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of the optical localization system for mobile robots in dynamic and unstructured environments. Main activities • Development of an optical localization method for mobile robots operating in indoor and/or outdoor
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, among others. • Lead the implementation of integrated methodological frameworks (machine learning, multi-omics networks, generative AI) for analyzing genotype–phenotype–environment interactions
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Work environment and context The recruited person will join the Biomaterials and Tissue Fabrication (BioFab) axis, one of the 4 axes of the BMBI laboratory in the biological engineering department and
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Technology » Environmental technology Researcher Profile Recognised Researcher (R2) Established Researcher (R3) Leading Researcher (R4) Other Profession Positions Other Positions Application Deadline 3 Apr
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Skills Non-linear solid mechanics Formulation of behaviour laws Strong skills in numerical simulation of material forming processes Interest and ability to work in a research environment with specialists
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that better address social and environmental issues). 2. Supervision and development of the Humanities & Technology curriculum Depending on their skills and experience, the successful candidate will contribute
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Fixed-term contract – expected duration of 29 months and until 31/031/2029 at the latest Gross monthly salary Depending on experience and funding Workload 1 607 hours per annum Work environment and
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hours/year Working environment and context The position is based in the mechanical engineering department, Roberval laboratory. The recruited person will be integrated into our research team that works on
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. While addressing economic and environmental objectives—often represented through price signals or emission coefficients—and consider only connection power limits, a more comprehensive assessment is