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these complexities by utilizing high-resolution data (e.g., high-frequency measurements from on-board vehicle sensors and computer-vision imagery) to provide near real-time insights. However, it is
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Electrical Engineering Mechanical Engineering Physics Neuroscience Computer Science Chemistry or a closely related field Ideal candidates should possess several of the following: Excellent academic
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applications You have good programming skills for image processing, image analysis and/or hardware control. You are eager to learn, can work independently and have a creative and solution-driven mindset
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space in immersive virtual environments, approaches related questions in an interdisciplinary manner (i.e., at the intersection of psychology, technology, and human–computer interaction). We welcome
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enjoy hands-on experimental work (electronics, signal processing, Python) and are not afraid of a bit of analytical theory. Experience with MEMS, lock-in detection, or FPGAs is a plus. You communicate
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-mountain hazards A solid foundation in math and physics Glaciologic training or expertise A willingness to conduct fieldwork in a high-mountain environment Geospatial analysis and processing skills (e.g
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focus of the group (www.macro.ethz.ch/) includes the development of: (i) rational design of dynamic polymer networks; (ii) (bio)material processing; (iii) organ perfusion and regeneration; (iv) tools
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. The recent focus of the group (www.macro.ethz.ch/) includes the development of: (i) rational design of dynamic polymer networks; (ii) (bio)material processing; (iii) organ perfusion and regeneration
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: Optical spectroscopy or microscopy Time-resolved or single-particle measurements Electron microscopy Image processing, three-dimensional reconstruction, or single-particle analysis Semiconductor
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continuous body, we aim to move beyond adaptive hardware architectures towards materials that actively participate in robotic function. The long-term vision is to create robots that can tune their physical