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, manufacturing and experimental testing of composite materials, design of lightweight structures, 3D printing, cryogenic applications, sustainability of materials, among others. Duration of the grant: 1 years
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. The research to be carried out will involve the design and development of prototypes for validation purposes, which will be co-designed and evaluated with key industry players at the European and global levels
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recognized researchers and industry experts. • Competitive MSCA funding package including Living, Mobility, and Family Allowances (where applicable). • Full employment contract and social security coverage
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. The candidate will conduct cutting-edge research on how cybercrime is organized, coordinated, and sustained online, and on how it can be detected and disrupted. Cybercrime is a fundamentally collective enterprise
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of the acquired knowledge to develop manufacturing guidelines for organic solar cells with high long-term stability using high-performance polymers and non-fullerene acceptors (NFAs) (Task 3.3). JUSTIFICATION
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to assist at key stages of the manufacturing line or even at end-of-life for sorting before recycling. We offer the opportunity to work on an emerging and high-impact research topic, bridging scientific
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. The expectation to publish in top-tier conferences and journals such as USENIX Security, PETS, NDSS, IMC, WWW or CCS. Excellent prospects for a career in academia, research labs, or the privacy-tech industry [11
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INSTITUT CATALÀ DE NANOCIENCIA I NANOTECNOLOGIA | Universitat Autonoma De Barcelona, Cataluna | Spain | 3 months ago
their PhD, improving their chances of continuing their research at prominent institutions worldwide in academia and/or industry. Research areas and groups: Selected candidates will carry out their research in
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completing their PhD, improving their chances of continuing their research at prominent institutions worldwide in academia and/or industry. Research areas and groups: Selected candidates will carry out
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evolution of SPC parameters with morphological changes and photovoltaic characteristics using accelerated lifetime testing (Task 3.2). • Application of the acquired knowledge to develop manufacturing