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Field
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designs, sustainable skies. Job description The path to sustainable aviation relies on innovative, efficient production technologies. Thermoplastic composites, combined with novel material architectures
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Models for Multi-Modal Reasoning This project explores the integration of graph-based foundation models (e.g., knowledge graphs) with large language models (LLMs) to build AI systems capable of reasoning
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across AI, incorporating insights from algorithm development, systems engineering and architecture, human psychology, sociology, law, science and technology studies, economics, and policy studies. Faculty
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across AI, incorporating insights from algorithm development, systems engineering and architecture, human psychology, sociology, law, science and technology studies, economics, and policy studies. Faculty
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position within a Research Infrastructure? No Offer Description Full time, Two (2) Year fixed term opportunity. Located at the Forest Lodge Building on the Camperdown Campus Advance AI-driven decision-making
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funding. Requirements A PhD degree in a relevant discipline (e.g., civil engineering, computer science, AI, architecture, or related fields); A strong publication track record; Experience with Building
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profiles (R1-R4): R2 Field of science: Biology Type of recruitment: NCN SONATA-BIS Requirements: PhD degree, or equivalent, in, psychology, physics, neuroscience, neuorinformatics, biology or relevant
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becomes essential. This project will focus on building a comprehensive digital twin of a future quantum computer to investigate how classical subsystems scale and interact, and how this scaling impacts
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the SelSiCELL project which aims to make high performance solar cells based on selenium (c-Se) as the photoabsorber, and to make tandem solar cells based on the c-Se/c-Si architecture. The project is mostly
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Full time, Two (2) Year fixed term opportunity. Located at the Forest Lodge Building on the Camperdown Campus Advance AI-driven decision-making in future megaprojects. Base Salary Level A, Step 6