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, unlocking opportunities, forms of incubation, and deployment of knowledge and ground-breaking developments. We also stimulate a healthy and inclusive work environment in which you can bring out the best in
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knowledge into machine learning models to uncover mechanisms controlling plant resilience. The ultimate goal is to connect these findings with simulation models to predict how plants respond to environmental
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mean that new technologies are urgently needed to limit micro-plastics release in the aquatic environment. A large contribution to micro-plastics pollution comes from microfibers released from clothes in
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including configurable models for network layout, propagation environment, communication and sensing application/traffic characteristics, suitable JCAS waveforms, beamforming and RRM algorithms, verify its
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of the ASM department to make aviation and spaceflight more sustainable by developing novel structures and materials that have a smaller environmental footprint by using less energy and enabling easier
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help improve our Standard Operation Procedures and Health, Safety and Environment policy, protocols and procedures. You will be joining our highly motivated and internationally diverse team of some 30
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aligned with the mission of the ASM department to make aviation and spaceflight more sustainable by developing novel structures and materials that have a smaller environmental footprint by using less energy
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Professor. Access to state-of-the-art research facilities and a supportive working environment ensures your research and teaching activities thrive. You are passionate about academic work, you strive in
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of the higher education and academic environment, including diversity and inclusion values. Has the capacity to communicate and cooperate effectively with peers, students and stakeholders
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mechanical strength, durability, and environmental impact. The successful candidate will have the opportunity to work on innovative research ideas that address the critical societal challenges in sustainable