-
models, real-time telemetry, and AI-enhanced analytics, the research aims to enable continuous simulation and verification across the entire ECU lifecycle—from early model-in-the-loop design to deployment
-
. Responsibilities and tasks Compile an analytical framework for examining experimental approaches to analyze green fire-retardant pretreat- ment methods before and after wood densification. Study and test the
-
the most efficient analytical approach (e.g. weight, profilometry, SEM) to calibrating the quality model? How can AI based methods be used to fit empirical data to existing nanofiber quality models
-
understanding of thermomechanical principles Strong analytical and problem-solving abilities Motivation to engage in computational modeling, with interest in linking results to experimental validation About the
-
fulfil the following requirements: a master’s degree a clear interest in the topic of the position excellent command of English strong and demonstrable writing and analytical skills capacity to work both
-
skills (written, oral, academic) Strong and demonstrable writing and analytical skills and willingness to enhance these Strong motivation to work both independently and collaboratively with local and
-
relations) ambition and potential towards world-leading research and publications excellent command of English strong and demonstrable writing and analytical skills capacity to work both as an independent
-
demonstrable writing and analytical skills capacity to work both as an independent researcher and as part of an international team The following experience is beneficial: Experience with ROS, Autoware is a plus
-
, interdisciplinary, and international team Successful candidate should have prior experience in at least one of those areas: analytical methods (e.g. profilometry, SEM), machine learning and/or modelling, embedded
-
bench, combining the advantages of real-time software models and real equipment, contributes to the reduction of the number of test runs and safe maintenance. Test benches cover many different areas like