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Autonomous flying vehicles, robotic systems, technologies, resource assessments, energy autonomy, sector coupling, multi-energy systems, energy. Soft robotics: materials, eth zurich chemical engineering faculty, actuators, design, fabrication, robotic modeling, model-based devices, integration of sensors for multi-energy microgrids, security of energy.
Computational mechanics, contact mechanics, fracture materials and structures, lightweight structures, and simulation of 3D printing. Mechanics of living tissues and CO 2 conversion, granular flows, light-matter interactions on the nanometer. Chemical engineering, aerosols, combustion, flame and electronics, self-assembling biofuel cells, chromatography, process design. Control for complex system networks, mechanics, isogeometric discretization techniques, modeling optical and structural design methods.
Additive manufacturing, automation technologies, robotics. Microsystems cchemical nanotechnology for sensors, process technology, thermoelectric materials and two-phase particulate flows, numerical modelling. Product development, design for new faculgy in porous dth, multi-scale digital factory planning.
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ETH Zurich UNIVERSITY - STEP BY STEP GUIDE ON HOW TO GET IN ETH Zurich - College AdmissionThe research within the ICB focuses on a range of topics in the broad area of chemical engineering. These include: chemical aspects of energy, heterogeneous. Paolo Arosio. Prof. Dr. Paolo Arosio ICB | Biochemical Engineering ; Alexander Barnes. Prof. Dr. Alexander Barnes IMPS | Solid State NMR Spectroscopy ; Prof. Dr. Ahmed, Daniel, Prof. Dr. Bambach, Markus, Prof. Dr. Bardow, Andre, Prof. Dr. Carmeliet, Jan, Prof. Dr. Coletti, Filippo, Prof. Dr. D'Andrea, Raffaello.
