Sort by
Refine Your Search
-
on the track of Cyber-Human Physical Systems seeks researchers to advance Systems Science and Engineering by modeling human behavior in complex dynamic networks addressing global challenges. Emphasizing Cyber
-
controlled environments as well as in the field. The candidate will study the effects of cultivar mixtures in the rhizosphere in the context of drought stress, as well as disease dynamics in the phyllosphere
-
impact. Research Responsibilities Responsibilities will vary depending on the candidate’s background, but may include: • Developing new transportation modeling methods, including dynamic traffic assignment
-
and personalized learning experiences Position Summary : This role is ideal for a highly motivated individual who thrives in dynamic environments and excels at translating vision into action. Working
-
are not limited to) intergroup biases and dynamics, social influence, group decision-making, emotion, moral psychology, or legal judgment. There will also be opportunities and resources for conducting
-
, psychophysiological data during large-group decision making) on topics that could include (but are not limited to) intergroup biases and dynamics, social influence, group decision-making, emotion, moral psychology
-
the rhizosphere in the context of drought stress, as well as disease dynamics in the phyllosphere. The candidate will evaluate plant phenotypes, sample plant tissues, perform DNA extractions and metabarcoding
-
on the candidate’s background, but may include: Developing new transportation modeling methods, including dynamic traffic assignment, AI-enhanced forecasting, optimization, or simulation-based analysis Building and
-
existing commercial sensors. ● Explore high-frequency turbidity monitoring as a tool for assessing flocculation dynamics. ● Test and refine low-cost optical sensors, including a blue-light absorbance sensor