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- Adam Mickiewicz University, Poznań
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- Wroclaw Univesity of Science and Technology
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Field
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materials design and theoretical calculations. The project aims to achieve the following goals: Develop a low-temperature macro-preparation technology for hard carbon. Optimize the design of hard carbon
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in deep collaboration with the Functional Materials Technology, Inverse Materials Design, Light-Matter Interaction Theory, Next Generation Energy systems, Oxide Single Crystal, and III-V Compound
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innovative materials design and theoretical calculations. The project aims to achieve the following goals: Develop a low-temperature macro-preparation technology for hard carbon. Optimize the design of hard
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being offered at the Division of Materials Design at Warsaw University of Technology. The position is planned to be full-time and results from the dynamic development of the Department's research and
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related field; 2. Strong background in analog and digital electronics, including the design of low-noise amplifiers, filters, and signal conditioning circuits for sensors; 3. Proficiency in embedded systems
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. • Electric drive automation. • Matlab. • Artificial intelligence methods. • Computer-aided design of control systems. • Programmable logic controllers. - conducting scientific research in the field
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of processing and designing innovative fruit and vegetable products, Performing laboratory work to assess the quality of food products, particularly fruit and vegetable products, Interpreting research results
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conferences or scientific exchange programs) Have research experience either in: theoretical quantum optics or quantum information, or classical photonic integrated circuit design and/or characterization
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procedure) required at the first day of work at the latest, Ability to design, build and use electronic systems, preferably working on radio frequencies / radio technology, Good command
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these limitations by designing and characterizing novel polymeric formulations that enhance phage stability, ensuring their viability and efficacy across various applications. The project takes an interdisciplinary