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. The project aims to investigate generative design algorithms to automate the design process of electromagnetic induction components by using AM technologies and combine it with advanced computational tools. A
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instructors teach. We focus on innovative tools such as chatbots, automatic problem generation, and automated feedback for handwritten exercises. Project background After supporting 2,000 students per semester
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multiphase fluid phenomena, such as bubble and droplet dynamics and the resulting fast flows. One of our key objectives is to control bubble oscillations to exploit their energy-focusing characteristics in
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wristband ). We will explore how sensed differential signals can be leveraged for input, interaction, and adaptive control in MR environments. Central challenges include signal denoising, signal processing
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studies, geography). You have an interest in public policy analysis and urban studies. You have an excellent command of written and spoken English. Desirable: Knowledge of quantitative or qualitative social
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university, are independent and reliable and have a structured, precise working style. You are a (Swiss-) German native speaker and have a strong command of English and German. Workplace Workplace We offer
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(preferred) Strong attention to detail, reliable, and able to work independently Experience with version control (e.g., Git) is a plus Workplace Workplace We offer Hands-on experience in preparing graduate
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distribution and the impact of the filter on controller stability. For validating the new concepts as well as the design procedure you will build prototype systems and perform comprehensive measurements in
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100%, Basel, fixed-term The Khammash Lab at ETH Zurich is seeking a motivated and skilled technician to join our interdisciplinary team working at the interface of synthetic biology, control
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and automate novel setups and voltage/current sources dedicated towards the research question. Measured data is thoroughly analyzed with state-of-the-art theoretical models and published fully open