-
manufacturing rules and good practices for different process categories, and experimental production data gathered in industrial production environments. These data will be used to extract the required
-
fields are used to modify the morphology of thermoelectric nanocomposites. A theoretical framework based on dielectrophoresis will be developed to understand the E-field induced alignment process and
-
process has been developed [doi:10.1007/s40964-022-00271-0] and validated under various conditions. This PhD will go a step further from predicting temperature, to predicting bond quality and part
-
standards• investigate and develop novel technologies in the current manufacturing process • write and review technical documents including SOPs and reports of the DSP activities. But of course, you’re also a
-
signaling in the disease. However, despite these insights, the precise role of other histone modifications and their interactions in the pathological process from a healthy towards an osteoarthritic joint
-
critical mindset You have an excellent proficiency in the English language (both speaking and writing) Selection process Interested applicants should submit:- a motivation letter with a statement of skills
-
engineering, with background in microwave engineering and strong interest in machine learning techniques, or vice versa. Selection process For more information please contact Prof. dr. ir. Dominique Schreurs
-
Good communication skills, fluency in English, knowledge of Dutch and French are an asset Selection process For more information please contact Prof. dr. Natalie Lorent, tel.: +32 16 342786, mail
-
of cancer biology. Selection process For more information please contact Mr. Jeroen Declercq, tel.: +32 16 37 73 50, mail: [email protected] . You can apply for this job no later than 01/07/2024 via
-
, prescriptive analytics, process mining, and conceptual modeling. Research projects in these domains are focusing both on fundamental and applied research. This position offers candidates an opportunity