNPL7:Nanophotonics & plasmonics UGA | 3.0 | Semestre 5 |
| - WPMNNSP7:Nanomagnetism, spintronics UGA | 3.0 | Semestre 5 |
| - WPMNQNA7:Quantum nanoelectronics UGA | 3.0 | Semestre 5 |
| - WPMNMIN7:Modeling in nanosciences UGA | 3.0 | Semestre 5 |
| - WPMNPEN7:Physics & elaboration of nanostructures UGA | 3.0 | Semestre 5 |
| - WPMNQEQ7:Quantum engineering quantum information UGA | 3.0 | Semestre 5 |
| - WPMCMFI7: | 3.0 | Semestre 5 |
| - 5PMFABR7: | 6.0 | Semestre 5 |
| - WPMBOPB7:Optics for Biosystems (sem 5)UGA | 3.0 | Semestre 5 |
| - WPMAIAR7: | 3.0 | Semestre 5 |
| - WPMASCO7: | 3.0 | Semestre 5 |
| - 5PMCSMEP: | 1.5 | Semestre 5 |
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