104 high-performance-quantum-computing-"https:"-"https:"-"https:" positions at UNIVERSITY OF VIENNA
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well as access to sequencing facilities, high-end computer clusters, and an imaging and electron microscopy core facility. Research in our group covers diverse invertebrate lineages, with particular strengths in
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catalytic performance. Applications include enhanced electrochemical sensing, field-responsive coatings, and energy-harvesting architectures. The candidate will use advanced fabrication, microscopy, and
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for interdisciplinary research, with access to advanced core facilities including biooptics, mass spectrometry and high-performance computing. We participate in major training initiatives such as the Vienna BioCenter PhD
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(or comparable degree) in computer science, mathematics, electrical engineering, information processing or a related field High analytical skills Experience in the field of interdisciplinary research High level of
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, and high-performance computing for biotechnological applications. The project aims to develop computational tools for bioprocess optimization, combining modeling, simulation, and data-driven methods
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, teaching and research Requirements: Completed Master's degree (or comparable degree) in computer science, mathematics, electrical engineering, information processing or a related field High analytical skills
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: Your future position will be at the Institute of Sport and Movement Science in the Department of Sports Medicine, Performance Physiology and Prevention. There are collaborations with the Austrian
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, while managing state-of-the-art instrumentation. The position is initially limited to one year with the option of subsequent permanent employment. Your future tasks: Operation and management: Oversee
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field of civil and commercial law) Very good written and spoken German Very good written and spoken English Excellent computer skills (MS-Office) Experience in working with databases High level of written
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, develop, and troubleshoot high-end NMR spectrometers (400–700 MHz, solution- and solid-state NMR, EPR, Prodigy and He-Cryo units), ensuring optimal performance and reliability. Method development: Develop