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completion of doctoral coursework (30 ECTS), an article-based or monograph dissertation, and a successful public defense. What we offer You will join an internationally leading research environment in sea ice
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Thriving sustainability research community Stimulating research and working environment in one of the leading international universities Possibility to pursue cutting-edge research with a wide community of
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transformation of biopolymers, to expand the portfolio of available renewable materials. The CMAT Department offers a multi-disciplinary working environment, focused on micro-, nano-, and atomic scale engineering
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devices for large modulating amplitudes or fast switching speeds. If you are a talented researcher interested in 2D material photonics and electronics and enjoy highly interdisciplinary research environment
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amplitudes or fast switching speeds. If you are a talented researcher interested in 2D material photonics and electronics and enjoy highly interdisciplinary research environment, this might be something
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on sustainability relevant to design and planning. We educate critical thinkers who accept their responsibility to research and design a socially, culturally, and ecologically sustainable built environment
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. Your goal is to produce world‑class research results, in collaboration with other group members in the lively environment of the MQS group, and to publish them in high‑impact journals. In
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other group members in the lively environment of the MQS group, and to publish them in high‑impact journals. In addition to research, you will also be expected to take part in the supervision of PhD
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visionaries for established, changing and emerging fields of design. ( https://www.aalto.fi/en/department-of-design) . NODUS Sustainable Design Research Group is globally recognized for transdisciplinary