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development and testing. As a PostDoc, you are expected to develop independent ideas and to communicate research results in oral and written form. The employment includes national and international
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cybersecurity tool development, virtualised networking test beds, application of statistical or AI methods for load monitoring and performance tuning, and anomaly detection are prioritized. Excellent
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publication list Copy of PhD certificate, and other relevant exam certificates Contact information of 2 references Fellowship summary Full-time, two-year tax-free stipend. Tentative start: early to mid-2026
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-throughput computational screening methods for alloy design, experimental alloy production (casting and/or AM), testing and characterisation of the thermo-physical and mechanical properties of the designed
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contribute to building a flexible research codebase that enables rapid testing of new ideas rather than rigid adherence to established workflows. As postdoc, you will principally carry out research. A certain
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technologies. The OEM group is part of the Laboratory of Organic Electronics (LOE) (https://liu.se/LOE ), an internationally renowned research environment comprising more than 150 researchers from diverse
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behavioural observations, welfare assessments, cognitive testing (e.g., novel object recognition, problem-solving, attention bias), and stress-physiology sampling in longitudinal studies following piglets from
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an electrochemical method capable of removing more than 98% of mercury from real concentrated sulfuric acid sourced from a smelting plant in small-scale laboratory tests. The project will extend and enable this method
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architectures, including but not limited to simulation, best-practice pattern evaluations and testing, inventing and utilizing evidence and measurements to evaluate and compare architectural solutions. Publishing
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at Chalmers and closely collaborate with the materials chemistry subgroup to test next-generation electrodes. The project in a nutshell: In this multidisciplinary project, you will test polymeric semiconductors