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. The project in a nutshell: In this multidisciplinary project, you will test polymeric semiconductors as electrode materials for electroorganic synthesis. You will fabricate and evaluate the performance
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areas is considered a strong merit: Aircraft design (concpetual design and performance evaluation) Propulsion systems (performance, and integration) Multidisciplinary modelling (combining engine
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mathematics Experience in the design and evaluation of learning with digital teaching materials Expertise in quantitative methods and learning analytics for processing and analysing data generated by users
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as electrode materials for electroorganic synthesis. You will fabricate and evaluate the performance of polymeric electrodes for oxidative and reductive electrochemical transformations. By
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designs and material combinations, assess atmospheric deposition of pollutants as a pollution source, evaluate long-term performance, including microplastics and PFAS, and provide recommendations for urban
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that qualifications of each applicant will be assessed by human evaluators, no AI will be used in screening of candidates. We welcome your application no later than February 6th, 2026. For questions please contact
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evaluation optical devices fabricated in our cleanroom and explore their use in various experimental setups aiming at a range of applications. Supervise master’s and/or PhD students to a certain extent
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change, uncertainty, and adaptability, drawing on design- and practice-oriented methodology and ongoing evaluation research. The work will be carried out at the Division of Urban Design and Planning, in a
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include method development, surface analysis, data evaluation and training team members in a collaborative environment. About us The Malmberg lab is part of a dynamic scientific community within