10 phd-in-architecture-interior-design-built-environment Postdoctoral positions in Czech
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Deep Brain Stimulation (DBS) and contribute to the next wave of innovation in neurotechnology. We are looking for a highly motivated and innovative scientist or engineer to join our interdisciplinary
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environment. Applicant Profile (Requirements): PhD degree or equivalent obtained within the last 3 years in one of the following fields: Physiology, Neuroscience, Molecular Biology, Biochemistry, Medicine
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photonic baths Participate in group meetings, preparation of manuscripts, and dissemination of results at conferences Work in an international environment and collaborate with our partners What we expect PhD
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well as future research areas for the whole lab. RESPONSIBILITIES: Collaborating with the project team (PI, 2 postdocs, 2 Phd students) to design and execute laboratory and field studies. Designing experimental
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at international conferences. Skills and Qualifications The applicant should: Be a researcher who has received a PhD or its equivalent in experimental Condensed Matter Physics or in a related field of study from
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Active participation in scientific conferences, meetings, and presentation of research results Skills and Qualifications The applicant must have: PhD degree in Biochemistry, Genomics and Proteomics
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and subtropical regions Essential Qualifications PhD in a relevant field Strong publication record in international peer-reviewed journals Excellent communication skills (oral and written) in English
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at international conferences. Skills and Qualifications The applicant should: Be a researcher who has received a PhD or its equivalent in experimental Condensed Matter Physics or in a related field of study from
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the area of Environment & Health, studying toxic compounds and their behavior, transport & bioaccumulation to evaluate environmental effects, assess the exposure and health risks to humans, and develop
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development of bioelectronic devices and materials, in particular, focusing on wireless implantable biomedical devices. The research will feature microfabrication techniques in a cleanroom environment, for