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experiments that can support the future production of electrofuels and electrochemicals. You will be part of a collaborative research environment where advanced characterization techniques are combined with
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Engineering and the Division of Microstructure Physics . Both divisions have broad experience and work across experimental and theoretical approaches. We combine fundamental scientific studies with applied
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of expertise, open discussion of results, and the facilitation of experiments by other team members. Active participation at international conferences is expected, as well as dissemination of results in peer
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computational biomechanics with experimental pathology, and ii) enhance rat experiments by correlating external impact parameters to internal biomechanical responses. You will be part of an interdisciplinary team
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pipelines in Python and R. Perform experiments in cell culture and animal models to validate the findings. Coordinate the collaboration between the chronobiology lab (led by Dr. Paul Petrus) and the
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be carried out in a collaborative research team, requiring the sharing of expertise, open discussion of results, and the facilitation of experiments by other team members. Active participation
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technology with a focus on thermal process chemistry, chemical engineering, or an equivalent area relevant to the project. Documented laboratory experience with high-temperature experiments and materials
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technology with a focus on thermal process chemistry, chemical engineering, or an equivalent area relevant to the project. Documented laboratory experience with high-temperature experiments and materials
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entities Preferred qualifications Experience in biomechanics, particularly head/skull injury mechanics or impact biomechanics Knowledge of material characterization techniques and experimental mechanics
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the opportunity of further development. You will be responsible for designing, planning and carrying out experiments independently, including development of project ideas. Supervision of graduate or postgraduate