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the design, fabrication, and characterisation of nanostructured sensing materials, flexible and stretchable electrode networks, and sensor arrays capable of detecting pressure, strain, bending, tactile
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for creating a complete simulation framework based on CONRRAD and automated driving functions that fully utilise its multi-sensor stack. You could also develop your own research portfolio by supervising MSc
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on CONRRAD and automated driving functions that fully utilise its multi-sensor stack. You could also develop your own research portfolio by supervising MSc individual research projects aligned with
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research and development activities in the field of underwater robotics, specifically applied to the distributed acoustic monitoring of the marine environment. The project seeks to explore the use of subsea
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, data-driven experimentation in colloid science. The successful candidate will contribute to the development of self-driving laboratory capabilities integrating robotics, high-throughput experimentation
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-being, human-computer interaction, robotics, interactive media, and immersive environments. We are looking for candidates specializing in the following topics: Soft/Textile Electronics • Research and
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, interfaces, active surfaces. Desired qualifications: Experience within some of the areas of active materials, robotics, sensors, elastohydrodynamics, interfacial flows and/or complex materials will also be
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of different chemical and biological wearable/implantable/point-of-care sensors using these materials for the high precision detection of biomarkers and physiological parameters, such as proteins, DNA, antigen
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Overall Role Lead the end-to-end research and development of next-generation pipeline inspection and repair robotic systems, covering mechanical design innovation, perception and navigation
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sensors. Additionally, you will contribute to the organisation of user studies and workshops, for co-designing and evaluating this technology with diverse participants, including disabled musicians. You