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activities, we design programmable cellular implants and nanocatalytic devices capable of responding to a wide spectrum of biochemical cues (e.g., glucose, ATP, disease biomarkers) and physical stimuli (e.g
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or projects), including any of designing interaction techniques, building interactive systems (e.g., Unity3D), or running and analyzing user studies. Project background Mixed Reality promises flexible
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In this role, you will lead projects centered on the design and development of innovative experimental testing systems and their digital counterparts. You will be responsible for the conception
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-of-the-art synthetic biology with advanced nanotechnology, and electrogenetic interfaces to engineer human cells for next generation bioelectronic medicine, designing programmable cells that respond
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for in vitro disease modeling. Our group integrates mechanical design, materials science, and bioengineering to build functional 3D organoid systems and reduce reliance on the use of animal models. We
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. We foster research excellence, industry innovation, and AI entrepreneurship to promote trustworthy, accessible, and inclusive AI systems for the benefit of society. Founded in autumn 2020, ETH AI
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platforms such as novel biosensors, gene switches, genetic closed-loop circuits, and chemical structures that interface with and actuate cellular activities, we design programmable cellular implants and
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Mixed Reality. This research combines physiological time series analysis (such as or similar to EEG, EMG, EOG), machine learning, and real-time system design for intelligent interaction systems
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be able to leverage this knowledge to solve important engineering challenges such as designing consumer products with sustainable and durable materials, developing lightweight, robust and resilient
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health assistant designed to improve asthma control in adolescents by combining age-tailored coaching with low-burden, passive tele-monitoring. The system integrates measurements of lung function and