Sort by
Refine Your Search
-
project we would like to study different alternatives to achieve switchable/controllable friction and develop wear-resistant smart-coatings with self-adaptive friction properties. The goal is to decouple
-
PhD Embracing neurodiversity: from stigma to organizational asset through management control 1.0 FTE
changed over time, 2) how companies adapt processes to increase the neurodiversity of their employees and manage them effectively, and 3) how these changes affect neurodivergent employees. By exploring
-
smart-coatings with self-adaptive friction properties. The goal is to decouple the low friction WLG requirements and the high friction needed for the thermal load cases, with a greenfield investigation on
-
on developing universally adaptive theories and sensory-specific methods. Through system-level developments, the theoretic-based contributions will be validated in the real world in a performance-oriented manner
-
PhD Embracing neurodiversity: from stigma to organizational asset through management control 1.0 FTE
management and to improve performance. This project aims to analyze 1) how the perception of neurodivergent employees has changed over time, 2) how companies adapt processes to increase the neurodiversity
-
adolescents might use substances to conform to peer groups norms through social influence processes (Boyle et al., 2020; Henneberger et al., 2020). This idea resonates with Moffitt’s dual taxonomy of adolescent
-
for mental health issues caused by social marginalization (Bos et al., 2016; Felner et al., 2021). Alternatively, marginalized adolescents might use substances to conform to peer groups norms through social
-
of neurodivergent employees has changed over time, 2) how companies adapt processes to increase the neurodiversity of their employees and manage them effectively, and 3) how these changes affect neurodivergent
-
modeling and statistical machine learning. We put equal emphasis on developing universally adaptive theories and sensory-specific methods. Through system-level developments, the theoretic-based contributions
-
original studies will be conducted based on uncertainty-aware kino-dynamic modeling and statistical machine learning. We put equal emphasis on developing universally adaptive theories and sensory-specific