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project - “Oracle complexity bounds of first-order methods for nonsmooth optimization with nonconvex function constraints”. They will be required to conduct theoretical analysis, algorithm implementation
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from rich multimodal demonstration data; (b) conduct research on skill composition for complex long-horizon tasks; (c) develop methods for atomic skill retrieval and representation; (d) develop
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- “Development of new ligands and metal complexes”. Qualifications Applicants should have a doctoral degree or an equivalent qualification and must have no more than five years of post-qualification experience
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complex design concepts in clear, accessible language for non-designers; (c) process qualitative research and interpersonal skills to support various desktop and school-facing field work activities; (d
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; familiarity with time series analysis and complex survey design and weighting is preferred. Experience in epidemiological data analysis of large datasets using R and/or STATA is highly preferred, competency in
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complexes and their application in anticancer drug development or transition-metal catalysis under the supervision of Professor Chi-Ming Che. Applicants with an outstanding academic record and relevant
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project - “Precise and safety-certifiable GNSS/5G integrated positioning for unmanned aerial vehicles navigation in complex urban scenarios”. Qualifications Applicants should have a doctoral degree in
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research on the synthesis of novel precious-metal complexes and their application in anticancer drug development or transition-metal catalysis under the supervision of Professor Chi-Ming Che. Applicants with
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administrative experience at a senior executive level in a leading university or comparable institution, with a proven track record of leading complex organisations through growth, transformation and change
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and construction workflows Requirements A PhD’s degree; AI-native; Highly fluent with tools like Codex or Claude Code (or equivalents), and can leverage them to learn and solve new and complex problems