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, including architecture, computational design, computer science, or related fields, who have a proven track record of applying advanced computational methods to real-world environmental challenges. A doctoral
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systems. You will also have opportunities to contribute to our open-source computational tools, teach master-level courses, and advise doctoral students. Our strong industry connections will provide
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computational research on materials science, with a focus on metallic alloys. The Materials to Products (M2P) research group investigates the properties and performance of engineering materials processed by
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, developing solutions for removing and storing greenhouse gases into the built environment, and developing the life cycle assessment method for quantifying multiple cycles of using building products. Your role
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methods, interactive methods, and a consultant´s interview. The assessment itself is a coaching and objective situation, which also provides the candidate feedback for their career development. Aalto
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related to building materials, structure types, construction methods, sustainability, and circular economy, contribute to thesis supervision and advising at the undergraduate and graduate levels
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for the conversion of plastic-derived monomers; (b) Characterizing these electrocatalysts using a range of techniques, including electron microscopy, diffraction, and other complementary methods; (c) Developing and
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researcher to experimentally investigate condensation processes at surfaces with molecular precision. The work focuses on developing advanced methods for controlling wetting and nucleation, combining cutting
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develop methods for the recombinant production of post-translationally modified structural proteins, investigate their effects on material assembly and properties, and design new, functional materials. In
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can simulate the impact of quantum control software on the physical quantum circuit. The work is in the context of Business Finland Quantum Computation campaign, and will be performed in close