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contribute to a major research project to improve our understanding of macroplastic pollution in coastal seas. Working at the intersection of numerical modelling and observations, you will develop simulations
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to develop synthetic cells that mimic tubular function by integrating transport proteins in lipid membranes. Furthermore, the ultimate long-term goal is to integrate these cells in a dialysis machines. The
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energy technologies. Working with other colleagues across our partner institutions, you will help to identify the key dynamics that support transformative change and develop guidance for future practice
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with the team, you will develop the qualitative research instruments, conduct fieldwork and participatory workshops with activist communities. You will also contribute to the project’s theoretical development. In
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, GreenTE will unravel how plants sense and respond to mechanical stimuli. These fundamental insights will be the basis to develop engineering interventions to improve plant regeneration, seed longevity and
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of students and support collaborative lab projects. Developing your scientific independence, including the opportunity to prepare and submit personal grant applications. You will collaborate closely with