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Remplir le formulaire Les offres envoyées seront analysées par le Département avant publication, et seront supprimées 1 mois après leur mise en ligne, sauf demande de prolongation adressée à departement.biomed@unamur.be  Nom Prénom Adresse e-mail Entreprise/institution Localisation de l’entreprise/institution Type d’offre Emploi ( optionnel ) Stage ( optionnel ) Formation ( optionnel ) Titre et brève description de l’offre Lien vers page internet et description complète de l’offre ou informations de contact Pour le traitement de votre demande, les données sans mention « optional » doivent obligatoirement être complétées. Lorsque vous soumettez ce formulaire, les données complétées sont transmises à l’Université de Namur et utilisées pour donner suite à votre demande. Pour en savoir plus sur la protection de vos données et sur vos droits.

Remplir le formulaire Les demandes envoyées par les Alumni sont évaluées par le Département (departement.biomed@unamur.be) et tous les trois mois, 1 à 3 Alumni seront mis à l’honneur. Nom Prénom Adresse e-mail Année d’obtention du Master en Sciences Biomédicale Finalité du Master suivi Position / job actuel Description de l’accomplissement que vous souhaitez partager Lien éventuel ( optionnel ) Vers publication, annonce du congrès, site internet de l’entreprise … Photo pour illsutrer la publication Photo ( optionnel ) 1 seul fichier.Limité à 32 Mo.Types autorisés : gif, jpg, jpeg, png. Pour le traitement de votre demande, les données sans mention « optional » doivent obligatoirement être complétées. Lorsque vous soumettez ce formulaire, les données complétées sont transmises à l’Université de Namur et utilisées pour donner suite à votre demande. Pour en savoir plus sur la protection de vos données et sur vos droits.

Joanna Mourad, doctorante au Département de psychologie de la Faculté de médecine de l’UNamur, vient de publier une étude qui intègre des outils digitaux dynamiques pour mieux évaluer la perception du corps chez les personnes autistes.  Explications.

Une avancée majeure pour la santé des femmes sous contraceptif oral a été réalisée par des chercheurs namurois. Chaque année, en Europe, plus de 22 000 cas de thrombose veineuse ou d’embolie sont dénombrés chez les utilisatrices de pilule contraceptive. Une équipe de chercheurs de l’Université de Namur, en collaboration avec QUALIblood (spin-off), a mené une étude importante dont les résultats pourraient transformer les recommandations en matière de prescription.

La mise sur le marché d’un nouveau médicament, en particulier lorsqu’il est destiné à traiter une maladie pédiatrique ou orpheline, est un parcours semé d’embûches. Le projet ERAMET, coordonné par la professeure Flora Musuamba Tshinanu, ambitionne d’en revoir les procédures d’évaluation, afin que les agences de régulation puissent prendre en compte des technologies innovantes et ainsi opérer des choix plus éclairés.

Résumé Cette leçon abordera l'évaluation du risque de thromboembolie veineuse (TEV) avec les contraceptifs hormonaux combinés (CHC) et les mesures innovantes pour le minimiser. En Belgique, environ 750 cas de TEV par an sont liés aux pilules contraceptives, 61% des patientes ayant une mutation génétique augmentant le risque. Les mesures actuelles basées sur l'historique familial ne couvrent que 15% des cas. Des recherches ont identifié une corrélation entre la résistance à la protéine C activée (APC) et un risque accru de TEV, fournissant un modèle mathématique et un biomarqueur pour estimer le risque. L'intégration de ce test dans l'évaluation préalable à la prescription des CHC peut améliorer la sécurité en identifiant les utilisatrices à risque élevé, permettant des choix contraceptifs plus sûrs. Il souligne l'importance de considérer à la fois l'impact économique et l'amélioration de la qualité de vie des patients dans les décisions médicales.Jonathan Douxfils est Professeur à l'Université de Namur, où il enseigne la pharmacologie et dispense des formations continues aux professionnels de la santé. Plus d'infos et inscriptions

Un ordinateur peut-il apprendre une langue comme le fait un enfant ? Une étude récente publiée dans la revue de référence Computational Linguistics par les professeurs Katrien Beuls (Université de Namur) et Paul Van Eecke (AI-lab, Vrije Universiteit Brussel) apporte un nouvel éclairage sur cette question. Les chercheurs plaident pour une révision fondamentale de la manière dont l'intelligence artificielle acquiert et traite le langage. 

English versionIn the context of an international Chaire Francqui 2024-2025, the Faculty of Computer Science (UNamur) has the honor to receive Professor Arie Van Deursen (TU Delft, Netherlands ) from the 24th to the 27st of March, for a series of lectures on the theme of: “ Explainable Software Engineering ”. 

English versionIn the context of an international Chaire Francqui 2024-2025, the Faculty of Computer Science (UNamur) has the honor to receive Professor Arie Van Deursen (TU Delft, Netherlands ) from the 24th to the 27st of March, for a series of lectures on the theme of: “ Explainable Software Engineering ”.The inaugural lecture, entitled “Explainable Software Engineering in the Public Sector”, will be held on the 25th of March 2025, at 6pm at PA02 (Sentier Thomas, 5000 – Namur).Version française Dans le cadre d’une Chaire Francqui internationale 2024-2025, la faculté d’informatique (UNamur) aura le plaisir de recevoir le Professeur Arie Van Deursen (TU Delft, Pays-bas) du 24 au 27 mars 2025, pour une série de leçons sur le thème: "Explainable Software Engineering".   La leçon inaugurale, intitulée "Explainable Software Engineering in the Public Sector ", se tiendra le mardi 25 mars 2025 à 18h00 au PA02 (Sentier Thomas, 5000 – Namur). Explainable Software Engineering in the Public Sector The field of software engineering seeks to devise theories, methods, tools, and techniques that support the development, operation, and evolution of the digital infrastructure modern society relies on. While the software engineering capabilities have advanced substantially over the past decades, it remains challenging to deliver high quality systems in a timely and cost-effective manner. Government system in particular have a weak reputation in this respect.To better understand why, we analyze 125 complex software projects in the public sector in The Netherlands. The projects are described in public reports published by the Advisory Council on IT Assessments (AcICT), which advises the Dutch parliament and cabinet on riks and chances of success in complex Information Technology (IT) projects. The projects span a time period of 10 years, represent a total budget of over 14 billion Euros, and cover such areas as tax collection, social security, pensions, health, traffic control, defense, or water management.We study these reports through the lens of "explainability", focusing on supporting decision making. Furthermore, we reflect on current advances in software engineering, including modern software testing and large language models, in addressing current software engineering challenges. Program INAUGURAL LECTURE: Explainable Software Engineering in the Public Sector - Tuesday 25/03 – 18:00-19:00 – PA02 SESSION 1 : Architectural decision making in software engineering - Monday 24/03 – 10:30-12:30 – I33SESSION 2 : Tests as executable explanations - Tuesday 25/03 – 14:00-16:00 – I33SESSION 3 : Technical debt, test smells, legacy systems - Wednesday 26/03 – 14:00-16:00 – I33SESSION 4 : Artificial Intelligence for Software Engineering - Thursday 27/03 – 10:30-12:30 – I33 About the speaker Arie van Deursen is a professor at Delft University of Technology, where he leads the Software Engineering Research Group. His research interests include software testing, language models for code, trustworthy artificial intelligence, and human aspects of software engineering. He presently serves as chair of the Steering Commmittee of the ACM/IEEE International Conference on Software Engineering (ICSE).He is a member of the Dutch Advisory Council on IT Assessments (AcICT), as well as a member of the Advisory Board of ING Bank The Netherlands. In 2023, he was elected fellow of the Netherlands Academy of Engineering (NAE). En savoir plus S'inscrire à l'événement

English versionIn the context of an international Chaire Francqui 2024-2025, the Faculty of Computer Science (UNamur) has the honor to receive Professor Arie Van Deursen (TU Delft, Netherlands ) from the 24th to the 27st of March, for a series of lectures on the theme of: “ Explainable Software Engineering ”.The inaugural lecture, entitled “Explainable Software Engineering in the Public Sector”, will be held on the 25th of March 2025, at 6pm at PA02 (Sentier Thomas, 5000 – Namur).Version françaiseDans le cadre d’une Chaire Francqui internationale 2024-2025, la faculté d’informatique (UNamur) aura le plaisir de recevoir le Professeur Arie Van Deursen (TU Delft, Pays-bas) du 24 au 27 mars 2025, pour une série de leçons sur le thème: "Explainable Software Engineering".   La leçon inaugurale, intitulée "Explainable Software Engineering in the Public Sector ", se tiendra le mardi 25 mars 2025 à 18h00 au PA02 (Sentier Thomas, 5000 – Namur). Explainable Software Engineering in the Public Sector The field of software engineering seeks to devise theories, methods, tools, and techniques that support the development, operation, and evolution of the digital infrastructure modern society relies on. While the software engineering capabilities have advanced substantially over the past decades, it remains challenging to deliver high quality systems in a timely and cost-effective manner. Government system in particular have a weak reputation in this respect.To better understand why, we analyze 125 complex software projects in the public sector in The Netherlands. The projects are described in public reports published by the Advisory Council on IT Assessments (AcICT), which advises the Dutch parliament and cabinet on riks and chances of success in complex Information Technology (IT) projects. The projects span a time period of 10 years, represent a total budget of over 14 billion Euros, and cover such areas as tax collection, social security, pensions, health, traffic control, defense, or water management.We study these reports through the lens of "explainability", focusing on supporting decision making. Furthermore, we reflect on current advances in software engineering, including modern software testing and large language models, in addressing current software engineering challenges. Program INAUGURAL LECTURE: Explainable Software Engineering in the Public Sector - Tuesday 25/03 – 18:00-19:00 – PA02 SESSION 1 : Architectural decision making in software engineering - Monday 24/03 – 10:30-12:30 – I33SESSION 2 : Tests as executable explanations - Tuesday 25/03 – 14:00-16:00 – I33SESSION 3 : Technical debt, test smells, legacy systems - Wednesday 26/03 – 14:00-16:00 – I33SESSION 4 : Artificial Intelligence for Software Engineering - Thursday 27/03 – 10:30-12:30 – I33 About the speaker Arie van Deursen is a professor at Delft University of Technology, where he leads the Software Engineering Research Group. His research interests include software testing, language models for code, trustworthy artificial intelligence, and human aspects of software engineering. He presently serves as chair of the Steering Commmittee of the ACM/IEEE International Conference on Software Engineering (ICSE).He is a member of the Dutch Advisory Council on IT Assessments (AcICT), as well as a member of the Advisory Board of ING Bank The Netherlands. In 2023, he was elected fellow of the Netherlands Academy of Engineering (NAE). En savoir plus S'inscrire à l'événement

English versionIn the context of an international Chaire Francqui 2024-2025, the Faculty of Computer Science (UNamur) has the honor to receive Professor Arie Van Deursen (TU Delft, Netherlands ) from the 24th to the 27st of March, for a series of lectures on the theme of: “ Explainable Software Engineering ”.The inaugural lecture, entitled “Explainable Software Engineering in the Public Sector”, will be held on the 25th of March 2025, at 6pm at PA02 (Sentier Thomas, 5000 – Namur).Version françaiseDans le cadre d’une Chaire Francqui internationale 2024-2025, la faculté d’informatique (UNamur) aura le plaisir de recevoir le Professeur Arie Van Deursen (TU Delft, Pays-bas) du 24 au 27 mars 2025, pour une série de leçons sur le thème: "Explainable Software Engineering".   La leçon inaugurale, intitulée "Explainable Software Engineering in the Public Sector ", se tiendra le mardi 25 mars 2025 à 18h00 au PA02 (Sentier Thomas, 5000 – Namur). Explainable Software Engineering in the Public Sector The field of software engineering seeks to devise theories, methods, tools, and techniques that support the development, operation, and evolution of the digital infrastructure modern society relies on. While the software engineering capabilities have advanced substantially over the past decades, it remains challenging to deliver high quality systems in a timely and cost-effective manner. Government system in particular have a weak reputation in this respect.To better understand why, we analyze 125 complex software projects in the public sector in The Netherlands. The projects are described in public reports published by the Advisory Council on IT Assessments (AcICT), which advises the Dutch parliament and cabinet on riks and chances of success in complex Information Technology (IT) projects. The projects span a time period of 10 years, represent a total budget of over 14 billion Euros, and cover such areas as tax collection, social security, pensions, health, traffic control, defense, or water management.We study these reports through the lens of "explainability", focusing on supporting decision making. Furthermore, we reflect on current advances in software engineering, including modern software testing and large language models, in addressing current software engineering challenges. Program INAUGURAL LECTURE: Explainable Software Engineering in the Public Sector - Tuesday 25/03 – 18:00-19:00 – PA02 SESSION 1 : Architectural decision making in software engineering - Monday 24/03 – 10:30-12:30 – I33SESSION 2 : Tests as executable explanations - Tuesday 25/03 – 14:00-16:00 – I33SESSION 3 : Technical debt, test smells, legacy systems - Wednesday 26/03 – 14:00-16:00 – I33SESSION 4 : Artificial Intelligence for Software Engineering - Thursday 27/03 – 10:30-12:30 – I33 About the speaker Arie van Deursen is a professor at Delft University of Technology, where he leads the Software Engineering Research Group. His research interests include software testing, language models for code, trustworthy artificial intelligence, and human aspects of software engineering. He presently serves as chair of the Steering Commmittee of the ACM/IEEE International Conference on Software Engineering (ICSE).He is a member of the Dutch Advisory Council on IT Assessments (AcICT), as well as a member of the Advisory Board of ING Bank The Netherlands. In 2023, he was elected fellow of the Netherlands Academy of Engineering (NAE). En savoir plus sur Arie van Deursen S'inscrire à l'événement