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Robotics, Mechanical Engineering, Electrical Engineering, Computer Science, Applied Maths, Physics, or any related field Strong background in control theory, and/or optimisation-based algorithms Proficiency
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, ITU-T, or ETSI QKD standards, as well as relevant studies (e.g., BSI implementation attack analysis on QKD systems). Working knowledge of QKD theory and implementation architectures, or strong interest
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specialisation is open, although candidates should contribute to one or more of the Department’s four subfields: comparative politics, governance and public policy, international relations, and political theory
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, and observation checklists. Conduct qualitative data analysis using thematic analysis, content analysis, or grounded theory approaches. Facilitate the planning of research projects and support research
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expertise spans more than one of the following areas: history and theory of modern or contemporary art, architecture, design, or visual/material culture; visual studies (including visual anthropology
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applicants whose expertise spans more than one of the following areas: history and theory of modern or contemporary art, architecture, design, or visual/material culture; visual studies (including visual
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survey on Hong Kong history and different theories, in particular work related to concept of resilience, state-society relations and human reactions towards crises and natural disasters. Coordinate with
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, state-space systems, reservoir computing, learning of dynamic processes, and mathematical learning theory in general. The successful candidate will be expected to teach both undergraduate and
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theory, loop tuning methods, and stability analysis for dynamic systems. Proficiency in using power electronics simulation tools such as MATLAB/Simulink, PLECS, PSIM, and LTSpice for control design, system
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produced for the project. Job Requirements: Master's in Physics or Computer Science, preferably quantum physics. Strong mathematical foundation and knowledge of quantum information theory. Strong