32 security-"https:" "https:" "https:" "https:" "Keele University" positions at ETH Zurich in Switzerland
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for stable isotope measurements. ECAF is being established as a robust, user-focused platform with standardized workflows, strong safety culture, and high-quality training to support chemical analyses critical
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, long-term usability, and building systems that are secure by design and aligned with best practices. You likely have a background in software engineering, data engineering, or a related field, and an
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are FAIR-compliant, secure, efficient, and operated in a sustainable manner over the long term. Furthermore, you will actively participate in the design, prototyping, and further development of RDM
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manufacturing of components for the surgical insertion and secure shipment of UFTEs Assembly of surgery-ready UFTEs to be used in-house or shipped to collaborators This is a max. 1.5-year position that can start
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passion for interdisciplinary science to join our team. Project background This position is part of the project “Forest Management and Drinking Water Security under Climate Change” supported by the Swiss
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deployment by enabling quick data collection, calibration, and policy training while ensuring safety and efficiency. For this, we develop novel learning-based control and policy optimization techniques. We're
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incl. lab books, protocols and research documents Onboarding support of new lab members incl. organization of bench and desk, basic equipment, security and biosafety instructions, lab tour Organization
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service providers operating in high-demand sectors including offshore wind, oil and gas, but also maritime security, demining (UXO, MCM) and search & rescue. As an ETH Zürich Spin-Off, we are a fast-growing
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compromise grid reliability and energy security. We proceed in two steps. First, we use AI-based document analysis and engineering data to construct detailed bills of materials (BOMs) for selected critical
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, safety, and societal acceptance of CO₂ injection into Switzerland's subsurface. Time-lapse seismic-reflection imaging is the primary tool to image the CO₂ plume and its migration through the subsurface