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lenses. Investigate fluid transport, sensing capabilities, and material behaviour within hydrogel-based microsystems. Publish your research in leading scientific journals and present your work
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the Department of Microelectronics at Delft University of Technology in the Netherlands. Our research aims to develop multifunctional and multidimensional bioelectronic interfaces that can address fundamental
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methods from physics, chemistry, and mathematical modelling. The long-term goal is to derive design principles for constructing smart, adaptive microsystems, potentially useful for targeted drug delivery
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quantitatively benchmark a detector or detector array suitable for integration into a compact spectropolarimetric camera. You will work in the Electronic Instrumentation group of the Department of Microelectronics
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principles for constructing smart, adaptive microsystems, potentially useful for targeted drug delivery, cargo transport, biosensing, microfluidic mixing, or self-healing materials. The successful candidate
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principles for constructing smart, adaptive microsystems, potentially useful for targeted drug delivery, cargo transport, biosensing, microfluidic mixing, or self-healing materials. The successful candidate
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performance and other relevant materials properties. The research will take place in the Electronic Components, Technology and Materials section of the Microelectronics Department. Within the consortium, also
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section of the Microelectronics Department. Within the consortium, also other academic, research and industrial partners are present with whom there can be opportunities to collaborate. Job requirements You