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Institute (EASI) have a vacancy for PhD project funded by the ERC Project NEURO-LABS to develop "Organic neuromorphic and biohybrid spiking circuits”. Project Neuromorphic electronics is currently
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on innovation. As part of this PhD project you will: Identify the most relevant societal stakeholders, end users and applications that would benefit from the optical circulator. Develop an overview of industrial
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interested in collaborating with industrial partners. Motivated to develop teaching skills and coach students. Fluent in spoken and written English (e.g. C1 level). Conditions of employment A meaningful job in
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networks of spiking neurons and adaptive synapses. Key responsibilities: Engage in groundbreaking research to develop advanced neuromorphic sensing, and computing systems by taking inspiration from
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and Tilburg University and strive to combine their strengths in setting up large scale research programs and educational programs. The department at Tilburg University you closely collaborate with is
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be asked to assist with educational tasks at Ghent University (course support). Job requirements You have a bachelor and master degree in Mathematics. You have a strong background in Graph Theory
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methods to specific planning domains (public space, infrastructure, retail, jobs, housing, and public facilities)? Are you fascinated by going beyond the teaching methods and planning concepts, by focusing
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selection of ultrasound and electrophysiological features to describe the behavior and characteristics of the cardiovascular system. To develop dedicated mathematical models to describe the coupling between
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of these tools will be conducted by the clinical PhD candidate through interactions with clinicians, the end users of this innovative approach. Your tasks will be: To develop the clinical protocol
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dynamic IOP changes. To meet the demand for continuous and remote IOP monitoring, this PhD project aims to develop an innovative glaucoma implant that will not only lower IOP, but also provide real-time and