|
First year (bachelor) |
- 3PMMTT6:Heat Transfer | 1.5 | Semestre 6 |
- 3PMETPE6:Electronics Labwork | 1.5 | Semestre 6 |
- 3PMKSOU6:Remedial English for B2 Level | 0.0 | Semestre 6  |
- 3PMPOLN6:Préorientation - IPhy - NANOTECH : Magnétisme - Nanotechnologies | 2.0 | Semestre 6 |
- 3PMPOLS6:Préorientation - SICOM : Traitement du Signal et Multimedia | 2.0 | Semestre 6 |
- 3PMKANG6:Communicating in English | 2.0 | Semestre 5  |
- 3PMKTET0:TP Experimental techniques and measurements | 1.5 | Semestre 5 |
- 3PMMPST6:Statistical Physics | 2.0 | Semestre 6 |
- 3PMMTPM6:Labwork Material science and Physical chemistry | 2.0 | Semestre 6 |
- 3PMKEES2:Economic and societal issues | 1.5 | Semestre 5 |
- 3PMELOG6:Logics | 2.0 | Semestre 5 |
- 3PMPOLG6:Préorientation - GEN : Physique nucléaire et Réacteurs nucléaires | 2.0 | Semestre 6 |
- 3PMKPEL6:Core Curriculum: Electronic Design | 1.5 | Semestre 5 |
- 3PMPOLB6:Préorientation - BIOMED : Biotechnologies et Instrumentation | 2.0 | Semestre 6 |
- 3PMPOLP6:Préorientation - EPEE : Transformation de la matière et de l'énergie | 2.0 | Semestre 6 |
- 3PMPOLE6:Préorientation - SEI-NANOTECH : Conception analogique et numérique | 2.0 | Semestre 6 |
- 3PMPOLM6:Préorientation - SIM-FAME : De la matière au matériau - Functional Advanced Materials Engineering | 2.0 | Semestre 6 |
- 3PMMMEC6:Solid and Fluid Mechanics | 2.0 | Semestre 6 |
- 3PMMPHQ6:Quantum physics | 2.5 | Semestre 5 |
- 3PMMELC6:Electrochemistry | 2.0 | Semestre 6 |
- 3PMEAUT6:Automatics | 2.5 | Semestre 5 |
- 3PMMPMI8:Physical chemistry of mixtures and interfaces | 2.0 | Semestre 5 |
- 3PMKEP16:Sport | 1.5 | Semestre 5 |
- 3PMKEP26:Sport | 2.0 | Semestre 6 |
- 3PMKIGE6:Introduction to business management | 2.0 | Semestre 6 |
- 3PMKPGG0:Team Project and project management | 4.0 | Semestre 6 |
- 3PMKAN26:Communicating in English | 2.0 | Semestre 6  |
- 3PMEPE26:Electronic Design | 1.5 | Semestre 6 |
- 3PMEELE0:Electronics | 2.5 | Semestre 5 |
- 3PMEOMP2:Computers and microprocessors | 1.5 | Semestre 6 |
- 3PMESIG6:Signal Processing | 2.5 | Semestre 6 |
- 3PMETTS2:Labwork in Signal Processing | 2.0 | Semestre 6 |
- 3PMMTP16:Electronic Labwork PMP | 1.5 | Semestre 5 |
- 3PMKPBS6:Probabilities & Statistics | 2.5 | Semestre 6 |
- 3PMKTIN6:Common Core Math : Integral Transforms | 2.5 | Semestre 5 |
- 3PMEALG6:Data Structure - Algorithmic | 2.5 | Semestre 6 |
- 3PMKPRO6:Core Curriculum: Structured Programming | 3.0 | Semestre 5 |
- 3PMNINR7:Interaction of radiation with matter | 2.0 | Semestre 5  |
- 3PMNNUI7:Nuclear Instrumentation | 2.0 | Semestre 5  |
- 3PMNFRA7:French language | 2.0 | Semestre 5 |
- 3PMNNUM7:Numerical methods | 3.5 | Semestre 5  |
- 3PMNMAT7:Mathematics | 1.5 | Semestre 5  |
- 3PMNTHE7:Thermodynamics | 1.5 | Semestre 5  |
- 3PMNHET7:Heat Transfer | 1.5 | Semestre 5  |
- 3PMNIMP7:Introduction to Material Physics | 1.5 | Semestre 5  |
- 3PMNFLM7:Fluid Mechanics | 1.5 | Semestre 5  |
- 3PMMPRO6:Structured programming - Algorithmic | 2.5 | Semestre 6 |
- HP3KFIL6:Presentation of 2A degrees | 0.0 | Semestre 5 |
- 3PMKMAPA:Professional Coaching Module: Career Lecture | 0.0 | Semestre 5 |
- HP3KPPG:Presentation of team projects | 0.0 | Semestre 5 |
- HP3RRI1A:International meeting 1Y-2Y-3Y | 0.0 | Semestre 5 |
- HP3FSPORT_1A:Forum of sports | 0.0 | Semestre 5 |
- HP3REN1A:Comeback 1Y | 0.0 | Semestre 5 |
- 3PMRMAT4:Mathematics | 3.5 | Semestre 5 |
- 3PMRPMA4:Matter Physics for Microelectror | 2.0 | Semestre 5 |
- 3PMRPEG4:Guide Wave and Free Space | 2.0 | Semestre 6 |
- 3PMRAP11:Algorithmic and Object Oriented 1 | 1.5 | Semestre 5 |
- 3PMRRCC4:Design and Characterization of compo. | 2.0 | Semestre 5 |
- 3PMRMEC4:Electrical modelling for active integrated devices | 1.0 | Semestre 5 |
- 3PMRPGR4:Circuit Analysis of Guide Wave | 1.0 | Semestre 5 |
- 3PMRTSI4:Signal Processing | 2.0 | Semestre 6 |
- 3PMRAUT4:Control Systems | 1.0 | Semestre 6 |
- 3PMRLDM4:Langage of Material Description | 1.0 | Semestre 6 |
- 3PMRIVA4:VHDL-AMS Bases | 1.0 | Semestre 6 |
- 3PMRCA11:Analog Circuit 1 | 2.0 | Semestre 5 |
- 3PMRCLO4:Digital Circuits | 1.5 | Semestre 5 |
- 3PMRBCN4:BBases of Integrated Numerical | 1.5 | Semestre 6 |
- 3PMRANU4:Degital Architectures (Proc) | 1.5 | Semestre 6 |
- 3PMRAN15:English | 1.5 | Semestre 5  |
- 3PMRCRE5:Créativity | 0.5 | Semestre 5 |
- 3PMRECO4:Economy | 1.0 | Semestre 6 |
- 3PMRJ2A1:Collective returns of alternation (REX) | 4.0 | Semestre 5 |
- 3PMRSIN4:Individualiser Follow-up | 14.0 | Semestre 6 |
- 3PMRJ2A2:Collective returns of alternation and analysis of the practices | 8.0 | Semestre 6 |
- HPPREPSAL:Forum filières Prépasalles | 0.0 | Semestre 6 |
- HPREMSAL:Remise état salle forum | 0.0 | Semestre 6 |
- HP3FORFI_1A:forum cursus | 0.0 | Semestre 6 |
- HPInscri:Registrations (S5-S7-S9) | 0.0 | Semestre 5 |
- 3PMNBNP7:Basics of Nuclear Physics | 2.5 | Semestre 5  |
- 3PMNRPK7:Reactor Physics and Kinetics | 2.5 | Semestre 5  |
- 3PMCBULA:English Test B2 Level PET-PMP | 0.0 | Semestre 5 |
- HP3INP1:Welcome INP | 0.0 | Semestre 5 |
- HPRE1AAP:Apprentice Input | 0.0 | Semestre 5 |
- HP345JPA_1A2A3A:Day of the partners | 0.0 | Semestre 5 |
- HPPREPJPA:Preparing the day of the partners | 0.0 | Semestre 5 |
- 3PMRAN25:English MT S6 | 1.5 | Semestre 6  |
- 3PMKTCP6:Core Curriculum: Physics | 2.5 | Semestre 5 |
- 3PMKTCM6:Core Curriculum: Materials | 2.5 | Semestre 5 |
- 3PMKMAT6:Core Curriculum: Materials Labwork | 1.0 | Semestre 5 |
- 3PMKBIB6:Scientific and Technical Information PET-PMP S5 | 0.0 | Semestre 5 |
- 3PMETPL6:Logics Labwork | 0.5 | Semestre 5 |
- 3PMEANA6:Analog Electronics | 1.5 | Semestre 6 |
- 3PMMPSE2:Semiconductor physics | 1.5 | Semestre 6 |
- 3PMERES8:Telecommunications Networks | 2.5 | Semestre 6 |
- 3PMKSM16:Upgrade Maths (S5) (optional) | 0.0 | Semestre 5 |
- 3PMKSM26:Upgrade Maths (S6) | 0.0 | Semestre 6 |
- 3PMKMAPB:Professional Coaching Module: Personal and Professional Project | 1.0 | Semestre 5 |
- HP3FSTAGE_1A:Professional Experience Forum 1A | 0.0 | Semestre 5 |
- 3PMETP16:Electronic Labwork PET | 1.0 | Semestre 5 |
- 3PMCERS9:security (S5) | 0.0 | Semestre 5 |
- 3PMCITB9:Intro calc | 0.0 | Semestre 5 |
- HP3KCECA:Presentation CECA (S6) | 0.0 | Semestre 6 |
- 3PMNNSA7:Nuclear Safety | 1.0 | Semestre 5  |
- 3PMNIRE7:Introduction to quantum physics | 1.0 | Semestre 5  |
- 3PMPOLT7:Préorientation - SEOC : Embedded Systems and Connected Devices | 2.0 | Semestre 6 |
- 3PMMTPP9:Physics Labwork | 1.0 | Semestre 6 |
- 3PMMTPH2:Physics Labwork 2 | 1.0 | Semestre 6 |
- 3PMKTPP6:Core Curriculum: Physics Labwork | 1.0 | Semestre 5 |
- 3PMKL216:Second language - LV2 | 1.5 | Semestre 5  |
- 3PMKL226:Second language | 1.5 | Semestre 6  |
- 3PMMELE0:Electronics | 2.5 | Semestre 5 |
- 5PMBDPR0:5PMBPRD7 : Physics of radiation detectors | 2.0 | Semestre 5  |
- 3PMCDAN0:4PMCAN32 : English Semester 5 | 4.0 | Semestre 5  |
- 3PMKMAC2:Professional Coaching Module: Career Lecture | 0.0 | Semestre 6 |
- 3PMRAP21:Algorithmic and Object Oriented 2 | 2.0 | Semestre 6 |
- 3PMRCA21:Analog Circuit 2 | 1.5 | Semestre 6 |
- 3PMIPPR2:Programming Project | 2.5 | Semestre 6 |
- 3PMIIEL2:Electronic instrumentation | 1.5 | Semestre 6 |
- 3PMITTS2:Labwork in Signal Processing | 1.5 | Semestre 6 |
- 3PMIBIE2:Electronic and intrumentation Design | 1.5 | Semestre 6 |
- 3PMCFCL2:Climate fresco | 0.0 | Semestre 5 |
Second year (master 1) |
- 4PMNSPP7:Symmetry and physical properties | 1.5 | Semestre 8 |
- 4PMPPEX9:Design of experiments- DOE | 2.0 | Semestre 8 |
- 4PMPGDQ9:Quality management | 2.0 | Semestre 8 |
- 4PMNPSC3:Physic of semiconductors | 2.0 | Semestre 7 |
- 4PMCGFI9:Financial diagnosis | 2.0 | Semestre 7 |
- 4PMBPMI6:Particle-Rays Matter Interaction | 2.5 | Semestre 8  |
- 4PMGMEF9:Fluid mechanics | 2.5 | Semestre 7 |
- 4PMGTHM9:Thermal machines | 1.5 | Semestre 7 |
- 4PMGTRN9:Nuclear reactor technology | 1.0 | Semestre 7 |
- 4PMBNM46:Numerical methods : simulation project | 2.5 | Semestre 8  |
- 4PMMCAR9:Materials characterization | 4.0 | Semestre 8  |
- 4PMSFIL9:Filtering theory | 1.5 | Semestre 8 |
- 4PMSTNS9:Digital signal processing | 3.0 | Semestre 7 |
- 4PMMPMC4:Physics and Mechanics of Material Behaviour | 4.0 | Semestre 8 |
- 4PMEM1P0:Semiconductor Physics | 1.5 | Semestre 7  |
- 4PMEM3T1:Analog Design Lab Works | 2.0 | Semestre 7 |
- 4PMEMST9:Programming in C Project | 4.0 | Semestre 7 |
- 4PMEM3G1:Integrated System Architectures | 2.0 | Semestre 8 |
- 4PMEM6O9:Microelectronic Digital Signal project | 6.0 | Semestre 8 |
- 4PMCPMA2:Management course | 2.0 | Semestre 8 |
- 4PMMT3B6:Practical : Materials Science part 1B | 2.0 | Semestre 7 |
- 4PMBOPT9:Optics | 1.5 | Semestre 8  |
- 4PMBSPL6:Signal processing Lab | 1.5 | Semestre 8  |
- 4PMBNMR6:Nuclear Magnetic Resonance and Magnetic Resonance Imaging | 2.0 | Semestre 8  |
- 4PMMTRA9:Mass Transfer | 2.0 | Semestre 7 |
- 4PMNPQ17:Quantum physics I | 1.5 | Semestre 7 |
- 4PMNPST7:Statistical physics | 1.0 | Semestre 7 |
- 4PMEM4T1:TP Communication system Labwork | 1.5 | Semestre 8 |
- 4PMECCP3:High frequency Passive circuits | 1.5 | Semestre 7 |
- 4PMNPHS9:Statistical physics | 1.5 | Semestre 8 |
- 4PMPGCM9:Materials families | 2.0 | Semestre 8 |
- 4PMPCOR9:Physicochemistry of corrosion | 2.0 | Semestre 8 |
- 4PMPECH9:Heat exchanger | 2.0 | Semestre 8 |
- 4PMPTDM9:Mass Transport | 2.5 | Semestre 7 |
- 4PMSTPE9:Electronic lab tutorials | 2.5 | Semestre 7 |
- 4PMBEM10:BE Electronics for measurement systems | 1.5 | Semestre 7  |
- 4PMEM2T9:Microwave lab sessions (PHOG) | 2.0 | Semestre 8 |
- 4PMEM4C1:Communication and Digital modulation systems | 2.5 | Semestre 8 |
- 4PMSSER7:Operating systems (SICOM SEI S8) | 2.5 | Semestre 8 |
- 4PMGNEC1:Neutronics project | 1.0 | Semestre 8 |
- 4PMSTCN9:Transmission and digital communication | 1.5 | Semestre 8 |
- 4PMBCBI6:Cell Biology | 1.5 | Semestre 8  |
- 4PMMT4A2:Practical : Material Science - Part 2A | 2.0 | Semestre 8  |
- 4PMGNEU1:Neutronics | 2.5 | Semestre 8 |
- 4PMMNUM9:Numerical methods | 4.5 | Semestre 7 |
- 4PMBLMB6:Labwork : Molecular biology & Biochemistry | 3.0 | Semestre 7  |
- 4PMBMBI6:Molecular Biology | 3.0 | Semestre 7  |
- 4PMNPQ27:Quantum physics II | 2.5 | Semestre 7  |
- 4PMNOPT9:Optical Engineering | 1.5 | Semestre 8 |
- 4PMEM1D9:Labworks technology in clean room characterisation | 2.0 | Semestre 8 |
- 4PMGMTN9:Nuclear materials | 2.5 | Semestre 8 |
- 4PMEM3N9:VLSI Digital Design Numerical Conception | 2.0 | Semestre 7 |
- 4PMSPOO7:oriented Object programming | 2.0 | Semestre 8 |
- 4PMMTP34:Phase transformation | 2.0 | Semestre 7  |
- 4PMSTHI9:Information Theory | 1.5 | Semestre 7 |
- 4PMSCAS0:Computer science | 1.5 | Semestre 7 |
- 4PMNPLA9:Physics of lasers | 2.0 | Semestre 7 |
- 4PMGIRM1:Interaction of radiation with matter | 2.0 | Semestre 7 |
- 4PMGDET1:Nuclear radiation detectors | 2.0 | Semestre 8 |
- 4PMGTPN1:Nuclear instrumentation labworks | 4.0 | Semestre 8 |
- 4PMNNPH9:Nanophysics | 2.0 | Semestre 8 |
- 4PMBEMS6:Electronics for Measurement Systems | 3.0 | Semestre 7  |
- 4PMGPNU9:Nuclear physics | 3.5 | Semestre 8  |
- 4PMEM1E9:Microelectronic device physics | 1.5 | Semestre 7 |
- 4PMEM4A1:Digital Control | 2.0 | Semestre 8 |
- 4PMSANR3:Digital Control and State Space Representation | 2.0 | Semestre 7 |
- 4PMSCAP0:Instrumentation: sensors and signal conditioning | 2.5 | Semestre 8 |
- 4PMNPSC9:Physics of semiconductor devices | 3.0 | Semestre 8 |
- 4PMNINF9:Industrial computing | 1.5 | Semestre 8 |
- 4PMBDAQ9:Data acquisition (Labview) | 1.5 | Semestre 8  |
- 4PMBNM36:Numerical methods : simulations | 3.0 | Semestre 7  |
- 4PMSPJC9:Student Project (SICOM S8) | 4.5 | Semestre 8 |
- 4PMEM3C1:Analog Integrated Circuit Design | 2.0 | Semestre 7 |
- 4PMEM3A1:Data conversion system design (CAN-CNA) | 1.5 | Semestre 7 |
- 4PMSTPD9:Digital circuit design labwork | 1.5 | Semestre 8 |
- 4PMMEL34:Genesis of microstructures : Part 1 | 3.0 | Semestre 7  |
- 4PMSPJI9:Software development project | 4.5 | Semestre 7 |
- 4PMSMSM9:Hardware Modeling and Synthesis | 2.0 | Semestre 8 |
- 4PMMPI34:From materials to products - Part 1 | 2.0 | Semestre 7 |
- 4PMBDSP6:Digital Signal Processing | 2.0 | Semestre 8  |
- 4PMEM3V1:Modelling numerical circuits | 1.5 | Semestre 7 |
- 4PMSASP9:Spectral analysis | 1.5 | Semestre 8 |
- 4PMSAND9:Data analysis | 1.5 | Semestre 8 |
- 4PMSSAL9:Random process analysis | 1.5 | Semestre 7 |
- 4PMNNUM9:Numerical analysis | 3.0 | Semestre 7 |
- 4PMGMMU9:Numerical methods | 4.0 | Semestre 7 |
- 4PMNPMN9:Numerical analysis project | 1.5 | Semestre 8 |
- 4PMPMDF2:Fluid Mechanics | 2.0 | Semestre 7 |
- 4PMPREA1:Chemical reactors | 2.0 | Semestre 7 |
- 4PMPTPP2:Process engineering Labworks | 2.0 | Semestre 7 |
- 4PMPNUM9:Numerical Methods | 4.0 | Semestre 7 |
- 4PMPSTA2:Applied statistics | 2.0 | Semestre 7 |
- 4PMCAN42:English Semester 8 | 2.0 | Semestre 8  |
- 4PMPPGP1:Process simulation | 2.0 | Semestre 8 |
- 4PMPSEP1:Separation, treatment, purification | 2.0 | Semestre 8 |
- 4PMPCEL9:Electrochemical kinetics | 3.0 | Semestre 7  |
- 4PMPMDE9:Electrochemical materials | 2.0 | Semestre 8 |
- 4PMFIPF2:Introduction to functional polymers | 2.0 | Semestre 8  |
- 4PMFPMF4:Functional material physics | 2.0 | Semestre 7  |
- 4PMFPHS4:Semiconductor physics | 1.5 | Semestre 8  |
- 4PMCREX3:Worker training evaluation | 1.0 | Semestre 7 |
- 4PMFTPC5:Practical lab work | 2.0 | Semestre 8  |
- 4PMFREP5:E-project Part 2 | 6.0 | Semestre 8  |
- 4PMFCHS4:Solid State Chemistry | 2.0 | Semestre 7  |
- 4PMGMHD1:optional course : Plasma and Magnetohydrodynamics physics | 2.0 | Semestre 8 |
- 4PMGIPR1:Reactor physics introduction | 2.5 | Semestre 7 |
- 4PMGPHQ1:Quantum physics | 2.5 | Semestre 7 |
- 4PMGTMP2:Single phase flow thermal-hydraulics | 2.0 | Semestre 8 |
- 4PMGTPH2:Thermal-hydraulics Labwork | 1.0 | Semestre 8 |
- 4PMGEDC2:Thermal transfert & heat exchanges | 2.0 | Semestre 7 |
- 4PMGMAT9:Mathematics tools for engineering | 2.0 | Semestre 7 |
- 4PMGPMM9:Numerical Methods project | 2.5 | Semestre 8 |
- 4PMNEM10:Electromagnetism | 2.5 | Semestre 7 |
- 4PMCEP32:Sport Semester 7 | 1.0 | Semestre 7 |
- 4PMCEP42:Sport | 2.0 | Semestre 8 |
- 4PMNPDI2:Dielectric Physics | 1.5 | Semestre 8 |
- 4PMEM3L1:Digital integrated system Labwork | 2.0 | Semestre 7 |
- 4PMSCIN2:Industrial conference (SEI+SICOM) | 0.5 | Semestre 7 |
- 4PMEM2A1:Microwave and Optoelectronic Active Circuits | 2.0 | Semestre 8 |
- 4PMEM6M1:Microelectronic Analog Design project | 6.0 | Semestre 8 |
- 4PMEM4N1:Digital signal processing | 2.0 | Semestre 8  |
- VPMFCRI4:Crystallography | 2.0 | Semestre 7  |
- 4PMBCBR6:Chemical bond & reactivity | 1.5 | Semestre 7  |
- 4PMNPSO3:Solid State Physics | 2.0 | Semestre 7 |
- 4PMTACD6:Advanced CMOS devices | 1.5 | Semestre 8  |
- 4PMTMSA2:Microsystems II | 2.0 | Semestre 8  |
- 4PMTADL2:Advanced lithography | 2.0 | Semestre 8  |
- 4PMTACD2:Analog circuits design | 2.0 | Semestre 8  |
- 4PMTDCD2:Integrated digital circuits design | 2.0 | Semestre 8  |
- 4PMTMNL2:TP : Micro and Nanosystems | 4.0 | Semestre 8  |
- 4PMTAMA2:Advanced microscopy | 2.0 | Semestre 8  |
- 4PMTNSP2:Nanostructure physics and electron transport | 2.5 | Semestre 8  |
- 4PMTNSA2:Nanostructures for optical and magnetic applications | 2.0 | Semestre 8  |
- 4PMTGPR2:Project | 3.0 | Semestre 8  |
- 4PMTPPI2:Project of professional insertion | 1.0 | Semestre 8  |
- VPMUFEM4:Finite Elements Projects on nuclear | 3.5 | Semestre 7  |
- 4PMNOIA6:Integrated optics for astronomy | 1.5 | Semestre 8 |
- HPRENT2A:Comeback 2Y & M1 | 0.0 | Semestre 7 |
- HPWEI:WEI 1Y-2Y | 0.0 | Semestre 7 |
- 4PMBTHE3:Thermodynamics | 1.5 | Semestre 7  |
- 4PMBCON3:Converters (CAN, CNA) | 1.0 | Semestre 8  |
- 4PMTREX3:Worker training evaluation | 1.0 | Semestre 8  |
- 4PMFREP4:E-project S8 | 5.0 | Semestre 8  |
- 4PMFMME5:Multi scale modelling | 2.0 | Semestre 8  |
- 4PMCAN32:English Semester 7 | 2.0 | Semestre 7  |
- 4PMFCCM2:Surfaces and interfaces | 1.5 | Semestre 7  |
- 4PMSSIN3:Soutien informatique | 0.0 | Semestre 7 |
- HPInscri:Registrations (S5-S7-S9) | 0.0 | Semestre 7 |
- 4PMFREP3:E-project S7 | 5.0 | Semestre 7  |
- 4PMMRIN4:Industrial meetings (visit factories, conferences) | 1.0 | Semestre 7 |
- 4PMMEL44:Genesis of microstructures - Part 2 | 4.0 | Semestre 8  |
- 4PMMPOL4:Polymers | 2.0 | Semestre 7 |
- 4PMMPI44:From materials to products - Part 2 | 2.0 | Semestre 8 |
- 4PMMTP44:Materials science for thin film | 2.0 | Semestre 8  |
- HPATELCV:Atelier CV | 0.0 | Semestre 7 |
- 4PMBPSS4:Physics of semiconductors & semiconductors devices | 3.0 | Semestre 7  |
- 4PMFPOL5:Polymers | 3.0 | Semestre 7  |
- 4PMBMSB4:Modelling in systems biology | 1.0 | Semestre 8  |
- VPMFSTA4:Internship M1 | 7.0 | Semestre 8  |
- 4PMBQRE6:Quality-reliability | 1.5 | Semestre 7  |
- 4PMCBULA:English Test B2 Level 2A-TC | 0.0 | Semestre 7  |
- HP45FSPORT_2A3A:Forum of sports 2A | 0.0 | Semestre 7 |
- 4PMSTIB5:Image processing I | 1.0 | Semestre 7 |
- 4PMSTPA5:Automatic and signal processing and images lab tutorials (SICOM S7) | 2.5 | Semestre 7 |
- HPR2ENTR:Entreprise meeting 2A | 0.0 | Semestre 7 |
- 4PMPMEE5:Electrochemical methods | 3.0 | Semestre 8 |
- 4PMSTIA5:Image processing II | 1.5 | Semestre 8 |
- 4PMNTMI7:Microelectronics Technologies | 2.0 | Semestre 7 |
- 4PMSTPT5:Signal processing lab tutorials (SICOM S8) | 1.5 | Semestre 8 |
- 4PMRSEP5:Operating systems and system programming | 1.5 | Semestre 8 |
- 4PMRPIL5:Programming in C - project | 2.5 | Semestre 7 |
- 4PMRTTI5:communication techniques | 2.0 | Semestre 7 |
- 4PMRANA5:Advanced digital architectures | 1.0 | Semestre 7 |
- 4PMRTPV5:Practical labwork on VLSI - ASIC + FPGA | 2.0 | Semestre 7 |
- 4PMRPCF5:Mixed-signal circuits design - project | 5.0 | Semestre 8 |
- 4PMRCAN5:Analogue-to-digital and digital-to-analogue conversion | 2.0 | Semestre 7 |
- 4PMRCRI6:Integrated Radio-Frequency Circuits | 2.5 | Semestre 7 |
- 4PMRPDC5:Passive and active circuits in high frequencies | 2.0 | Semestre 8 |
- 4PMRAN35:English S7 | 1.5 | Semestre 7  |
- 4PMRAFI5:Financial analysis | 0.5 | Semestre 7 |
- 4PMRMEQ5:Team management | 1.0 | Semestre 8 |
- 4PMRSMA5:Strategy and marketing | 1.0 | Semestre 7 |
- 4PMRGPR5:Project management | 1.0 | Semestre 8 |
- 4PMRJ2A3:Semester 7 return on experience | 5.0 | Semestre 7 |
- 4PMRJ2A4:Semester 8 return on experience | 9.0 | Semestre 8 |
- 4PMRERA5:Interview and activity report | 18.0 | Semestre 8 |
- VPMPFLE5: | 2.0 | Semestre 7 |
- VPMPSTA3:Stage M1 | 4.0 | Semestre 8 |
- 4PMRAN45:English | 1.5 | Semestre 8  |
- 4PMCPCE2:Business Creation Course | 2.0 | Semestre 8 |
- HPR2RRI: | 0.0 | Semestre 7 |
- 4PMMT3A6:Practical : Material Science part 1A | 1.0 | Semestre 7 |
- 4PMBPBI6:Physiology and Bioenergetics | 1.5 | Semestre 8  |
- 4PMBMIL6:Medical Imaging Labwork | 1.5 | Semestre 8 |
- 4PMBNBL6:Nanobiology labwork (BIOMED S8) | 2.5 | Semestre 8  |
- 4PMCSFI6:Strategy & Finance (in English) | 2.0 | Semestre 8  |
- 4PMTOPT6:Optoelectronics | 2.0 | Semestre 8  |
- 4PMBSPP7:Signal processing project | 1.5 | Semestre 7  |
- 4PMBBSP7:Basis of signal processing | 1.5 | Semestre 7  |
- 4PMPDSY7:Dynamic of systems | 1.0 | Semestre 7 |
- 4PMPCAP7:Labwork physicochemical analysis | 2.5 | Semestre 7 |
- 4PMPSEL7:Electrochemical systems | 3.0 | Semestre 7 |
- 4PMPPEX7:Experimental project | 2.0 | Semestre 8 |
- 4PMPGEL7:Generators electrochemical | 1.5 | Semestre 8 |
- 4PMPTPE7:TP electrochemistry | 1.5 | Semestre 8 |
- 4PMESEX7:Operating systems | 2.0 | Semestre 8 |
- 4PMGSCP7:Non equilibrium semiconductors physics | 1.5 | Semestre 7 |
- 4PMCSAB7:English Support English Test B2 Level | 0.0 | Semestre 7 |
- 4PMCL235:Second Modern language - LV2 | 1.5 | Semestre 7 |
- 4PMCL245:Second Modern language - LV2 | 1.5 | Semestre 8 |
- 4PMNBEL8:BE Electromagnetism | 1.0 | Semestre 7 |
- 4PMMT3C8:Practical : Materials science Part 1C | 1.5 | Semestre 7 |
- 4PMSELE8:Electronic support | 0.0 | Semestre 7 |
- 4PMBEBE8:Electromagnetism for biomedical engineering | 1.5 | Semestre 7  |
- 4PMHINP8:Inno-Project I | 4.0 | Semestre 7  |
- 4PMHSUC8:Summer Camp | 3.0 | Semestre 8  |
- 4PMHIPN8:Inno-project I | 2.0 | Semestre 8  |
- 4PMHSIE8:Sustainability in Industrial Engineering | 3.0 | Semestre 7  |
- 4PMSSEL8:Electronics Systems (SICOM SEI S7) | 3.5 | Semestre 7 |
- 4PMEFCM9:Digital design flow | 2.0 | Semestre 7 |
- VPMUPR38:Project S7 students NCEPU | 6.0 | Semestre 7  |
- VPMUMMA8:Mechanics of materials | 2.5 | Semestre 7  |
- VPMUPR48:Project S8 students NCEPU | 3.0 | Semestre 8  |
- VPMUPNC8:Project NCEPU S8 | 6.0 | Semestre 8  |
- 4PMGMSM9:Solid mecanics & materials | 2.0 | Semestre 7 |
- 4PMBIPM9:Image processing and medical applications | 2.0 | Semestre 8  |
- 4PMBCBP9:Cell biology labwork | 1.0 | Semestre 8  |
- 4PMNSMA9:Materials Synthesis | 1.5 | Semestre 8 |
- VPMFPL19:Practical lab work 1 | 2.0 | Semestre 7  |
- VPMFPL29:Practical lab work 2 | 2.0 | Semestre 7  |
- VPMFPL39:Practical lab work 3 | 2.0 | Semestre 7  |
- VPMFRPR9:Research project | 5.0 | Semestre 8  |
- 4PMTPLC6:Planar lightwave circuits | 2.0 | Semestre 8  |
- 4PMNTP10:TP Physics + PHOG 1 | 1.5 | Semestre 7 |
- 4PMNTP20:TP Physics + PHOG 2 | 3.0 | Semestre 8 |
- 4PMNDF10:IPhy Challenge 1 | 3.0 | Semestre 7 |
- 4PMNDF20:Iphy Challenge 2 | 3.0 | Semestre 8 |
- 4PMFREP6:E-Project S8 Part 1 | 2.0 | Semestre 8  |
- 4PMHCEA9:Mobility Electric CEA | 2.0 | Semestre 8  |
- 4PMNXNU0:3PMNNUM7 : Numerical methods | 4.0 | Semestre 7  |
- 3PMNDBN0:3PMNBNP7 : Basics of Nuclear Physics | 2.5 | Semestre 7  |
- 3PMNDNS0:3PMNNSA7 : Nuclear Safety | 1.0 | Semestre 7  |
- 3PMNDRP0:3PMNRPK7 : Reactor Physics and Kinetics | 2.5 | Semestre 7  |
- 3PMNDFL0:3PMNFLM7 : Fluid Mechanics | 1.5 | Semestre 8  |
- 3PMNDHE0:3PMNHET7 : Heat Transfer | 1.5 | Semestre 8  |
- VPMCDAN0:4PMCAN32 : English Semester 7 | 2.0 | Semestre 7  |
- 4PMIPOO1:Object-Oriented Programming | 1.5 | Semestre 7 |
- 4PMIPCS1:Operating Systems Development Project - Fundamentals | 1.5 | Semestre 7 |
- 4PMISEP1:Operating systems and concurrent programming (ENSIMAG) | 3.0 | Semestre 7 |
- 4PMIAUT1:Control theory | 3.0 | Semestre 7 |
- 4PMITIN1:Information Processing | 3.0 | Semestre 7 |
- 4PMIAPR1:Algorithms and programming - Catch up course | 3.0 | Semestre 7 |
- 4PMIGAP1:Graphs and Applications - Catch up course | 1.5 | Semestre 7 |
- 4PMITLC1:Language theory and Compilers -Catch up course | 1.5 | Semestre 7 |
- 4PMICEN1:Principles of integrated digital electronics design | 1.5 | Semestre 7 |
- 4PMIPIN1:Principles of the Internet | 3.0 | Semestre 8 |
- 4PMISSR1:System & network security | 1.5 | Semestre 8 |
- 4PMIGPG1:Project Management | 1.0 | Semestre 7 |
- 4PMIPGL1:Software engineering project | 5.0 | Semestre 7 |
- 4PMIACO1:Embedded software analysis and design | 1.5 | Semestre 8 |
- 4PMIPSG1:Principles of database management systems | 3.0 | Semestre 8 |
- 4PMIPBD1:Data base and object oriented design, project | 1.5 | Semestre 8 |
- 4PMIAAV1:Advanced computer architecture | 3.0 | Semestre 8 |
- 4PMITRC1:Real Time : constraints & implementations | 1.5 | Semestre 8 |
- 4PMIRO11:Optical networks | 2.0 | Semestre 8 |
- 4PMISRO1:Radio systems for connected objects | 2.0 | Semestre 7 |
- 4PMIISE1:Introduction to real-time operating systems | 1.5 | Semestre 8 |
- 4PMITSA1:Random signal processing | 1.0 | Semestre 7 |
- 4PMIAWM1:Web Applications & Data Bases | 3.0 | Semestre 8 |
- 4PMIIAI:Artificial Intelligence for the Internet of Things | 1.5 | Semestre 7 |
- 4PMIFAB1:FabLab | 3.0 | Semestre 8 |
- 4PMIIRL1:Introduction to research | 3.0 | Semestre 8 |
- 4PMIPSP1:Specialization projects (ENSIMAG) | 3.0 | Semestre 8 |
- VPMDLP11:Lab project I | 4.0 | Semestre 7  |
- VPMDIED1:Initiation to experiment design and research | 6.0 | Semestre 7  |
- VPMDCSS1:Computational statistics and statistical learning | 6.0 | Semestre 7  |
- VPMDSSY1:Signals and systems | 6.0 | Semestre 7  |
- VPMDSPR1:Scientific programming | 6.0 | Semestre 7  |
- VPMDLP21:Lab project II | 6.0 | Semestre 8  |
- VPMDIPR1:Image processing | 6.0 | Semestre 8  |
- VPMDDCH1:Data challenge | 4.0 | Semestre 8  |
- VPMDICS1:Introduction to Cognitive Sciences | 2.0 | Semestre 8  |
- 4PMCISD1:Introduction to sustainable design (for international students) | 2.0 | Semestre 7  |
- 4PMFMOO1:MOOC + industrial seminars | 2.0 | Semestre 7  |
- 4PMACYV1:Life Cycle Assessment | 2.0 | Semestre 8  |
- 4PMHIP8N:Inno-project II | 2.0 | Semestre 8  |
- 4PMITVO2:Voice networks | 3.0 | Semestre 8 |
- 4PMICCC1:Code : Cryptography, compression, error corrections (ENSIMAG) | 3.0 | Semestre 8 |
- VPMDIEC1:Introduction to the epistemology of Cognitive Sciences | 2.0 | Semestre 8  |
- VPMDCQC1:Current questions in Cognitive Sciences | 2.0 | Semestre 8  |
- 4PMGSRE1:Optional course : Simulator for experimental reactor ILL | 2.0 | Semestre 8 |
- 4PMNMAG1:Magnetism | 1.5 | Semestre 8 |
- 4PMICNU1:Digital Communications | 2.5 | Semestre 8 |
- 4PMCMST2:Marketing and Strategy | 2.0 | Semestre 7 |
- 4PMBEPD2: Experimental Protocol Design | 2.0 | Semestre 8  |
- 4PMMMS12:Materials and Society 1 | 3.0 | Semestre 7 |
- 4PMMMS22:UE Materials and Society 2 | 4.0 | Semestre 8 |
- 4PMMT4B2:Practical : Material Science - Part 2B | 2.0 | Semestre 8 |
- 4PMIPCE2:Integrated digital electronics design project | 1.5 | Semestre 8 |
- 4PMIHIN2: | 1.0 | Semestre 8 |
- 4PMIPCE1:Operating system design project - deepening (ENSIMAG) | 3.0 | Semestre 8 |
- VPMDDSA2:Dynamic systems analysis | 6.0 | Semestre 8  |
- VPMDIRT1:Intro to Real-Time Computing : interfacing Arduino with Python | 6.0 | Semestre 8  |
- 4PMNQSI2:Quantum statistics and interactions UGA | 3.0 | Semestre 8  |
- 4PMNQPR2:Quantum practicals UGA | 3.0 | Semestre 8  |
- 4PMGECA2:Case study | 0.5 | Semestre 7 |
- 4PMFMIC2:Microstructures and properties | 1.5 | Semestre 7  |
- 4PMFGCM2:Materials families | 2.0 | Semestre 8  |
- 4PMNTCE2:Electrical characterization labworks | 1.0 | Semestre 8 |
- 4PMGAEH2:Optional course : Energy Applications of Hydrogen and wind power | 2.0 | Semestre 8 |
- 4PMGSEN2:Energy scenarios | 1.0 | Semestre 8 |
- 4PMCPDR2:Law course | 2.0 | Semestre 8 |
- 4PMCPIN2:Innovation Course | 2.0 | Semestre 8 |
- 4PMCSHI2:Sport and Humanities : an Innovative Project | 6.0 | Semestre 8  |
- 4PMTMCT2:Materials for MEMS and characterization of technological processes | 10.0 | Semestre 7  |
- 4PMTPTP2:Physics of technological processes/CAD for microsystems | 12.0 | Semestre 7  |
- 4PMTSPE2:Solid state physics and Electronic devices | 12.0 | Semestre 7  |
- HP4VENT2:Company visits | 0.0 | Semestre 7 |
- HP4ERSE2:the challenges of corporate social responsibility | 0.0 | Semestre 7 |
- HP4PECE2:Continuation of studies/graduation meeting | 0.0 | Semestre 7 |
- HP4ATRA2:Workshop | 0.0 | Semestre 7 |
- 4PMTSUM2:Sustainable microelectronics and microsystems for advanced integrated technologies training course | 6.0 | Semestre 8 |
Third year (master 2) |
- 5PMMCOR0:Corrosion | 1.5 | Semestre 9 |
- 5PMSSCC6:Signal and Coding for Communications (SICOM SIGMA S9) | 2.0 | Semestre 9 |
- 5PMGCEP2:Energy conversion - Fuel cell | 1.5 | Semestre 9 |
- 5PMPELM1:Electrochemistry for microsystems | 2.0 | Semestre 9 |
- 5PMPREA1:Chemical reaction engineering | 2.0 | Semestre 9 |
- 5PMECCV7:Advanced VLSI design (SEISocS9-MT) | 2.5 | Semestre 9 |
- 5PMSCSF0:Wireless Communnications | 2.0 | Semestre 9 |
- 5PMSIMM0:Indexation Multimédia (SICOM-SIGMA S9) | 2.0 | Semestre 9 |
- 5PMCANG0:English or other language | 2.0 | Semestre 9  |
- 5PMEWCO8:Wireless Communications | 2.5 | Semestre 9  |
- 5PMSAIS1:Image Analysis | 2.0 | Semestre 9 |
- 5PMSTST5:Real Time Signal Processing (TS Tps Réel) (SICOM S9) | 2.0 | Semestre 9 |
- 5PMNCAR0:Materials Characterization | 2.0 | Semestre 9 |
- WPMSPPT7:Physics of technological processes | 3.0 | Semestre 9 |
- 5PMMSEL0:Material and process selection | 4.0 | Semestre 9  |
- 5PMPCOR1:Corrosion and surface treatment | 2.0 | Semestre 9  |
- 5PMMDUR0:Durability | 6.0 | Semestre 9 |
- 5PMGCOR0:Reactor Kit | 1.0 | Semestre 9 |
- 5PMGDCE0:Nuclear decommissioning and environment | 1.5 | Semestre 9 |
- 5PMPELE1:Electrochemistry and energy | 2.0 | Semestre 9 |
- 5PMMMOD0:Modeling Numerical Modelling for Materials Science | 4.5 | Semestre 9  |
- 5PMGSNS0:Monte Carlo methods for neutron transport | 2.0 | Semestre 9  |
- 5PMGCIR0:Reactor kinetics & dynamics | 2.5 | Semestre 9 |
- 5PMGACE0:Nuclear waste management | 1.5 | Semestre 9 |
- 5PMNFCC0:Device and circuit reliability | 1.0 | Semestre 9 |
- 5PMEPWS8:Wifi Project : system analysis & hybrid circuit design | 5.0 | Semestre 9  |
- 5PMMPAC5:Packaging and Durability | 1.5 | Semestre 9  |
- 5PMEM9S0:Real time operating systems | 1.5 | Semestre 9 |
- 5PMCMRT2:Management and work relations | 2.0 | Semestre 9 |
- 5PMSRSM6:Signals and Models (SICOM-SIGMA S9) | 2.0 | Semestre 9  |
- 5PMCPIP0:Preparation for professional insertion | 0.0 | Semestre 9 |
- 5PMGCNT0:Thermal hydraulics system codes for nuclear reactor safety | 1.0 | Semestre 9 |
- 5PMGSND0:Deterministic methods for neutron transport | 1.5 | Semestre 9 |
- 5PMSDET0:Detection estimation | 2.0 | Semestre 9 |
- WPMESPB9:5PMGEXP7 : Labwork in PWR simulator | 2.0 | Semestre 9 |
- 5PMCAST6:Starter Amphitheater | 0.0 | Semestre 9 |
- 5PMBACO5:Acoustics | 3.0 | Semestre 9  |
- 5PMBULS5:Ultrasound Imaging and Thermotherapy | 1.0 | Semestre 9  |
- 5PMBEPR6:Experimental Projects | 4.0 | Semestre 9  |
- 5PMBBTA7:Biosensors and high throughput analysis | 2.0 | Semestre 9  |
- 5PMBMNA7:Microfluidics and nanofluidics | 2.0 | Semestre 9  |
- 5PMBCSC6:Cell signaling and cancer biology | 1.5 | Semestre 9  |
- 5PMBBBS6:Biomaterials and Biocompatible surface Engineering | 2.0 | Semestre 9  |
- 5PMBSFE5:Surface Functionalization and electrochemisty (BIOMED S9 UGA) | 2.0 | Semestre 9  |
- 5PMPEIE2:Interfacial electrochemistry and electrocatalysis | 2.0 | Semestre 9  |
- 5PMPSUR2:Security, Industrial safety | 2.0 | Semestre 9  |
- 5PMPPMD2:Multidisciplinary project | 4.0 | Semestre 9 |
- 5PMPREL2:Electrochemical Reactors | 2.0 | Semestre 9 |
- 5PMFPWO3:Practical works (clean room) | 4.0 | Semestre 9  |
- 5PMGCBN1:Nuclear fuel | 1.5 | Semestre 9  |
- WPMETAC1:Accelerators technology | 6.0 | Semestre 9 |
- WPMEPAC1:Accelerators physics | 6.0 | Semestre 9 |
- 5PMNOPT0:Optoelectronics | 3.0 | Semestre 9 |
- 5PMNPHO1:Lithography | 1.0 | Semestre 9 |
- WPMEPCP1:Phase change | 2.0 | Semestre 9 |
- 5PMNONL1:Non linear optics | 2.0 | Semestre 9 |
- 5PMEANT8:Antennas and Free Space Propagation | 2.0 | Semestre 9  |
- 5PMESIN8:Signal Integrity | 1.0 | Semestre 9 |
- 5PMEMSP7:Analog and Mixed systems for signal processing | 2.5 | Semestre 9  |
- 5PMEM7T0:Lab work sessions: Microwaves (PHOG) | 1.0 | Semestre 9 |
- 5PMEWPI8:WIFI project : integrated circuit design (SeiWics) | 3.0 | Semestre 9 |
- 5PMEMXR0:From Algorithm to Architecture | 2.0 | Semestre 9 |
- 5PMESEN7:SOC Design Project | 3.0 | Semestre 9 |
- 5PMEMVM0:SOC Design Methodology | 3.5 | Semestre 9 |
- 5PMEMVP0:SOC Architectures Project | 4.0 | Semestre 9 |
- 5PMSCPA1:Audio Compression (SICOM-SIGMA S9) | 2.0 | Semestre 9 |
- 5PMSDSG0:Data science geo-sciences (SICOM-SIGMA S9) | 2.0 | Semestre 9 |
- 5PMSSIR0:Remote sensing (SICOM-DD SIGMA S9) | 2.0 | Semestre 9 |
- 5PMSPAR0:Speech Processing (SICOM-SIGMA S9) | 2.0 | Semestre 9 |
- WPMGPCO7:Cognitive psychology | 3.0 | Semestre 9 |
- WPMGCOB7:Bayesian cognition : Patterns for perception, learning and action | 1.5 | Semestre 9 |
- WPMGDCP7:Developpement & Premature Skills | 1.5 | Semestre 9 |
- WPMGPHI7:Philosophy | 1.5 | Semestre 9 |
- WPMGLIN7:Linguistics | 1.0 | Semestre 9 |
- WPMECRY7:Cryophysics practicals | 2.0 | Semestre 9 |
- 5PMGPCF2:Fusion energy and plasma physics | 1.5 | Semestre 9 |
- WPMECOV2:Convection | 1.0 | Semestre 9 |
- WPMEMDF2:Fluid mecanics | 1.5 | Semestre 9 |
- WPMERAY2:Rayonnement | 1.0 | Semestre 9 |
- WPMECOD2:Conduction | 1.0 | Semestre 9 |
- WPMEPDS2:Solid State Physics | 1.5 | Semestre 9 |
- WPMEBNE3:Bases en neutronique + Intro REP | 1.0 | Semestre 9 |
- WPMMMNF7:Méthodes numériques + Fluent - Comsol | 5.0 | Semestre 9 |
- 5PMNOTH2:THz Optoelectronics | 1.5 | Semestre 9 |
- 5PMGANP2:Advanced nuclear physics | 1.5 | Semestre 9  |
- 5PMGEST2:Solar thermal and photovoltaic energy | 1.5 | Semestre 9 |
- WPMEMBT9:Matériaux basses températures | 2.0 | Semestre 9 |
- HP5SIMUENT_3A:Partener's day 3Y | 0.0 | Semestre 9 |
- 5PMCSMED:Economy and society : social issues | 2.0 | Semestre 9 |
- 5PMCSMEE:Quality | 2.0 | Semestre 9 |
- 5PMCSMEF:Legal aspect | 2.0 | Semestre 9 |
- WPMUCOMA:Non destructive examination | 0.0 | Semestre 9  |
- WPMUCOMB:Polymers | 0.0 | Semestre 9  |
- WPMBMMM9:Molecular markers for medical imaging | 3.0 | Semestre 9  |
- 5PMBINE5:Introduction to neurosciences | 1.5 | Semestre 9  |
- WPMETTH2:Transferts thermiques | 0.0 | Semestre 9 |
- 5PMCSMEH:Parnership negociation | 2.0 | Semestre 9 |
- HPANGLAI:ENGLISH | 0.0 | Semestre 9 |
- WPMEBIB7:Bibliographical Project | 1.0 | Semestre 10 |
- 5PMBMRI5:Magnetic resonance imaging | 2.0 | Semestre 9  |
- WPMEDIN3:Détection et instrumentation nucléaire | 2.0 | Semestre 9 |
- WPMMPDM7:Physique des matériaux | 2.0 | Semestre 9 |
- 5PMNPCM2:Physics of advanced MOS devices | 1.5 | Semestre 9 |
- 5PMFLPR3:Multidisciplinary project | 4.5 | Semestre 9  |
- HPRENT3A:Comeback 3Y & M2 | 0.0 | Semestre 9 |
- WPMCFLE3:French Language | 3.0 | Semestre 9, Semestre 10 |
- 5PMCPFE0:Final project (PFE) | 25.0 | Semestre 10 |
- 5PMCSOU0:Engineering student internship | 5.0 | Semestre 10 |
- HPInscri:Registrations (S5-S7-S9) | 0.0 | Semestre 9 |
- 5PMSAST6:Machine statistical Learning | 2.0 | Semestre 9  |
- WPMUCRD4:Chemistry and radioanalysis | 0.0 | Semestre 9  |
- WPMUIRA4:Irradiation ageing | 1.0 | Semestre 9  |
- WPMUCOMC:Internals | 0.0 | Semestre 9  |
- WPMUCOMF:Civil works | 0.0 | Semestre 9  |
- WPMUCOMH:Corrosion in secondary circuit | 0.0 | Semestre 9  |
- WPMUCOMI:Thermal ageing | 0.0 | Semestre 9  |
- WPMUCOMJ:Corrosion (Primary circuit) | 0.0 | Semestre 9  |
- WPMUCOMK:Thermal fatigue | 0.0 | Semestre 9  |
- WPMUCOML:Maintenance_ageing and fuel reprocessing | 0.0 | Semestre 9  |
- WPMUCOMM:Visit | 0.0 | Semestre 9  |
- WPMUNUCB:Fuel mechanics and design | 0.0 | Semestre 9  |
- WPMUNUCC:Fuel fabrication and characterisation | 0.0 | Semestre 9  |
- WPMUNUCE:Irradiation effect | 0.0 | Semestre 9  |
- WPMUNUCF:Fuel design | 0.0 | Semestre 9  |
- WPMUNUCG:Fission gas | 0.0 | Semestre 9  |
- WPMUNUCH:Off normal | 0.0 | Semestre 9  |
- WPMUNUCI:Fuel modelling | 0.0 | Semestre 9  |
- WPMUNUCJ:Fuel cycle | 0.0 | Semestre 9  |
- WPMUNUCK:Scenarios | 0.0 | Semestre 9  |
- WPMUNUCM:Visit | 0.0 | Semestre 9  |
- WPMESTA7:stage | 24.0 | Semestre 10 |
- 5PMCBULA:English Test B2 Level 3A-TC | 0.0 | Semestre 9 |
- WPMPSTA3:Stage en laboratoire ou entreprise | 27.0 | Semestre 10 |
- 5PMEPMV5:MEMS-VHDL AMS Project | 3.0 | Semestre 9 |
- 5PMNTPC0:Materials characterization Labwork | 1.0 | Semestre 9 |
- 5PMNTON5:Non linear optics Labs | 1.0 | Semestre 9 |
- 5PMNTPE0:Integrated photonics simulation project | 0.5 | Semestre 9 |
- 5PMGTTE5:Turbulence and two phases flow | 4.0 | Semestre 9 |
- 5PMBPRD7:Physics of radiation detectors | 3.0 | Semestre 9  |
- 5PMMACR5:Life cycle, Recycling (SIM S9) | 1.0 | Semestre 9  |
- WPMUFMS4:Fundamentals in materials | 1.0 | Semestre 9  |
- WPMSPSE7:Physics of semiconductors III | 2.0 | Semestre 9 |
- WPMEPDE1:Detector physics | 6.0 | Semestre 9 |
- WPMETDE1:Detector technology | 6.0 | Semestre 9 |
- WPMUSTA4:Internship of Master | 30.0 | Semestre 10  |
- 5PMCEPS0:Sport (S9) | 1.5 | Semestre 9 |
- WPMEMMI9:Microthermique et microfluidique | 2.0 | Semestre 9 |
- 5PMCPRB5:Bibliographic Project | 2.0 | Semestre 9  |
- 5PMCFLE5:French as a foreign language (Réservé SC_Man) | 2.0 | Semestre 9 |
- 5PMFFFM6:Process flow for microtechnologies | 2.0 | Semestre 9  |
- 5PMFPFE6:Final project | 30.0 | Semestre 10  |
- WPMCTAN6:TEST ANGLAIS MASTERS | 0.0 | Semestre 9  |
- 5PMNTSO6:Optical signal processing | 2.0 | Semestre 9 |
- 5PMRJ2A6:J2A (EMT S9) | 0.0 | Semestre 9 |
- 5PMRSOU6:Talks and defense of course | 32.0 | Semestre 10 |
- HPRPFE:PFE (S5) | 0.0 | Semestre 9 |
- 5PMRANG6:English (MT S9) | 2.0 | Semestre 9 |
- 5PMRDAF6:Business law | 1.0 | Semestre 9 |
- 5PMCTSE2:Social-ecological transitions and responsibility | 1.5 | Semestre 9 |
- 5PMRSEM6:Seminaries : last evolution of microelectronic applications | 0.5 | Semestre 9 |
- 5PMRTCC6:Test of the designed and fabricated circuits in 2A | 1.0 | Semestre 9 |
- 5PMRCMA6:Advanced millimetre waves design | 1.5 | Semestre 9 |
- 5PMRSRL6:Low Power RF System | 1.5 | Semestre 9 |
- 5PMRSET6:Real time operating systems | 1.5 | Semestre 9 |
- 5PMRARS6:Analysis and prototyping of a complex system | 5.0 | Semestre 9 |
- 5PMRASM6:Mobile and multimedia SOC architecture | 1.5 | Semestre 9 |
- 5PMRSEN6:Digital embeded system | 2.0 | Semestre 9 |
- 5PMRMSP6:System modeling and Virtual platform | 1.5 | Semestre 9 |
- WPMCBULA:English Test B2 Level MASTERS (M2 TC) | 0.0 | Semestre 9 |
- WPMSTPS7:Semiconductor physics Labwork | 1.0 | Semestre 9 |
- WPMSSTA7:Stage | 27.0 | Semestre 10 |
- 5PMBMCP7:Metabolic and cardiovascular physiology | 1.5 | Semestre 9  |
- 5PMBITI7:Introduction to immunology | 1.5 | Semestre 9  |
- WPMTCOP0:Convex Optimisation (SIGMA S9) | 2.0 | Semestre 9  |
- WPMTFMO7:Factorization of multidimensional observation | 2.0 | Semestre 9  |
- WPMTBMD7:Bayesian methods for data image analysis (SIGMA S9) | 2.0 | Semestre 9  |
- 5PMSBNI7:Bio and neuro imaging methods (SICOM-SIGMA S9) | 2.0 | Semestre 9  |
- WPMTPWS7:Data Challenge (Predoctoral winter school) | 3.0 | Semestre 10  |
- WPMTSSP7:Seminars - scientific paper studies | 2.0 | Semestre 10  |
- 5PMGSNR7:Nuclear safety and industrial seminars | 3.0 | Semestre 9 |
- 5PMGEXP7:PWR operation & simulator and visit (GEN S9) | 3.0 | Semestre 9 |
- WPMBNPT7:Nanosciences inter practical trainings 2 S9 UGA | 3.0 | Semestre 9  |
- WPMBSTA7:Internship | 27.0 | Semestre 10  |
- 5PMERFI8:Integrated radio interfaces | 3.0 | Semestre 9  |
- WPMGSTA7:internship Search | 28.0 | Semestre 10 |
- WPMGSRE7:research seminar | 2.0 | Semestre 10 |
- WPMWSAM7:Standard and alternative microelectronics technologies (UGA) | 2.0 | Semestre 9  |
- WPMWPCC8:Passive circuits & Characterization | 3.0 | Semestre 9  |
- WPMWCRB7:Clean room based fabrication (UGA) | 1.0 | Semestre 9  |
- WPMWDFT7:Design for test | 0.75 | Semestre 9  |
- WPMWTTA7:Tunability - technologies & applications | 0.75 | Semestre 9  |
- WPMWESB7:Electrooptic sensors & Bio electromagnetism | 0.75 | Semestre 9  |
- WPMWRFI7:RFID sensors & Energy harvesting | 0.75 | Semestre 9  |
- WPMWRL17:Research lab work part1 (UGA) | 3.0 | Semestre 9  |
- WPMWRL27:Research lab work part 2 (UGA) | 3.0 | Semestre 10  |
- WPMMNE7:Nano for energy | 2.0 | Semestre 9  |
- 5PMRCCA7:Asynchronous Circuit Design | 0.5 | Semestre 9 |
- WPMNNSP7:Nanomagnetism and spintronics UGA | 3.0 | Semestre 9  |
- WPMBOPB7:Optics for Biosystems S9 UGA | 3.0 | Semestre 9  |
- 5PMMMAF2:Shaping, Joining, Additive manufacturing | 5.0 | Semestre 9 |
- 5PMESET8:Simul. elect. et tech. mesure RF | 1.0 | Semestre 9 |
- 5PMEPOO8:Prog.Orientee Objet (SEI S9) | 1.5 | Semestre 9 |
- 5PMPVHY8:Hydrogen Vector | 2.0 | Semestre 9 |
- 5PMPGEM8:Materials Engineering | 2.0 | Semestre 9 |
- 5PMPDGP8:Process Integration | 2.0 | Semestre 9 |
- 5PMBBIM8:Biomolecular interactions methods and applications-UGA | 2.0 | Semestre 9  |
- 5PMBCBM8:Characterization of bio-molecular interactions at surfaces-UGA | 2.0 | Semestre 9  |
- WPMBFSB1:Fundamentals of structural biology | 3.0 | Semestre 9  |
- 5PMBAIR8:Medical applications of ionizing radiations | 3.0 | Semestre 9  |
- 5PMRMIN8:Management of innovation | 1.5 | Semestre 9 |
- 5PMECVT8:Design for test of digital and anlog circuits (SEI-MT-S9) | 3.5 | Semestre 9 |
- WPMBRTR7:Research training S9 UGA | 3.0 | Semestre 9  |
- 5PMRMVE0:Verification (MT S9) | 1.5 | Semestre 9 |
- WPMUCOMQ:High temperature Behaviour | 0.0 | Semestre 9  |
- 5PMPCVT9:Life Cycle of Technology Objects | 2.0 | Semestre 9 |
- 5PMPMSM9:Modeling / Multiphysics Simulation | 2.0 | Semestre 9  |
- 5PMPPEP9:Processes and eco-processes for reprocessing materials | 2.0 | Semestre 9 |
- WPMGROB9:Robotics: from material to cognitive | 2.0 | Semestre 9 |
- 5PMBNMT9:Nanopores and membrane technologies-UGA | 2.0 | Semestre 9  |
- WPMEDPE9:5PMGEXP7 : TP Plein echelle EDF | 1.5 | Semestre 9 |
- WPMEDRE9:5PMGEXP7 : TP Réacteur expérimental (Lausanne) | 1.5 | Semestre 9 |
- WPMBDPR9:5PMBPRD7 : Physics of radiation detectors | 3.0 | Semestre 9  |
- WPMBDMA9:5PMBAIR8 : Medical applications of ionizing radiations | 3.0 | Semestre 9  |
- WPMBDAS9:5PMBMLD0 : Introduction to Machine learning and Deep learning | 3.0 | Semestre 9  |
- WPMBDMR9:5PMBMRI5 : Magnetic resonance imaging | 3.0 | Semestre 9  |
- WPMCDAN9:5PMCANG0 : English or other language | 3.0 | Semestre 9 , Semestre 10  |
- WPMNDCM9:5PMNCAR0 : Materials Characterization | 2.0 | Semestre 9 |
- WPMNDTC9:5PMNTPC0 : Materials characterization Labwork | 1.0 | Semestre 9 |
- WPMNDPH9:5PMNPHO1 : Lithography | 1.0 | Semestre 9 |
- WPMNDTS9:5PMNTSO6 : Optical signal processing | 2.0 | Semestre 9 |
- WPMNDOL9:5PMNONL1 : Non linear optics | 2.0 | Semestre 9 |
- WPMNDTO9:5PMNTON5 : Labs Non linear optics | 1.0 | Semestre 9 |
- WPMNDFC9:5PMNFCC0 : Device and circuit reliability | 1.0 | Semestre 9 |
- WPMNDOT9:5PMNOTH2 : THz Optoelectronics | 1.5 | Semestre 9 |
- WPMEDCD9:5PMGCIR0 : Reactor kinetics & dynamics | 2.0 | Semestre 9 |
- WPMEDNS9:5PMGSNS0 : Monte Carlo methods for neutron transport | 1.5 | Semestre 9  |
- WPMEDND9:5PMGSND0 : Deterministic methods for neutron transport | 2.0 | Semestre 9 |
- WPMEDRK9:5PMGCOR0 : Reactor Kit | 2.0 | Semestre 9 |
- WPMEDTA9:5PMGTTE5 : Turbulence and two phases flow | 2.0 | Semestre 9 |
- WPMEDAC9:5PMGACE0 : Nuclear waste management | 2.0 | Semestre 9 |
- WPMEDAN9:5PMGANP2 : Advanced nuclear physics | 2.0 | Semestre 9 |
- WPMEDES9:5PMGEST2 : Solar thermal and photovoltaic energy | 2.0 | Semestre 9 |
- WPMEDDE9:5PMGDCE0 : Nuclear decommissioning and environment | 3.0 | Semestre 9 |
- WPMEDPC9:5PMGPCF2 : Fusion energy and plasma physics | 2.0 | Semestre 9 |
- WPMEDCE9:5PMGCEP2 : Energy conversion - Fuel cell | 2.0 | Semestre 9 |
- WPMWDPW9:5PMEPWS8 : Wifi Project : system analysis & hybrid circuit design | 3.0 | Semestre 9  |
- WPMBNME9:Numerical methods UGA | 3.0 | Semestre 9  |
- 5PMNPIN0:Integrated photonics | 2.0 | Semestre 9 |
- 5PMNDIP0:Hand-on project management | 3.0 | Semestre 9 |
- 5PMSDL20:DEEP LEARNING (SICOM-S9) | 0.0 | Semestre 9  |
- 5PMNSPI0:Integrated photonics simulation project (IPh-S9-PhSem-DD) | 1.0 | Semestre 9 |
- 5PMSHIA0:Hyperspectral imaging (SICOM SIGMA S9) | 2.0 | Semestre 9  |
- 5PMSEMD0:Energy Monitoring and Diagnostics (SICOM-SIGMA S9) | 2.0 | Semestre 9  |
- 5PMEMVE0:Functional Verification Methodology | 2.5 | Semestre 9 |
- WPMTSSW0:Scientific writing | 1.0 | Semestre 10  |
- WPMTMTH0:Master's thesis (SIGMA - S10) | 24.0 | Semestre 10 |
- WPMUFCO0:Fundamentals in corrosion/oxydation | 0.5 | Semestre 9  |
- WPMUFME0:Fundamentals in mechanics | 1.0 | Semestre 9  |
- WPMURDE0:Reactor design | 0.5 | Semestre 9  |
- WPMUEDF0:EDF activity Reactor Pressure Vessel and materials selection | 0.5 | Semestre 9  |
- WPMUMG30:Materials in GEN III | 0.5 | Semestre 9  |
- WPMUMG40:Materials in GEN IV | 0.5 | Semestre 9  |
- WPMUMOL0:Molten Salt Reactors | 1.0 | Semestre 9  |
- WPMUFAR0:Fast Reactors | 0.5 | Semestre 9  |
- WPMUMAC0:SMR : materials and challenges | 1.0 | Semestre 9  |
- WPMUPDS0:Point defects and simulation | 1.0 | Semestre 9  |
- WPMULDS0:Linear defects and simulation | 2.0 | Semestre 9  |
- WPMUDDS0:Defects diffusion and simulation | 2.0 | Semestre 9  |
- WPMGETH0:Ethics | 2.0 | Semestre 9 |
- 5PMBMLD0:Introduction to Machine learning and Deep learning | 2.0 | Semestre 9  |
- WPMNDSP0:5PMNSPI0 : Integrated photonics simulation project (IPh-S9-PhSem-DD) | 1.0 | Semestre 9 |
- WPMNDPI0:5PMNPIN0 : Integrated photonics | 2.0 | Semestre 9 |
- WPMNDOP0:5PMNOPT0 : Optoelectronics | 3.0 | Semestre 9 |
- WPMNDPC0:5PMNPCM2 : Physics of advanced MOS devices | 1.5 | Semestre 9 |
- WPMNDCE0:5PMNTPE0 : Labs: Electrical characterization of MOS devices | 0.5 | Semestre 9 |
- WPMNDDI0:5PMNDIP0 : Hand-on project management | 3.0 | Semestre 10 |
- WPMCXFL9:WPMCFLE3 : French Language | 3.0 | Semestre 9 |
- WPMWDAM0:5PMEMSP7 : Analog and Mixed systems for signal processing | 3.0 | Semestre 9  |
- WPMWDWC0:5PMEWCO8 : Wireless Communications | 3.0 | Semestre 9  |
- WPMWDRF0:5PMERFI8 : Integrated radio interfaces | 3.0 | Semestre 9  |
- WPMWDWP0:5PMEWPI8 : WIFI Project:integrated circuit design | 3.0 | Semestre 9 |
- WPMWDAN0:5PMEANT8 : Antennas and Free Space Propagation | 2.0 | Semestre 9  |
- WPMWDSI0:5PMESIN8 : Signal Integrity | 1.0 | Semestre 9 |
- 5PMEDDT0:WPMWDFT7 : Design for test (UGA) | 0.75 | Semestre 9  |
- 5PMEDES0:WPMWESB7 : Electrooptic sensors & Bio electromagnetism (UGA) | 0.75 | Semestre 9  |
- 5PMEDRF0:WPMWRFI7 : RFID sensors & Energy harvesting (UGA) | 0.75 | Semestre 9  |
- 5PMEDTT0:WPMWTTA7 : Tunability - technologies & applications | 0.75 | Semestre 9  |
- WPMWSTA0:stage | 24.0 | Semestre 10 |
- WPMBDIN0:5PMBINE5 : Introduction to neurosciences | 2.0 | Semestre 9  |
- WPMBDMC0:5PMBMCP7 : Metabolic and cardiovascular physiology | 2.0 | Semestre 9  |
- WPMBDII0:5PMBITI7 : Introduction to immunology | 2.0 | Semestre 9  |
- WPMBDCS0:5PMBCSC6 : Cell signaling and cancer biology | 2.0 | Semestre 9  |
- WPMBDAC0:5PMBACO5 : Acoustics | 3.0 | Semestre 9  |
- WPMBDUI0:5PMBULS5 : Ultrasound Imaging and Thermotherapy | 1.0 | Semestre 9  |
- WPMTDDE0:5PMSDET0 : Detection estimation | 2.0 | Semestre 9 |
- WPMTDIA0:5PMSAIS1 : Image Analysis and Segmentation | 2.0 | Semestre 9 |
- WPMTDML0:5PMSAST6 : Machine Learning | 2.0 | Semestre 9 |
- WPMTDSM0:5PMSDSG0 : Data science geo-sciences | 2.0 | Semestre 9 |
- WPMTDHI0:5PMSHIA0 : Hyperspectral imaging | 2.0 | Semestre 9 |
- WPMTDSI0:5PMSSIR0 : Remote sensing | 2.0 | Semestre 9 |
- WPMTDBN0:5PMSBNI7 : Bio and neuro imaging methods | 2.0 | Semestre 9 |
- WPMTDEM0:5PMSEMD0 : Energy Monitoring and Diagnostics | 2.0 | Semestre 9 |
- WPMTDSR0:5PMSRSM6 : Signal Representations and Models | 2.0 | Semestre 9  |
- WPMTDCF0:5PMSCSF0 : Wireless Communnications | 2.0 | Semestre 9 |
- WPMTDSC0:5PMSSCC6 : Signal and Coding for Communications | 2.0 | Semestre 9 |
- WPMTDCA0:5PMSCPA1 : Audio Compression | 2.0 | Semestre 9 |
- WPMTDIM0:5PMSIMM0 : Indexation Multimedia | 2.0 | Semestre 9 |
- WPMTDTP0:5PMSPAR0 : Speech Processing | 2.0 | Semestre 9 |
- 5PMODRN0:WPMGRNL2 : Neural networks and deep learning | 2.0 | Semestre 9 |
- 5PMODPC0:WPMGPCO7 : Cognitive psychology | 3.0 | Semestre 9 |
- 5PMODRO0:WPMGROB9 : Robotics: from material to cognitive | 2.0 | Semestre 9 |
- 5PMODLI0:WPMGLIN7 : Linguistics | 1.0 | Semestre 9 |
- WPMBNSA0:Nano-Safety UGA | 3.0 | Semestre 9  |
- 5PMICTE1:Technology conferences | 2.0 | Semestre 9 |
- 5PMIPSE1:SEOC Project Embedded Systems | 4.0 | Semestre 9 |
- 5PMICEA1:Design and exploration of architectures, multi-cores, network-on-chips | 3.0 | Semestre 9 |
- 5PMIMTS0:Transaction level modeling of systems on chip | 3.0 | Semestre 9 |
- 5PMIASI1:Service Architectures & Internet Objects | 1.0 | Semestre 9 |
- 5PMIRCE1:Cellular Networks | 2.0 | Semestre 9 |
- 5PMIWIO1:WLAN & Internet of Devices | 3.0 | Semestre 9 |
- 5PMIARE1:Distributed Algorithmic | 1.5 | Semestre 9 |
- 5PMICCT1:Real Time Command Control for Cyber-Physical Systems | 4.5 | Semestre 9 |
- 5PMIRDA1:Advanced data networks | 4.5 | Semestre 9 |
- 5PMIVSE1:Validation of embedded systems | 1.5 | Semestre 9 |
- 5PMISSM1:Hardware Security & Safety | 4.5 | Semestre 9 |
- 5PMITSL1:Software testing | 1.5 | Semestre 9 |
- 5PMISSI1:Information Systems Security | 3.0 | Semestre 9 |
- 5PMIBDR1:Distributed data and data warehousing | 1.5 | Semestre 9 |
- 5PMCXIS1:4PMCISD1 : Introduction to sustainable design | 4.0 | Semestre 9 |
- 5PMCSMEB:Business regulation | 2.0 | Semestre 9 |
- 5PMNICM1:CMOS Imageurs | 1.5 | Semestre 9 |
- WPMNDIC1:CMOS Imageurs | 1.5 | Semestre 9 |
- 5PMSPAM1:Project : Processing on GPU-FPGA (Image)(SICOM S9) | 4.0 | Semestre 9 |
- 5PMSPSL1:Project : Digital Signal Processing | 4.0 | Semestre 9 |
- 5PMIPRE2:SEOC Project Networks | 4.0 | Semestre 9 |
- 5PMMEP12:Supervision of M1 project "Materials & Society" - Part 2 | 1.0 | Semestre 9 |
- 5PMMEP22:Supervision of M1 project "Materials & Society" - Part 2 | 1.0 | Semestre 9 |
- WPMUCOMN:Wear in pressurized water reactors | 0.0 | Semestre 9  |
- WPMUCOMO:Additive manufacturing | 0.0 | Semestre 9  |
- WPMUCOMP:Scientific analysis or research paper | 0.0 | Semestre 9  |
- WPMGISC2:Introduction to cognitive sciences | 0.5 | Semestre 9  |
- WPMGPSC2:Philosophy and cognitive sciences | 1.5 | Semestre 9 |
- WPMGMMS2:Methodologies and measurements in cognitive sciences | 1.5 | Semestre 9 |
- WPMGMNE2:Neuroimaging methods | 1.5 | Semestre 9 |
- WPMGCVM2:Cognition of vision and its modelling | 2.5 | Semestre 9 |
- WPMGPCA2:Perception and audition | 1.0 | Semestre 9 |
- WPMGRNL2:Neural networks and deep learning | 2.0 | Semestre 9 |
- WPMGCOA2:Augmented cognition | 2.0 | Semestre 9 |
- WPMGMTC2:Masterclass | 1.0 | Semestre 9 |
- WPMTDPA2:5PMSPAM1 : Project : Processing on GPU-FPGA (Image) | 3.0 | Semestre 9 |
- WPMTDPS2:5PMSPSL1 : Project : Digital Signal Processing | 3.0 | Semestre 9 |
- WPMNSSQ2:Solid State Qubits UGA | 3.0 | Semestre 9  |
- WPMNPRO2:Projects UGA | 6.0 | Semestre 9  |
- WPMNOQS2:Open Quantum Systems UGA | 3.0 | Semestre 9  |
- WPMNQCM2:Quantum Condensed Matter UGA | 3.0 | Semestre 9  |
- WPMSQOP2:Quantum Optics UGA | 3.0 | Semestre 9  |
- WPMNQAL2:Quantum Algorithms UGA | 3.0 | Semestre 9  |
- WPMNMMI2:Microscopic models UGA | 6.0 | Semestre 9 |
- WPMNPEX2:Experimental project UGA | 6.0 | Semestre 9 |
- WPMNCTR2:Correlations and transport UGA | 6.0 | Semestre 9 |
- WPMNEQM2:Quantum states of matter UGA | 6.0 | Semestre 9 |
- 5PMPGTR2:Transition engineering. | 2.0 | Semestre 9 |
- WPMSQCM2:UE Quantum condensed matter (M2 PhSem) | 3.0 | Semestre 9 |
- 5PMCSMEA:Stress and emotion management | 2.0 | Semestre 9 |
- 5PMCSMEC:Economy and society : environmental issues | 2.0 | Semestre 9 |
- 5PMCSMEG:Research ethics | 2.0 | Semestre 9 |
- 5PMSTIM1:Medical imaging processing | 2.0 | Semestre 9  |
- WPMCDMR2:5PMCMRT2 : Management and work relations | 2.0 | Semestre 10 |
- WPMCDTS2:5PMCTSE2 : Social-ecological transitions and responsibility | 1.5 | Semestre 10 |
- 5PMODIS2:WPMGISC2 : Introduction to cognitive sciences | 0.5 | Semestre 9  |
- 5PMODPS2:WPMGPSC2 : Philosophy and cognitive sciences | 1.5 | Semestre 9 |
- 5PMODMN2:WPMGMNE2 : Neuroimaging methods | 1.5 | Semestre 9 |
- 5PMODMM2:WPMGMMS2 : Methodologies and measurements in cognitive sciences | 1.5 | Semestre 9 |
- 5PMODCV2:WPMGCVM2 : Cognition of vision and its modelling | 2.5 | Semestre 9 |
- 5PMODPA2:WPMGPCA2 : Perception and audition | 1.0 | Semestre 9 |
- 5PMODCA2:WPMGCOA2 : Augmented cognition | 2.0 | Semestre 9 |
- WPMBXOB2:WPMBOPB7 : Optics for Biosystems S9 UGA | 3.0 | Semestre 9  |
- WPMBXNU2:WPMBNME9 : Numerical methods UGA | 3.0 | Semestre 9  |
- WPMBXUI2:5PMBULS5 : Ultrasound Imaging and Thermotherapy | 1.0 | Semestre 9  |
- WPMBXAS2:5PMBMLD0 : Introduction to Machine learning and Deep learning | 3.0 | Semestre 9  |
- WPMBXAC2:5PMBACO5 : Acoustics | 3.0 | Semestre 9  |
- WPMBXNS2:WPMBNSA0 : Nano-Safety UGA | 3.0 | Semestre 9  |
- WPMBXII2:5PMBITI7 : Introduction to immunology | 2.0 | Semestre 9  |
- WPMBXNM2:5PMBNMT9 : Nanopores and membrane technologies-UGA | 3.0 | Semestre 9  |
- WPMBXMR2:5PMBMRI5 : Magnetic resonance imaging | 3.0 | Semestre 9  |
- WPMBXCS2:5PMBCSC6 : Cell signaling and cancer biology | 2.0 | Semestre 9  |
- WPMBXMC2:5PMBMCP7 : Metabolic and cardiovascular physiology | 2.0 | Semestre 9  |
- WPMBXBI2:5PMBBIM8 : Biomolecular interactions methods and applications-UGA | 3.0 | Semestre 9  |
- WPMBXIN2:5PMBINE5 : Introduction to neurosciences | 2.0 | Semestre 9  |
- WPMBXCB2:5PMBCBM8 : Characterization of bio-molecular interactions at surfaces-UGA | 3.0 | Semestre 9  |
- WPMBXBB2:5PMBBBS6 : Biomaterials and Biocompatible surface Engineering | 3.0 | Semestre 9  |
- WPMTTIM2:5PMSTIM1 : Medical imaging processing | 2.0 | Semestre 9  |
- WPMGSLP7:Spoken communication sciences | 2.5 | Semestre 9 |
- WPMGMMA7:Memory models and Learning in Natural Systems | 1.5 | Semestre 9 |
- 5PMODSL0:WPMGSLP7 : Spoken communication sciences | 2.5 | Semestre 9 |
- 5PMTDTI1:Design technologies for integrated systems | 6.0 | Semestre 9  |
- 5PMTDSD1:Digital systems design | 4.0 | Semestre 9  |
- 5PMTFVD1:Fundamentals of VLSI design | 4.0 | Semestre 9  |
- 5PMTAID2:Analogic IC Design | 3.0 | Semestre 9  |
- 5PMTNAN6:Nanoelectronics | 2.0 | Semestre 9  |
- 5PMTPMN6:Physical models for micro and nanosystems | 2.0 | Semestre 9  |
- 5PMTVLI6:Test VLSI systems | 2.0 | Semestre 9  |
- 5PMTEDA6:Labs in EDA based design | 4.0 | Semestre 9  |
- 5PMTOPT6:Optional courses | 3.0 | Semestre 9  |