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The University of Helsinki (https://www.helsinki.fi/en ), founded in 1640, is one of the world’s leading universities for multidisciplinary research. The university has an international academic
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investigates how electricity markets must be designed, and how demand-side flexibility must be mobilised, for a power system dominated by variable renewable generation to remain reliable and affordable
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focused on: Developing gene therapy approaches for inherited retinal diseases. Designing and optimising CRISPR-based gene editing strategies, including base editing and prime editing. Generating and
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behaviours. NATURETIME aims to generate actionable knowledge to inform the design of cities and other living environments, thereby improving human time-perception regulation, boosting well-being, and
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knowledge that can inform the design of cities and other living environments in a manner that improves human time perception regulation, boosts well-being, and stimulates the positive and sustainable
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for internationally recruited employees with their transition to work and life in Finland. For more on the University of Helsinki as an employer, please see https://www.helsinki.fi/en/about-us/careers
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an advantage skills in electronics, e.g., RF electronics, MRI coil design, gradient coil design, etc. programming skills with MATLAB, C/C++ or Python skills and experience in manufacturing methods, such as 3-D
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experience of working with natural experiments. Skills and interests in eDNA methods and/or microscopy are seen as beneficial. Demonstrated skills to design and establish field measurements. Understanding
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project SUSHY (Sustainable Hybrid Structures). The project seeks for new material, smart-structural, and sustainable design alternatives to the industrial fields of marine (ship and yacht design and
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supportive group • Opportunities for international collaboration Job description The senior scientist will help in leading the research team in designing and conducting MRI-and PET studies in MS, and