Doctoral and post-doc. research

We believe that incorporating PhD students is a strategic focus that enables us not only to maintain strong ties to academia, but also to work on cutting-edge topics with a view towards scientific publishing. About sixty PhD students are consequently supervised, either with the universities of the Greater Region with which we have had natural academic partnerships for many years (Universities of Luxembourg, Lorraine, Strasbourg, Lièges, Trier, Saarbrücken, Kaiserslauterne, the Faculties of Notre Dame de la Paix de Namur and many others), or with the many international universities that work in the same areas as us. If you would like to undertake a PhD thesis please visit the career zone.

You can also browse our archived theses.

Post-doctoral researchers are also working at Tudor in the frame of research projects, you can as well see their work below.

Thomas Altenburger - Information and Communication Technologies
The INTERACT ('user INTERface Adaptation for highly Collaborative and mobile conTexts') Ph.D. project focuses on the User Interface (UI) adaptation problem. Human-Computer Interactions are today widespread in our daily life and UIs may have to be displayed on a heterogeneous set of devices. They...
Kadir Apaydin - Advanced materials technologies
Organic polymers are intrinsically flammable and therefore any commercial polymer needs to be modified to prevent or delay fire departure. This is usually carried out by the addition of flame retardant (FR) additives into the polymer.  Two methods can be considered for a fireproof the material: ...
Damien Arbault - Environmental technologies
In the last decade, the need for the reduction of environmental impacts generated by man-made activities has more and more concerned the design and operation of industrial processes, such as potable water supply plants. The use of Life Cycle Assessment (LCA) has been generalized to assess products...
Kodjo Attipou - Advanced materials technologies
The aim of the PhD thesis is to develop advanced multiscale modelling and simulation techniques to predict wrinkling phenomena in multilayered composites. Local wrinkling is characterised by a small modal wave-length if compared with a representative dimension of the structure and it is due to...
Wiyao Leleng Azotti - Advanced materials technologies
The main objective of this PhD research project is the derivation of a multiscale methodology and model to explore microstructural aspects that lead to high performances in multifunctional composite materials with auxetic-based materials. To this end, the multi-site version of Mori-Tanaka...

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