114 phd-self-adaptive Postdoctoral positions at MOHAMMED VI POLYTECHNIC UNIVERSITY in Morocco
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stress biology to contribute to a multidisciplinary project focused on plant adaptation to temperature changes through stress priming and memory in the early growth phases. This project is part of a
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under investigation. Job Description: The position is open to candidates with a PhD or equivalent in a relevant discipline from a recognized university. Applicants must demonstrate that their doctoral
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and can be self-organized when they reach a critical mass. Academic liberty is promoted as far as funding is developed by research teams. The research programs are integrated from long-term research
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integrating uncertainty into planned decisions. Leverage real-time data from the industrial information system to adapt production plans. Collaborate with technical and data teams to integrate the models into a
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GSMI - Postdoctoral Researcher - Plant Ecology and Soil-Plant Interactions in Vegetated Photovoltaic
local plant species (grasses, legumes, pollinator-friendly plants). Implementation of germination, growth, and adaptation trials under semi-arid conditions. Execution of field trials on pilot sites
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innovation at the heart of its educational project as a driving force of a business model. All UM6P programs run as start-ups and can be self-organized when they reach a critical mass. Academic liberty is
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: The successful postdoctoral applicant will manage an exciting project on hybrid FO-RO desalination system and small-scale testing for seawater desalination applications. The candidate should have a PhD in
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to the management of research projects, including writing funding proposals, coordinating with partners, and monitoring budgets. Required Qualifications: PhD: A PhD in economics, finance, urban studies, urban
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plant roots. Identify microbial enzymes and functional pathways involved in nutrient acquisition and stress adaptation. Analyze plant-microbe interactions in response to salinity stress. Collaborate
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plant adaptation to temperature changes through stress priming and memory in the early growth phases. This project is part of a strategic initiative to develop temperature-resilient crops by harnessing