Sort by
Refine Your Search
-
Listed
-
Category
-
Country
-
Field
-
characterize plasma process equipment. Familiar with COMSOL software to simulate the influence of magnetic field on plasma flow. Conducts various design simulations to refine processes. Optimize vacuum coating
-
plasma process equipment. Characterize the influence of magnetic field on plasma flow. Conducts various design experiments to refine processes. Optimize vacuum coating processes, and leading R&D efforts in
-
efficient algorithms with provable statistical guarantees, using tools from: high-dimensional statistics, optimization, probability theory, etc. These positions would be especially relevant for those with a
-
of our research systems, providing vital user support, and enhancing system functionality. You’ll collaborate closely with the IT department to optimize system performance and efficiently address user
-
lead research on next-generation solar harvesting materials, focusing on developing and optimizing synthesis methods for novel inorganic nanoparticles and quantum dots designed for solar-to-energy
-
properties. Develop and optimize growth recipes based on characterization feedback and experimental results. Take responsible for laboratory related procurement and safety. Prepare technical reports and
-
, Julia. Understanding of one or more of the following areas would be an advantage Optimization Dynamic systems Control theory Power electronics Signal processing Machine learning and data science (various
-
stakeholders both externally and internally to positively impact on the programmes and their expected outcome. 3. Explore and leverage on the use of innovation to optimize student’s learning and employability
-
sustainable manner. Key Responsibilities: Responsible for developing explainable machine learning algorithms for TBM risk identification Developing practical tools to optimize TBM operation parameters Writing
-
sustainable manner. Key Responsibilities: Responsible for the thermodynamic analysis of energy geostructures considering multiple energy source coupling Developing practical tools to optimize the thermal