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You will work on an ongoing research project on intergenerational mobility in Switzerland which addresses questions of social mobility across multiple dimensions. In particular, the project examines
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the following documents: Cover letter (please include 2 examples of products/systems you owned end-to-end, one example of how you led delivery across multiple stakeholders, and a short architecture snapshot of
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are designed to stabilize fractured bones in their correct anatomical alignment, but conventional implants often require removal once healing is complete, which can lead to complications. Mg-based biodegradable
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directly to the AXA RF, they first have to submit a short proposal to the UZH Research & Grants Office. In case multiple candidates are interested to apply, the UZH Research & Grants Office has to pre-select
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Track) in Ion Trap Quantum Computing (80-100%) Your tasks Contribute, as part of an interdisciplinary and international team, to multiple ion-trapping projects operated at both room and cryogenic
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engineering Software integration across multiple platforms, in particular Rhino 3D, Grasshopper and Unity Collaboration within a multidisciplinary team of software engineers, architects, civil engineers, and
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your own research profile according to your interests, while remaining within the project’s goals. Each research direction is composed of a sequence of Tasks that will collectively achieve the project’s
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technical alignment with the Lead Architect to ensure seamless hardware-software-architecture integration. Prototyping: Oversee the transition from early-stage hardware components to a commercial-grade
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stakeholders ranging from public health to finance, agriculture, and water management. By pooling competence from 20 leading Swiss research institutions across multiple natural and social science disciplines
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organised individual to support multiple experimental and computational research groups. The successful candidate will contribute to both a collaborative research network and institute-wide activities