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If you’re interested in this position, please send your application before September 20, 2025. Your application should include: A cover letter (maximum 1 page A4) emphasizing why you are a good fit for this
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intriguing avenue is to assemble molecular motors covalently on surfaces without compromising their rotary motor function to achieve propulsion. Such proof-of-principle demonstrations will be a major step
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of the following separate documents: 1. Your cv. 2. A motivation letter (1A4 max) and a short research proposal for the PhD project (2 A4 max). 3. A scan of your diploma including transcripts. 4. Proof of English
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disciplines could be relevant, including (but not limited to): (bio)physics, (biomedical) engineering, nanotechnology, and the pharmaceutical sciences. The fit to the position and/or the willingness to explore
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. 4. Proof of English proficiency. 5. Other relevant documents. The documents 1-4 are compulsory and please note that incomplete application packages will not be taken into account. An assessment may be
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). 3. A short study proposal for the PhD project (2 A4 max). 4. A scan of your diploma including transcripts. 5. Proof of English proficiency. 6. Two letters of recommendation (ideally academic). Please
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motivation letter (1A4 max). 3. Your Master thesis. 4. A scan of your diploma including transcripts. 5. Proof of English proficiency. 6. Other relevant documents. The documents 1-5 are compulsory. Please note
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will be determined collaboratively with the selected candidate to ensure a good fit and to attract top talent. Possible topics include, but are not limited to, the following: systems and control theory
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course grades. If the certificates or transcripts are not in English or Dutch a translation into English must also be provided. Proof of English proficiency – more details in this link: https://www.rug.nl
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innovation discovery funnels (IDF), IP valuation frameworks, and business model development (e.g., Lean Canvas, Osterwalder’s Business Model Canvas)—to assess feasibility, market fit, and commercial potential