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PhD Position Biomechanical Engineering 100 % · PhD position in the field of soft tissue biomechanics: Be part of a translational research project combining experimental and numerical mechanics with AI-based optimization pipelines to improve pediatric orthosis designs. · PhD Posit ...
Winterthurvor 1 Woche
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PhD Position Biomechanical Engineering 100 % · Über den Job · PhD position in the field of soft tissue biomechanics: Be part of a translational research project combining experimental and numerical mechanics with AI-based optimization pipelines to improve pediatric orthosis desig ...
Winterthurvor 5 Tagen
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PhD position in the field of soft tissue biomechanics: Be part of a translational research project combining experimental and numerical mechanics with AI-based optimization pipelines to improve pediatric orthosis designs. · School: School of Engineering · Starting date: immediate ...
Winterthurvor 1 Woche
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PhD Position Biomechanical Engineering 100 % · PhD position in the field of soft tissue biomechanics: Be part of a translational research project combining experimental and numerical mechanics with AI-based optimization pipelines to improve pediatric orthosis designs. · PhD Posit ...
Winterthur, Zurichvor 1 Woche
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PhD position in the field of soft tissue biomechanics: Be part of a translational research project combining experimental and numerical mechanics with AI-based optimization pipelines to improve pediatric orthosis designs. · School: School of Engineering · Starting date: immediate ...
Winterthur, ZHvor 1 Woche
Postdoctoral position in "Genomic signatures of adaptive evolution along the fast-slow life history continuum" (m/f/d) 80-100 - Dübendorf - eawag
Beschreibung
Postdoctoral Position
Human activities are driving environmental change at an unprecedented rate, imposing strong selection pressures on many organisms. The capacity of populations to adapt to such pressures is shaped by life-history traits such as lifespan, age at maturity, and reproductive strategy.
Life-history theory predicts that these traits influence the strength and timing of selection, and ultimately the speed and limits of adaptive evolution with important consequences for persistence and resilience.
The Project:
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PhD Position Biomechanical Engineering 100 -
Nur für registrierte Mitglieder Winterthur
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PhD Position Biomechanical Engineering 100 -
Nur für registrierte Mitglieder Winterthur
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PhD Position Biomechanical Engineering 100
Nur für registrierte Mitglieder Winterthur
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PhD Position Biomechanical Engineering 100 -
Nur für registrierte Mitglieder Winterthur, Zurich
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PhD Position Biomechanical Engineering 100
Nur für registrierte Mitglieder Winterthur, ZH