Sort by
Refine Your Search
-
under the supervision of Professor Bernard Tilleman. You will work as part of a team to, for a limited amount of time per week, supervise teaching and tutorials, particularly for the Legal Methodology
-
achievements and appreciate the added value of teamwork. Full-time fixed-term contract of 1 year as a doctoral fellow (renewable, max. 4 years in total). You will be part of a close-knit team led by prof. Tim
-
interest in one or more CCM areas of research and/or comparative economic law. Capability to become part of the existing research group in Brussels and Leuven, and to complete a PhD within 4 years. We offer
-
supervision of and be mentored by one (or combination of) Prof. Jesse Davis, Prof. Hendrik Blockeel, and Dr. Wannes Meert. You will be part of a dynamic team that performs cutting-edge research in artificial
-
independently and as part of a team. You are willing to actively contribute within CiTiP (e.g. by setting up internal collaborations, participating in social activities, etc.). Knowledge of empirical research
-
, combining street-level information, citizen-generated data, and spatial analyses to assess how visible, accessible and equitably distributed different kinds of green spaces are. A key part of your work will
-
associated development process, as well as disease-relevant validation tools and clinical insights. As part of the project, the PhD candidate is expected to apply for a competitive personal fellowship (e.g
-
BAP-2026-110 Is the Job related to staff position within a Research Infrastructure? No Offer Description As a PhD student at the RU Roman Law and Legal History you will be part of a young and dynamic
-
components, allowing analysis of wave propagation, reflection, and energy transport. In this project, Q-variables will be used to derive analytical expressions for kink-wave reflection and interaction terms
-
, combining finite element with boundary element and perfectly matched layer formulations. These models will be used to compute modal characteristics, as well as dispersion and attenuation curves of guided