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1) JEOL 6010LV RESOLUTIONHigh vacuum mode 4.0 nm at 20 kV 8.0 nm at 3 kV 15.0 nm at 1 kVLow vacuum mode 5.0 nm at 20 kVGROSSISSISSION 8X to x 300kXIMAGING MODEsecondary electron (SEI)backscattered electron (BEI) QUANTAX SDD energy-selective X-ray microanalyzer and Detector for backscattered electron diffraction (EBSD) e-Flash QUANTAX from BRUKEREnergy resolution < 129 eV at MnKaSize 30 mm²Effect-cooledExcellent performance in light and low-energy elements, B - Am element rangeCMOS imagingImage resolution: 720 x 540 pixelSpeed: up to 520 frames/second (fps)Data acquisition and processing are carried out using the same interface. 2) JEOL 7500F RESOLUTION1.0 nm at 15 kV1.4 nm at 1 kV (Gentle beam mode)2.0 nm at 1 kV (SEM mode)GROSSISSING25X to 1000kXIMAGINGODESin secondary electrons (2 detectors SEI or LEI)backscattered electrons (LABE)transmitted electrons (TED)ACCELERATION POTENTIALEMS mode: 0.5 to 30 kV (in 10 V steps from 0.5 to 2.9 kV and in 100 V steps from 2.9 to 30 kV)GB mode: 0.1 to 4 kV (in 100V steps) Energy-selective X-ray microanalyzer JED-2300FDetector: Ultra Nine 30Size 30 mm²Liquid nitrogen cooling (Dewar 9.5 l)Resolution better than 138 eV (FWHM) on the Ka manganese lineDetection from Boron to Uranium

1) FEI TECNAI 10 SOURCEW filamentPERFORMANCE AT 100 KVTEM point resolution : 0.42 nmTEM line resolution : 0.34 nmTEM Magnification range : 19X - 530kXIMAGING MODESbright field modedark field modeACCELERATION POTENTIALfrom 40 kV to 100 kV 2) FEI TECNAI G² 20 SOURCELaB6 filamentPERFORMANCE AT 200KVTEM point resolution : 0.27 nmTEM line resolution : 0.14 nmTEM Magnification range : 25X - 700kXMODE STEM - HAADF DETECTORSTEM Resolution : 1 nmSTEM magnification range : 100X - 5MXACCELERATION POTENTIALfrom 80 kV to 200 kV BRUKER QUANTAX SDD energy-selective X-ray microanalyzerDetector: XFlash®6 (Dry Silicon Drift SDD)Size 30 mm²Peltier coolingResolution better than 129 eV (FWHM) on the Ka manganese lineDetection from berillium ESPRIT control software 3) JEOL JEM-F200 Cryo SourceCold FEGPERFORMANCE AT 200 KVTEM point resolution : 0.27 nmTEM line resolution : 0.14 nmTEM Magnification range: 25X - 700kXSTEM MODE AT 200 KVSTEM Resolution: 0.19 nmSTEM magnification range: 100X - 5MXACCELERATION POTENTIAL80, 120 kV and 200 kVCryogenic sample holder with pump station (SIMPLE ORIGIN) Double-grid cryogenic sample holderMaintains low, stable sample temperatures at around -175°C for around 10 hours± 60° tilt (on F200 cryo pole piece)

Leica EM GP2 Automatic Plunge Freezer TemperatureHumidityPre-blotting timeBlotting timePost-blottingNumber of blottingPosition of blottingSample rotationSingle or multiple blottingCan be optimized for each specimen and grid type. Temperature and amount of nitrogen can be controlled. Microtomization equipment UC Enuity (LEICA)Ultramicrotome with cryo chamberEM Rapid (LEICA)Pyramitome CATHODIC SPRAY METALLIZERS QUORUM Q150T/ESDeposit thickness controlled by quartz balanceMetal deposits (noble or oxidizable)Carbon depositsHydrophilization of surfacesJEOL JFC-1300Gold deposits OLYMPUS BX51 OPTICAL MICROSCOPE Transmitted and reflected lightOlympus SC 30 camera (3.3 megapixel CMOS sensor)Olympus u-CMAD3 camera adapterTrinocular: x4, x20 and x50Olympus cellSens Entry program IT SUPPORT Tecnai Imaging and Analysis softwareAvizo for tomography via Tecnai 20Aphelion Dev.Analysis station

The master's degree is the second part of your university course and follows on from your bachelor's degree. Enriched by research carried out within the university, it aims to develop autonomy and creativity and enables you to acquire the specific skills essential for your future profession. 

With more than 30 years' experience in staggered/adapted timetable teaching, UNamur welcomes several hundred students each year to its bachelor's, master's and specialist master's courses.

The bachelor's degree provides basic training in an academic discipline. At UNamur, beyond the acquisition of theoretical knowledge, you are trained to think critically. Special attention is given to every student in their first year. Facilitating your transition from secondary education to university is our priority.

At the end of your basic university course, you have the opportunity to enrich your training with a specialist master's degree in fields in which the university has acquired particular expertise and recognition.

Developed since the dawn of time, mathematics shapes our daily lives and develops tools for the future. At the heart of hard sciences such as physics, chemistry, and biology, mathematics plays a key role in a large number of applied problems, whether in computer science and telecommunications, through discrete mathematics and algorithms, in meteorology and space science, through the theory of dynamic systems, or in finance and actuarial science, through probability and stochastic processes. 

Biology is the science of life.  From cells to ecosystems, it studies all forms of life. It is essential for understanding complex societal issues related to the environment, health, and sustainable development. 

Governing Bodies The “Council” is the Department’s decision-making body. It is chaired by the Department Director, who serves as an academic member elected for a three-year term. The Director sets the agenda, ensures that decisions made by the Council are implemented, and represents the Department in the various bodies of the Faculty and the Institution.  All academic members of the Department are ex officio members of the Council. Other groups (research staff, administrative staff, and students) are represented by members elected for a one-year term. At the initiative of a Council member, depending on the items to be discussed, individuals from outside the Department may be invited.  The “Restricted Council” consists solely of the academic members of the Council. The Council and the Restricted Council typically meet with the same frequency as the Faculty Executive Committees and Councils.  Program DirectorsThe Bachelor’s and Master’s programs are managed by the Program Directors (one for the Bachelor’s in Economics and Management and the Master’s in Management Sciences, and the other for the Bachelor’s in Management Engineering and the Master’s in Management Engineering).  Program Directors are appointed by the Department Chair for a three-year term. Among other responsibilities, they oversee the approval of students’ annual study plans (PAE) as well as admissions.Program Director for the Bachelor’s in Economics and Management and the Master’s in Management Sciences: Michel AjzenProgram Director for the Bachelor of Management Engineering and the Master’s in Management Engineering: Anthony Simonofski Thematic CoordinationEach teaching theme is coordinated by an academic expert in the field. Members of a theme can thus, in consultation with the Program Directors and the Department Director, initiate a reform of the part of the program that concerns them or of the programs as a whole.Coordinator of the “Digital and Information Management” thematic area: Corentin BurnayCoordinator of the “Finance and Quantitative Methods” thematic area: Jean-Yves GnaboCoordinator of the “Organizational and Innovation Management” track: Michel AjzenCoordinator of the “Services and Marketing Management” track: Wafa Hammedi View the organizational chart Learn more about the UNamur School of Management (UNSM) SVG .cls-1 { fill: #323232; stroke-width: 0px; } Home See content SVG .cls-1 { fill: #323232; stroke-width: 0px; } Management research See content SVG .cls-1 { fill: #323232; stroke-width: 0px; } Community Service See content

If you want to put your skills to work in society and advise those around you with your mastery of the rules of law, join us in building a fairer world, one case at a time. Welcome to the Faculty of Law at the University of Namur!

As part of its mission to support research, Confluent des Savoirs offers interdisciplinary training courses for doctoral students, researchers, and master’s students at the University of Namur.