R&D Engineer: Design optimization of piezo-composite transducers using Level Set Method
Reference : AMS/MODSI-12/027 -- 2 years -- Luxembourg
Mission :
Within our on-going research programmes:
• You collaborate in the framework of a global research project based on the design optimization of piezo-composite transducers using eXtended Finite Element Method and Level Set method;
• You define a numerical schema for modelling of distributed transducers using eXtended Finite Element and Level Set Methods;
• You research the topology optimization of distributed piezoelectric transducers attached to a thin plate structure;
• You create, implement and evaluate the optimal design of piezo-electric transducers for Structural Health Monitoring applications.

Profile :
• You hold a PhD Degree in mechanical engineering, or in any relevant discipline pertaining to the project;
• You have good programming and analytical skills with an interest in and knowledge of numerical analysis, design optimization and/or smart materials;
• You have a proven experience in computational mechanics;
• You have excellent oral and written communication skills;
• You work autonomously as well as within a team;
• You speak and write excellent English. The knowledge of other languages will be considered an asset.

If you are interested in applying, please send a resume and cover letter with the position reference “AMS/MODSI-12/027” to: jobs@tudor.lu

PhD Student in topology optimization for spatial distribution of piezo-ceramic transducers at
Centre de Recherche Public Henri Tudor, Advanced Materials & Structures (AMS), 29, avenue John F. Kennedy
L-1855 Luxembourg Kirchberg

Mission :

In the frame of collaboration between CRP Henri Tudor and the Université Libre de Bruxelles, and funded by the National Research Fund of Luxembourg (FNR), the tasks of this PhD study will include:

• The collaboration in the framework of a global research project based on the design optimization of piezo-composite transducers using eXtended Finite Element Method (X-FEM) and Level Set Description (LSD);
• The design, implementation and evaluation of the optimal design of piezo-electric transducers for Structural Health Monitoring applications.

Profile :

• You hold a Master’s Degree in mechanical engineering and/or numerical analysis, applied mathematics or any relevant discipline pertaining to the project;
• You have good programming and analytical skills with an interest in and knowledge of numerical analysis, design optimization and/or smart materials;
• You are interested in the development of topology optimization algorithms using advanced numerical modeling methods;
• You have good English skills. Any other language is considered an asset.

If you are interested in applying, please send a resume and cover letter with
the position reference “AMS/MODSI-12/012” to: jobs@tudor.lu