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Are you skilled in Python and in any of the following: machine learning, natural language processing and network analysis? Would you like to help teach students advanced applications of these digital skills? Will you be studying in the academic year 2026-2027? We are looking for new additions to our team of Teaching Assistants and you may just be one of them! 

Are you interested in research methods and in supporting student research projects through methodological advice? Since 2014, the Communication Science Department has a Methods Desk where students can ask statistical and methodological questions. We are looking for a dedicated and enthusiastic student to join the Methods Desk Team.

Are you a highly motivated physicist with a strong interest in merging photonics and mechanics? We are seeking an excellent and ambitious PhD candidate to carry out interdisciplinary research on mechano-optical metasurfaces.A long-standing challenge for both fundamental and applied sciences is to devise new tools to actively manipulate physical signals – such as light, sound, or motion. During the past 20 years, metamaterials have become a particularly fruitful paradigm to control light or motion in unprecedented ways. By patterning materials at a length scale much smaller than the typical interaction length in the material, metamaterials can be designed that have man-made properties that cannot be found in nature. For instance, optical metasurfaces can now redirect and pattern light beams with nm-thick layers, and mechanical metamaterials can exhibit extreme and programmable shape-changes. Yet, despite these impressive advances, metamaterials research has so far been focused on restricted sets of properties: metamaterials allow the control of either light or motion, yet rarely simultaneously.