Sort by
Refine Your Search
-
Employer
-
Field
-
-UAS technologies o Multi-agent systems and swarm robotics o Autonomous navigation and guidance o Computer vision and perception o Machine learning
-
. Generating spatially patterned THz waves typically involves a two-step process: (i) photoexcitation of silicon with patterned laser pulses, leading to conducting (illuminated) and non-conducting (non
-
datasets to identify regional spatial patterns and temporal trends in ecological processes and carbonate budgets across South and Southeast Asia. The ideal candidate will have strong research interests in
-
techniques, and energy management system (EMS) for the energy efficient and reliable operation. • Perform HIL/real-time simulation studies/experiments for various cases to demonstrate performance
-
nanofabrication, process developments and improvements, device characterization. The candidate will be the link between semiconductor industry collaborators. Since the candidate will be working in an international
-
scientific timelines, deliverables, and quality assurance processes • Ensure methodological rigour and adherence to ethical, academic, and publication standards • Present scientific findings during
-
Qualifications 1. A PhD in Physical Geography, Ecology, Remote Sensing, or a related discipline (preferably within three years of completing the PhD). 2. Knowledge of the key processes governing
-
for predicting the joint probabilities of extreme events related to coastal processes such as waves, tides, storm surge, etc. The candidate should have strong expertise in statistical modelling as
-
, or packaging-tolerance analysis. Knowledge of optical communication systems, co-packaged optics, or high-speed photonic systems. Familiarity with micro- and nanofabrication processes is an advantage. Appointment
-
systems, quantum control, quantum stochastic processes, quantum information, or the mathematics of dynamical systems and machine learning. Knowledge of input-driven and stochastic dynamical systems