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Accommodation, food, campus life, ... All the practical information you need to best organize your preparatory courses at the University of Namur can be found on this page.

If you* are receiving financial assistance** from a C.P.A.S.Registration for preparatory courses is free***.The registration form must be accompanied by an attestation from the C.P.A.S.* or your dependents** a living wage, social assistance or any other one-off financial aid from a C.P.A.S.*** Free tuition is granted for one year onlyIf you receive a study allowance from the FWBIf you enroll at UNamur in 2025-2026 and you receive a study allowance from the Fédération Wallonie-Bruxelles for the 2025-2026 academic year, you will be eligible for a 50% refund of tuition fees. Your request must be submitted before September 30, 2025 via the form below.The refund will be made from January 2026 as soon as the Fédération Wallonie-Bruxelles has confirmed to us that the study grant has been awarded.Any information concerning the procedure and application forms for granting higher education allowances can be requested from Service des Allocations d'études - Bureau régional de Namur - Rue Van Opré, 89 - 5100 Jambes - Tel. : 02 413 37 37If you unregisterFor medical preparatory coursesIf you unregister (only via the form below, the session registration fee is fully refunded (minus €20 administrative fee) at the end of the month following unregistration : for the winter session, if deregistration was introduced before October 31, 2024, an amount of 70€ (or 120€ if the student has not yet obtained his syllabi);for the summer session, if deregistration was introduced before June 15, 2025, an amount of 50€ (or 100€ if the student has not yet obtained his syllabi).For other preparatory courses (excluding medicine)If you deregister (only via the form below)and provided the registration fee is more than €40, you will be automatically refunded the registration fee at the end of the month following your deregistration :completely, with the exception of a €20 administrative fee, if the cancellation was submitted at least 15 calendar days before the start of the session;at 50%, if the cancellation was submitted no later than the day before the first day of the session.No refunds will be granted for cancellations submitted on or after the first day of the session concerned. Fill in the form Request form for reimbursement of preparatory course fees Identity Student's name Student's first name E-mail The one used to create the account on the registration platform. Bank details Bank account no. Foreign bank account ( optional ) If the bank is outside Belgium, please clearly specify its details (RIB and SWIFT code). Bank charges will be paid by the student: Account holder Account holder address Reason for claim I am requesting a refund for the following reason: J'ai introduit ou introduirai une demande d'allocation d'études de la FWB pour ma 1ère année d'études à l'UNamur. ( optional ) I wish to unsubscribe ( optional ) Preparatory courses concerned I would like to request a refund for the following preparatory courses: Prépa Médecine - Hiver 2025-2026 ( optional ) Prépa Août 2025 ( optional ) NB: This reimbursement does not apply to accommodation expenses. In order to process your request, you must complete all fields marked "optional". When you submit this form, the completed data will be transmitted to UNamur and used to process your request. Learn more about your data protection and rights  CAPTCHA 2 + 0 = Math question Solve this simple math problem and enter the result. E.g. for 1+3, enter 4. This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

Your life is subject to a multitude of rules. Whether it's the highway code, your rights as a student, your responsibilities as a youth leader... But did you know that the simple act of buying a new mobile phone or sending an SMS is influenced by dozens of local, regional, national, European and even international rules? By studying law, you learn to understand and apply the rules that influence your daily life and that of the world around you.

The Law Faculties of the Universities of Namur and Hasselt offer a unique trilingual immersion program. Presented under the name "2+2+1", this program invites you to follow 2 years in Namur, 2 years in Hasselt and 1 year in Erasmus. Real added value for Belgian lawyers!

Do you want to earn a double bachelor's degree in law and philosophy in just one more year? It's possible!

The Off-Schedule Bachelor of Laws program is aimed primarily at adults wishing to undertake university studies during their working lives, explore new career directions or simply broaden their skills.Organized on evenings and Saturdays, the program encourages distance learning and personal work to relieve the face-to-face load and offers flexibility without compromising on the quality of legal education.Join a dynamic learning community and forge your professional and academic future with us!

Information technology plays a major role in our daily lives. Living without a computer or cell phone seems unimaginable.But IT is at the service of many other fields such as medicine, management, the environment, agriculture, space, biology... and its involvement in new sectors is growing all the time.Prepare to shape the future of our society in a young, dynamic and rapidly expanding discipline

Seeking computer scientists... desperately!

Sum symbol and rudiments of matrix calculusThe ∑ symbolRudiments of matrix calculusExercises Introduction to solving systems of linear equationsSolving systems of linear equationsExercisesAnalysis realGeneralities about functionsLimits and continuityContinuity of real functions of one variable realDerivabilityIntegral calculusComplex numbersIntroduction and solution of ax²+bx+c = 0, a,b,c ∈ R , a ≠ 0DefinitionsGeometric representation and trigonometric formAddition and multiplication of complex numbersExercisesBrief reminders of trigonometryTrigonometric circles and trigonometric numbers of an angleAssociated anglesTrigonometric numbers of remarkable anglesTrigonometry form

1st lesson: LectureAtomic structure and periodic tableNotion of atom and molecule.Structure of atoms (e-,p+,n°), atomic number, mass number, notion of isotope.Bohr model.Lewis representation.Current atomic model for the H atom.Periodic classification in relation to electronic structure.2nd lesson: LectureChemical bondsNotion and formation of ions.Electronegativity and its variation in the periodic table.The octet rule and its limits.Ionic bonding (ionic crystals).Covalent bonding: Normal (perfect and polarized)Dative (semi-polar and coordinative)3rd lesson: LectureChemical functions, nomenclature and structural formulaeClassification, by function, of inorganic compounds.Metals -> metal oxides/basics -> hydroxylated bases.Nonmetals -> nonmetallic oxides/acids -> ternary acidsBinary acidsAmino basesSaltNomenclature of these compounds.Construction of structural formulae according to functions.4th and 5th lessons: Small-group exercisesExercisesCalculating the number of protons, neutrons and electrons in an atom or ion.Electron distribution according to Bohr's model.Electronic structure and the periodic table.Electronic structure and ion formation.Giving the chemical formula of a compound from its name.Giving the name of a compound whose chemical formula is known.Writing structural formulae.6th lesson: LectureBehavior of molecules in water and simple reactionsDissociation of electrolytes in water.Hydration of oxides.Acid-base reactions.Formation of precipitates.7th and 8th lessons: Small-group exercisesExercisesWeighing simple reactions.Nomenclature and structural formula of compounds involved in reactions.9th and 10th lessons: Small-group exercisesAtomic mass, mole, mass, molar mass, concentrationNotions of relative atomic mass, relative molecular mass.Mole, molar mass.Organigram of use of the mole.Concentration of a solution.Exercises on these notions.11th and 12th lessons: Small-group exercisesStoichiometric problemsLearn how to read a chemical equation in molecular and molar terms with a view to solving stoichiometric problems.Solving stoichiometric problems (exercises).

The first two modules are organized as lectures (2 X 2h). Each course is taught by a first-year bachelor's professor.Essential structures and functions of eukaryotic cells; introduction to cell divisionThe course provides an overview of the different cellular compartments in an animal and plant cell. The different organelles of the cell are then described from a structural point of view and from the point of view of their main function in the cell. The cell cycle and the process of cell division are recapped.Macromolecules of life; the genetic code and its translation into proteinsThe course reviews different macromolecules of living things: lipids (energy source, phospholipids and sterols), proteins (4 levels of organization, structure-function-activity relationship) and nucleic acids (nucleotides, RNA, DNA, double helix, hereditary material). The following modules (3 X 2h) are organized in groups of more or less 25 students. They are taught by assistants from the Biology department.Metabolism I: notions of enzymes, energy and ATP, catabolism and anabolismThe points covered are:Some thermodynamic aspectsFree energy, endergonic and exergonic reactions, balanced reactions, energy coupling, catabolism-anabolism linkCarbohydrates, storage and reserve polysaccharidesATP, energy currency of the cell, examples of productionEnzymes, activation energy, active site, allosteric regulation, inhibitors, denaturationMetabolism II: Energy flow in the cell (respiration and photosynthesis)Points covered are:Autotrophs, heterotrophsFundamental role of ATPEnergy-producing metabolismsAerobic cellular respirationFermentationPhotosynthesisMendelian genetics, meiosis, crossover and related genesThe points covered are:Historical background to the birth of geneticsRecall of meiosis and comparison with mitosisMendel's lawsPhenotype and genotypeTest-crossCodominance, partial dominance, polyallelic and polygenic heredity, pleiotropy, epistasisSex chromosome-related heredityGene linkage, spanning, genetic map.